]> National Institute of Standards and Technology

100 Bureau Drive Gaithersburg Maryland 20877 USA david.waltermire@nist.gov

United States Department of Homeland Security

DHS/CS&C/FNR 245 Murray Ln. SW, Bldg 410 MS0613 Washington DC 20528 USA kimberly.watson@hq.dhs.gov

Pulse Secure, LLC

2700 Zanker Road, Suite 200 San Jose CA 95134 USA cliffordk@pulsesecure.net

Pulse Secure, LLC

2700 Zanker Road, Suite 200 San Jose CA 95134 USA llorenzin@pulsesecure.net

The MITRE Corporation

903 Enterprise Parkway, Suite 200 Hampton VA 23666 USA msc@mitre.org

The MITRE Corporation

202 Burlington Road Bedford MA 01730 USA dhaynes@mitre.org

Fraunhofer SIT

Rheinstrasse 75 Darmstadt 64295 Germany henk.birkholz@sit.fraunhofer.de

General SACM todo This document defines the Information Elements that are transported between SACM components and their interconnected relationships. The primary purpose of the Secure Automation and Continuous Monitoring (SACM) Information Model is to ensure the interoperability of corresponding SACM data models and addresses the use cases defined by SACM. The Information Elements and corresponding types are maintained as the IANA "SACM Information Elements" registry.

The SACM Information Model (IM) serves multiple purposes: to ensure interoperability between SACM data models that are used as transport encodings, to provide a standardized set of Information Elements - the SACM Vocabulary - to enable the exchange of content vital to automated security posture assessment, and to enable secure information sharing in a scalable and extensible fashion in order to support the tasks conducted by SACM components. A complete set of requirements imposed on the IM can be found in . The SACM IM is intended to be used for standardized data exchange between SACM components (data in motion). Nevertheless, the Information Elements (IE) and their relationships defined in this document can be leveraged to create and align corresponding data models for data at rest. The information model expresses, for example, target endpoint (TE) attributes, guidance, and evaluation results. The corresponding Information Elements are consumed and produced by SACM components as they carry out tasks. The primary tasks that this information model supports (on data, control, and management plane) are: TE Discovery TE Characterization TE Classification Collection Evaluation Information Sharing SACM Component Discovery SACM Component Authentication SACM Component Authorization SACM Component Registration These tasks are defined in .

The key words "MUST", "MUST NOT", "REQUIRED", "SHALL", "SHALL NOT", "SHOULD", "SHOULD NOT", "RECOMMENDED", "MAY", and "OPTIONAL" in this document are to be interpreted as described in RFC 2119.

The notation used to define the SACM Information Elements (IEs) is based on a customized version of the IPFIX information model syntax which is described in . However, there are several examples presented throughout the document that use a simplified pseudo-code to illustrate the basic structure. It should be noted that while they include actual names of subjects and attributes as well as values, they are not intended to influence how corresponding SACM IEs should be defined in . The examples are provided for demonstration purposes only.

The IEs defined in this document comprise the building blocks by which all SACM content is composed. They are consumed and provided by SACM components on the data plane. Every Information Element has a unique label: its name. Every type of IE defined by the SACM IM is registered as a type at the IANA registry. The Integer Index of the IANA SMI number tables can be used by SACM data models.

The IEs in this information model represent information related to assets in the following areas (based on the use cases described in ): Endpoint Management Software Inventory Management Hardware Inventory Management Configuration Management Vulnerability Management

A SACM data model based on this information model MAY include additional information elements that are not defined here. The labels of additional Information Elements included in different SACM data models MUST NOT conflict with the labels of the Information Elements defined by this information model, and the names of additional Information Elements MUST NOT conflict with each other or across multiple data models. In order to avoid naming conflicts, the labels of additional IEs SHOULD be prefixed to avoid collisions across extensions. The prefix MUST include an organizational identifier and therefore, for example, MAY be an IANA enterprise number, a (partial) name space URI, or an organization name abbreviation.

There are two basic types of IEs: Attributes: an instance of an attribute type is the simplest IE structure comprised of a unique attribute name and an attribute value. Subjects: a subject is a richer structure that has a unique subject name and one or more attributes or subjects. In essence, instances of a subject type are defined (and differentiated) by the attribute values and subjects associated with it.

hostname = "arbutus" coordinates = ( latitude = N27.99619, longitude = E86.92761 )

In general, every piece of information that enables security posture assessment or further enriches the quality of the assessment process can be associated with metadata. In the SACM IM, metadata is represented by specific subjects and is bundled with other attributes or subjects to provide additional information about them. The IM explicitly defines two kinds of metadata: Metadata focusing on the data origin (the SACM component that provides the information to the SACM domain) Metadata focusing on the data source (the target endpoint that is assessed) Metadata can also include relationships that refer to other associated IEs (or SACM content in general) by using referencing labels that have to be included in the metadata of the associated IE. Subjects can be nested and the SACM IM allows for circular or recursive nesting. The association of IEs via nesting results in a tree-like structure wherein subjects compose the root and intermediary nodes and attributes the leaves of the tree. This semantic structure does not impose a specific structure on SACM data models regarding data in motion or data repository schemata for data at rest. The SACM IM provides two conceptual top-level subjects that are used to ensure a homogeneous structure for SACM content and its associated metadata: SACM statements and SACM content-elements. Every set of IEs that is provided by a SACM component must provide the information contained in these two subjects although it is up to the implementer whether or not the subjects are explicitly defined in a data model. The notation the SACM IM is defined in is based on a modified version of the IP Information Flow Export (IPFIX) Information Model syntax described in Section 2.1 of . The customized syntax used by the SACM IM is defined below in .

elementId (required): The numeric identifier of the Information Element. It is used for the compact identification of an Information Element. If this identifier is used without an enterpriseID, then the elementId must be unique, and the description of allowed values is administrated by IANA. The value "TBD" may be used during development of the information model until an elementId is assigned by IANA and filled in at publication time. enterpriseId (optional): Enterprises may wish to define Information Elements without registering them with IANA, for example, for enterprise-internal purposes. For such Information Elements, the elementId is not sufficient when used outside the enterprise. If specifications of enterprise- specific Information Elements are made public and/or if enterprise-specific identifiers are used by SACM components outside the enterprise, then the enterprise-specific identifier MUST be made globally unique by combining it with an enterprise identifier. Valid values for the enterpriseId are defined by IANA as Structure of Management Information (SMI) network management private enterprise numbers. name (required): A unique and meaningful name for the Information Element. dataType (required): There are two kinds of datatypes: simple and structured. Attributes are defined using simple datatypes and subjects are defined using structured datatypes. The contents of the datatype field will be either a reference to one of the simple datatypes listed in Section 5.1, or the specification of structured datatype as defined in Section 5.2. status (required): The status of the specification of the Information Element. Allowed values are "current" and "deprecated". All newly defined Information Elements have "current" status. The process for moving Information Elements to the "deprecated" status is TBD. description (required): Describes the meaning of the Information Element, how it is derived, conditions for its use, etc. structure (optional): A parsable property that provides details about the definition of structured Information Elements as described in Section 5.2. references (optional): Identifies other RFCs or documents outside the IETF which provide additional information or context about the Information Element.

SACM Information Elements must adhere to the following naming conventions. Names SHOULD be descriptive Names MUST be unique within the SACM registry. Enterprise-specific names SHOULD be prefixed with a Private Enterprise Number . Names MUST start with lowercase letters unless it begins with a Private Enterprise Number Composed names MUST use capital letters for the first letter of each part

Every piece of information that is provided by a SACM component is always associated with a set of metadata, for example, the timestamp at which this set of information was produced (e.g. by a collection task) or what target endpoint this set of information is about (e.g. the data-source or a target endpoint identifier, respectively). The subject that associates content IE with content-metadata IE is called a content-element. Content metadata can also include relationships that express associations with other content-elements.

content-element = ( content-metadata = ( collection-timestamp = 146193322, data-source = fb02e551-7101-4e68-8dec-1fde6bd10981 ), hostname = "arbutus", coordinates = ( latitude = N27.99619, longitude = E86.92761 ) )

One or more SACM content elements are bundled in a SACM statement. In contrast to content-metadata, statement-metadata focuses on the providing SACM component instead of the target endpoint that the content is about. The only content-specific metadata included in the SACM statement is the content-type IE. Therefore, multiple content-elements that share the same statement metadata and are of the same content-type can be included in a single SACM statement. A SACM statement functions similar to an envelope or a header. Its purpose is to enable the tracking of the origin of data inside a SACM domain and more importantly to enable the mitigation of conflicting information that may originate from different SACM components. How a consuming SACM component actually deals with conflicting information is out-of-scope of the SACM IM. Semantically, the term statement implies that the SACM content provided by a SACM component might not be correct in every context, but rather is the result of a best-effort to produce correct information.

sacm-statement = ( statement-metadata = ( publish-timestamp = 1461934031, data-origin = 24e67957-3d31-4878-8892-da2b35e121c2, content-type = observation ), content-element = ( content-metadata = ( collection-timestamp = 146193322, data-source = fb02e551-7101-4e68-8dec-1fde6bd10981 ), hostname = "arbutus" ) )

sacm-statement = ( statement-metadata = ( publish-timestamp = 1461934031, data-origin = 24e67957-3d31-4878-8892-da2b35e121c2 content-type = observation ), content-element = ( content-metadata = ( collection-timestamp = 146193322, data-source = fb02e551-7101-4e68-8dec-1fde6bd10981 ), coordinates = ( latitude = N27.99619, longitude = E86.92761 ) ) ) sacm-statement = ( statement-metadata = ( publish-timestamp = 1461934744, data-origin = e42885a1-0270-44e9-bb5c-865cf6bd4800, content-type = observation ), content-element = ( content-metadata = ( collection-timestamp = 146193821, te-label = fb02e551-7101-4e68-8dec-1fde6bd10981 ), coordinates = ( latitude = N16.67622, longitude = E141.55321 ) ) )

An IE can be associated with another IE, e.g. a user-name attribute can be associated with a content-authorization subject. These references are expressed via the relationships subject, which can be included in a corresponding content-metadata subject. The relationships subject includes a list of one or more references. The SACM IM does not enforce a SACM domain to use unique identifiers as references. Therefore, there are at least two ways to reference another The value of a reference represents a specific content-label that is unique in a SACM domain (and has to be included in the corresponding content-element metadata in order to be referenced), or The reference is a subject that includes an appropriate number of IEs in order to identify the referenced content-element by its actual content. It is recommended to provide unique identifiers in a SACM domain and the SACM IM provides a corresponding naming-convention as a reference in . The alternative highlighted above summarizes a valid approach that does not require unique identifiers and is similar to the approach of referencing target endpoints via identifying attributes included in a characterization record.

content-element = ( content-metadata = ( collection-timestamp = 1461934031, te-label = fb02e551-7101-4e68-8dec-1fde6bd10981 relationships = ( associated-with-user-account = f3d70ef4-7e18-42af-a894-8955ba87c95d ) ), hostname = "arbutus" ) content-element = ( content-metadata = ( content-label = f3d70ef4-7e18-42af-a894-8955ba87c95d ), user-account = ( username = romeo authentication = local ) )

Event subjects provide a structure to represent the change of IE values that was detected by a collection task at a specific point of time. It is mandatory to include the new values and the collection timestamp in an event subject and it is recommended to include the past values and a collection timestamp that were replaced by the new IE values. Every event can also be associated with a subject-specific event-timestamp and a lastseen-timestamp that might differ from the corresponding collection-timestamps. If these are omitted the collection-timestamp that is included in the content-metadata subject is used instead.

sacm-statement = ( statement-metadata = ( publish-timestamp = 1461934031, data-origin = 24e67957-3d31-4878-8892-da2b35e121c2, content-type = event ), event = ( event-attributes = ( event-name = "host-name change", content-element = ( content-metadata = ( collection-timestamp = 146193322, data-source = fb02e551-7101-4e68-8dec-1fde6bd10981, event-component = past-state ), hostname = "arbutus" ), content-element = ( content-metadata = ( collection-timestamp = 146195723, data-source = fb02e551-7101-4e68-8dec-1fde6bd10981, event-component = current-state ), hostname = "lilac" ) ) )

Categories are special IEs that enable to refer to multiple types of IE via just one name. Therefore, they are similar to a type-choice. A prominent example of a category is network-address. Network-address is a category that every kind of network address is associated with, e.g. mac-address, ipv4-address, ipv6-address, or typed-network-address. If a subject includes network-address as one of its components, any of the category members are valid to be used in its place. Another prominent example is EndpointIdentifier. Some IEs can be used to identify (and over time re-recognize) target endpoints - those are associated with the category endpoint-identifier.

This section describes the set of valid abstract data types that can be used for the specification of the SACM Information Elements in . SACM currently supports two classes of datatypes that can be used to define Information Elements. Simple: Datatypes that are atomic and are used to define the type of data represented by an attribute Information Element. Structured: Datatypes that can be used to define the type of data represented by a subject Information Element. Note that further abstract data types may be specified by future extensions of the SACM information model.

To facilitate the use of existing work, SACM supports the following abstract data types defined in Section 3 of . unsigned8, unsigned16, unsigned32, unsigned64 signed8, signed16, signed32, signed64 float32, float64 boolean macAddress octetArray string dateTimeSeconds, dateTimeMilliseconds, dateTimeMicroseconds, dateTimeNanoSeconds ipv4Address, ipv6Address

SACM defines the following abstract list data types that are used to represent the structured data associated with subjects. list: indicates that the Information Element order is not significant but MAY be preserved. orderedList: indicates that Information Element order is significant and MUST be preserved. The notation for defining a SACM structured datatype is based on regular expressions, which are composed of the keywords "list" or "orderedList" and an Information Element expression. IE expressions use some of the regular expression syntax and operators, but the terms in the expression are the names of defined Information Elements instead of character classes. The syntax for defining list and orderedList datatypes is described below, using BNF:

<list-def> -> ("list"|"orderedList") "(" <ie-expression> ")" <ie-expression> -> <ie-name> <cardinality>? ( ("," | "|") <ie-name> <cardinality>?)* <cardinality> -> "*" | "+" | "?" | ( "(" <non-neg-int> ("," <non-neg-int>)? ")" )

As seen above, multiple occurences of an Information Element may be present in a structured datatype. The cardinality of an Information Element within a structured Information Element definition is defined by the following operators:

* - zero or more occurrences + - one or more occurrences ? - zero or one occurrence (m,n) - between m and n occurrences

The absence of a cardinality operator implies one mandatory occurrence of the Information Element. Below is an example of a structured Information Element definition.

personInfo = list(firstName, middleNames?, lastName) firstName = string middleNames = orderedList(middleName+) middleName = string lastName = string As an example, consider the name "John Ronald Reuel Tolkien". Below are instances of this name, structured according to the personInfo definition. personInfo = (firstName="John", middleNames(middleName="Ronald", middleName="Reuel"), lastName="Tolkien") personInfo = (middleNames(middleName="Ronald", middleName=" Reuel"), lastName="Tolkien", firstName="John") The instance below is not legal with respect to the definition of personInfo because the order in middleNames is not preserved. personInfo = (firstName="John", middleNames(middleName=" Reuel", middleName="Ronald"), lastName="Tolkien")

SACM defines the following abstract enumeration datatype that is used to represent the restriction of an attribute value to a set of values.

name, hex-value, description <enumeration-def> -> -> <name> ";" <hex-value> ";" <description> <name> -> [0-9a-zA-Z]+ <hex-value> -> 0x[0-9a-fA-F]+ <description> -> [0-9a-zA-Z\.\,]+

Below is an example of a structured Information Element definition for an enumeration.

Red ; 0x1 ; The color is red. Orange ; 0x2 ; The color is orange. Yellow ; 0x3 ; The color is yellow. Green ; 0x4 ; The color is green. ...

In order to represent the Information Elements related to the areas listed in , the information model defines the information needs (or metadata about those information needs) related to following types of assets which are defined in (and included below for convenience) which are of interest to SACM. Specifically: Endpoint Software Component Hardware Component Identity Guidance Evaluation Results The following figure shows the make up of an Endpoint asset which contains zero or more hardware components and zero or more software components each of which may have zero or more instances running an endpoint at any given time as well as zero or more identities that act on behalf of the endpoint when interfacing with other endpoints, tools, or services. An endpoint may also contain other endpoints in the case of a virtualized environment.

_______*+-----+ |Hardware | |! !| |Component| +---------+ |! !| +---------+ |Software |in> |! !| |Component|____|! !| +---------+* *|! !| 1| |! !| *| | | +----------+ +---------+ |End- |*_____*| Identity | |Software |in> |point| acts +----------+ |Instance |____| | for> +---------+* 1|! !| |! !| |! !| |! !| |! !|____ |! !|0..1| +-----+ | |* | |_______| in> ]]>

As defined in , an asset is a system resource that is (a) required to be protected by an information system's security policy, (b) intended to be protected by a countermeasure, or (c) required for a system's mission. In the scope of SACM, an asset can be composed of other assets. Examples of Assets include: Endpoints, Software, Guidance, or Identity. Furthermore, an asset is not necessarily owned by an organization.

From , an endpoint is any computing device that can be connected to a network. Such devices normally are associated with a particular link layer address before joining the network and potentially an IP address once on the network. This includes: laptops, desktops, servers, cell phones, or any device that may have an IP address. To further clarify, an endpoint is any physical or virtual device that may have a network address. Note that, network infrastructure devices (e.g. switches, routers, firewalls), which fit the definition, are also considered to be endpoints within this document. Physical endpoints are always composites that are composed of hardware components and software components. Virtual endpoints are composed entirely of software components and rely on software components that provide functions equivalent to hardware components. The SACM architecture differentiates two essential categories of endpoints: Endpoints whose security posture is intended to be assessed (target endpoints) and endpoints that are specifically excluded from endpoint posture assessment (excluded endpoints).

Hardware components are the distinguishable physical components that compose an endpoint. The composition of an endpoint can be changed over time by adding or removing hardware components. In essence, every physical endpoint is potentially a composite of multiple hardware components, typically resulting in a hierarchical composition of hardware components. The composition of hardware components is based on interconnects provided by specific hardware types (e.g. mainboard is a hardware type that provides local busses as an interconnect). In general, a hardware component can be distinguished by its serial number. Examples of a hardware components include: motherboards, network interfaces, graphics cards, hard drives, etc.

A software package installed on an endpoint (including the operating system) as well as a unique serial number if present (e.g. a text editor associated with a unique license key). It should be noted that this includes both benign and harmful software packages. Examples of benign software components include: applications, patches, operating system kernel, boot loader, firmware, code embedded on a webpage, etc. Examples of malicious software components include: malware, trojans, viruses, etc.

A running instance of the software component (e.g. on a multi-user system, one logged-in user has one instance of a text editor running and another logged-in user has another instance of the same text editor running, or on a single-user system, a user could have multiple independent instances of the same text editor running).

Any mechanism that can be used to identify an asset during an authentication process. Examples include usernames, user and device certificates, etc. Note, that this is different than the identity of assets in the context of designation as described in .

Guidance is input instructions to processes and tasks, such as collection or evaluation. Guidance influences the behavior of a SACM component and is considered content of the management plane. Guidance can be manually or automatically generated or provided. Typically, the tasks that provide guidance to SACM components have a low-frequency and tend to be sporadic. A prominent example of guidance are target endpoint profiles,but guidance can have many forms, including: Configuration, e.g. a SACM component's name, or a CMDB's IPv6 address. Profiles, e.g. a set of expected states for network behavior associated with target endpoints employed by specific users. Policies, e.g. an interval to refresh the registration of a SACM component, or a list of required capabilities for SACM components in a specific location.

A collector may need guidance to govern what it collects and when. Collection Guidance provides instructions for a Collector that specifies which endpoint attributes to collect, when to collect them, and how to collect them. Collection Guidance is composed of Target Endpoint Attribute Guidance, Frequency Guidance, and Method Guidance. Target Endpoint Attribute Guidance: Set of endpoint attributes that are supposed to be collected from a target endpoint. The definition of the set of endpoint attributes is typically based on an endpoint characterization record. Frequency Guidance: Specifies when endpoint attributes are to be collected. Method Guidance: Indicates how endpoint attributes are to be collected.

An evaluator typically needs guidance to govern what it considers to be a good or bad security posture. Evaluation Guidance provides instructions for an Evaluator that specifies which endpoint attributes to evaluate, the desired state of those endpoint attributes, and any special requirements that enable an Evaluator to determine if the endpoint attributes can be used in the evaluation (e.g. freshness of data, how it was collected, etc.). Evaluation Guidance is composed of Target Endpoint Attribute Guidance, Expected Endpoint Attribute Value Guidance, and Frequency Guidance. Target Endpoint Attribute Guidance: Set of target endpoint attributes that are supposed to be used in an evaluation as well as any requirements on the endpoint attributes. The definition of the set of endpoint attributes is typically based on an endpoint characterization record. Expected Endpoint Attribute Value Guidance: The expected values of the endpoint attributes described in the Target Endpoint Attribute Guidance. Frequency Guidance: Specifies when endpoint attributes are to be evaluated. Method Guidance: Indicates how endpoint attributes are to be collected.

A SACM Component carrying out the Target Endpoint Classification Task may need guidance on how to classify an endpoint. Specifically, how to associate endpoint classes with a specific target endpoint characterization record. Target Endpoint Classes function as guidance for collection, evaluation, remediation and security posture assessment in general. Classification Guidance is composed of Target Endpoint Attribute Guidance and Class Guidance. Target Endpoint Attribute Guidance: Set of target endpoint attributes that are supposed to be used to identify the endpoint characterization record. Class Guidance: A list of target endpoint classes that are to be associated with the identified target endpoint characterization record.

An SACM Component typically needs guidance to govern what information it should store and where. Storage Guidance provides instructions for a SACM Component that specifies which security automation information should be stored, for how long, and on which endpoint. Storage Guidance is composed of Target Endpoint Attribute Guidance, Expected Security Automation Information Guidance, and Retention Guidance. Target Endpoint Attribute Guidance: Set of target endpoint attributes that are supposed to be used to identify the endpoint where the security automation information is to be stored. Expected Security Automation Information Guidance: The security automation information that is expected to be stored (guidance, collected posture attributes, results, etc.). Retention Guidance: Specifies how long the security automation information should be stored.

Evaluation Results are the output of comparing the actual state of an endpoint against the expected state of an endpoint. In addition to the actual results of the comparison, Evaluation Results should include the Evaluation Guidance and actual target endpoint attributes values used to perform the evaluation.

This section defines the specific Information Elements and relationships that will be implemented by data models and transported between SACM Components.

elementId: TBD name: accessPrivilegeType dataType: string status: current description: A set of types that represent access privileges (read, write, none, etc.).

elementId: TBD name: accountName dataType: string status: current description: A label that uniquely identifies an account that can require some form of (user) authentication to access.

elementId: TBD name: accessPrivilegeType dataType: string status: current description: A label the is supposed to uniquely identify an administrative domain.

elementId: TBD name: accessPrivilegeType dataType: string status: current description: A label the is supposed to uniquely identify an administrative domain.

elementId: TBD name: addressMaskValue dataType: string status: current description: A value that expresses a generic address subnetting bitmask.

elementId: TBD name: addressType dataType: string status: current description: A set of types that specifies the type of address that is expressed in an address subject (e.g. ethernet, modbus, zigbee).

elementId: TBD name: addressValue dataType: string status: current description: A value that expresses a generic network address.

elementId: TBD name: applicationComponent dataType: string status: current description: A label that references a "sub"-application that is part of the application (e.g. an add-on, a cipher-suite, a library).

elementId: TBD name: applicationLabel dataType: string status: current description: A label that is supposed to uniquely reference an application.

elementId: TBD name: applicationType dataType: string status: current description: A set of types (FIXME maybe a finite set is not realistic here - value not enumerator?) that identifies the type of (user-space) application (e.g. text-editor, policy-editor, service-client, service-server, calender, rouge-like RPG).

elementId: TBD name: applicationManufacturer dataType: string status: current description: The name of the vendor that created the application.

elementId: TBD name: authenticator dataType: string status: current description: A label that references a SACM component that can authenticate target endpoints (can be used in a target-endpoint subject to express that the target endpoint was authenticated by that SACM component.

elementId: TBD name: authenticationType dataType: string status: current description: A set of types that expresses which type of authentication was used to enable a network interaction/connection.

elementId: TBD name: birthdate dataType: string status: current description: A label for the registered day of birth of a natural person (e.g. the date of birth of a person as an ISO date string). references: http://rs.tdwg.org/ontology/voc/Person#birthdate

elementId: TBD name: bytesReceived dataType: string status: current description: A value that represents a number of octets received on a network interface.

elementId: TBD name: bytesSent dataType: string status: current description: A value that represents the number of octets received on a network interface.

elementId: TBD name: bytesSent dataType: string status: current description: A value that represents the number of octets sent on a network interface.

elementId: TBD name: certificate dataType: string status: current description: A value that expresses a certificate that can be collected from a target endpoint.

elementId: TBD name: collectionTaskType dataType: string status: current description: A set of types that defines how collected SACM content was acquired (e.g. network-observation, remote-acquisition, self-reported).

elementId: TBD name: confidence dataType: string status: current description: A representation of the subjective probability that the assessed value is correct. If no confidence value is given, it is assumed that the confidence is 1. Acceptable values are between 0 and 1.

elementId: TBD name: contentAction dataType: string status: current description: A set of types that express a type of action (e.g. add, delete, update). It can be associated, for instance, with an event subject or with a network observation.

elementId: TBD name: countryCode dataType: string status: current description: A set of types according to ISO 3166-1.

elementId: TBD name: dataOrigin dataType: string status: current description: A label that uniquely identifies a SACM component in and across SACM domains.

elementId: TBD name: dataSource dataType: string status: current description: A label that is supposed to uniquely identify the data source (e.g. a target endpoint or sensor) that provided an initial endpoint attribute record.

elementId: TBD name: default-depth dataType: string status: current description: A value that expresses how often a circular reference of subject is allowed to repeat, or how deep a recursive nesting may occur, respectively.

elementId: TBD name: contentAction dataType: string status: current description: A label that refers to the SACM component that discovered a target endpoint (can be used in a target-endpoint subject to express, for example, that the target endpoint was authenticated by that SACM component).

elementId: TBD name: countryCode dataType: string status: current description: A value that expresses an email-address.

elementId: TBD name: eventType dataType: string status: current description: a set of types that define the categories of an event (e.g. access-level-change, change-of-priviledge, change-of-authorization, environmental-event, or provisioning-event).

elementId: TBD name: eventThreshold dataType: string status: current description: if applicable, a value that can be included in an event subject to indicate what numeric threshold value was crossed to trigger that event.

elementId: TBD name: eventThresholdName dataType: string status: current description: If an event is created due to a crossed threshold, the threshold might have a name associated with it that can be expressed via this value.

elementId: TBD name: eventTrigger dataType: string status: current description: This value is used to express more complex trigger conditions that may cause the creation of an event.

elementId: TBD name: eventTrigger dataType: string status: current description: This value is used to express more complex trigger conditions that may cause the creation of an event.

elementId: TBD name: firmwareId dataType: string status: current description: A label that represents the BIOS or firmware ID of a specific target endpoint.

elementId: TBD name: hostName dataType: string status: current description: A label typically associated with an endpoint, but, not always intended to be unique given scope.

elementId: TBD name: interfaceLabel dataType: string status: current description: A unique label that can be used to reference a network interface.

elementId: TBD name: ipv6AddressSubnetMask dataType: string status: current description: An IPv6 subnet bitmask.

elementId: TBD name: ipv6AddressSubnetMaskCidrNotation dataType: string status: current description: An IPv6 subnet bitmask in CIDR notation.

elementId: TBD name: ipv6AddressValue dataType: ipv6Address status: current description: An IPv6 subnet bitmask in CIDR notation. a network interface.

elementId: TBD name: ipv4AddressSubnetMask dataType: string status: current description: An IPv4 subnet bitmask.

elementId: TBD name: ipv4AddressSubnetMaskCidrNotation dataType: string status: current description: An IPv4 subnet bitmask in CIDR notation.

elementId: TBD name: ipv4AddressValue dataType: ipv4Address status: current description: An IPv4 address value.

elementId: TBD name: layer2InterfaceType dataType: string status: current description: A set of types referenced by IANA ifType.

elementId: TBD name: layer4PortAddress dataType: unsigned32 status: current description: A layer 4 port address typically associated with TCP and UDP protocols.

elementId: TBD name: layer4Protocol dataType: string status: current description: A set of types that express a layer 4 protocol (e.g. UDP or TCP).

elementId: TBD name: locationName dataType: string status: current description: A value that represents a named region of physical space.

elementId: TBD name: macAddressValue dataType: string status: current description: A value that expresses an Ethernet address.

elementId: TBD name: methodLabel dataType: string status: current description: A label that references a specific method registered and used in a SACM domain (e.g. method to match and re-identify target endpoints via identifying attributes).

elementId: TBD name: methodRepository dataType: string status: current description: A label that references a SACM component methods can be registered at and that can provide guidance in the form of registered methods to other SACM components.

elementId: TBD name: networkAccessLevelType dataType: string status: current description: A set of types that expresses categories of network access-levels (e.g. block, quarantine, etc.).

elementId: TBD name: networkId dataType: string status: current description: Most networks such as AS, OSBF domains, or VLANs can have an ID.

elementId: TBD name: networkInterfaceName dataType: string status: current description: A label that uniquely identifies an interface associated with a distinguishable endpoint.

elementId: TBD name: networkLayer dataType: string status: current description: A set of layers that expresses the specific network layer an interface operates on.

elementId: TBD name: networkName dataType: string status: current description: A label that is associated with a network. Some networks, for example, effetive layer2-broadcast-domains are difficult to "grasp" and therefore quite difficult to name.

elementId: TBD name: organizationId dataType: string status: current description: A label that uniquely identifies an organization via a PEN.

elementId: TBD name: osComponent dataType: string status: current description: A label that references a "sub-component" that is part of the operating system (e.g. a kernel module, microcode, or ACPI table).

elementId: TBD name: osLabel dataType: string status: current description: A label that references a specific version of an operating system, including patches and hotfixes.

elementId: TBD name: osName dataType: string status: current description: The name of an operating system.

elementId: TBD name: osType dataType: string status: current description: A set of types that identifies the type of an operating system (e.g. real-time, security-enhanced, consumer, server).

elementId: TBD name: osVersion dataType: string status: current description: A value that represents the version of an operating-system.

elementId: TBD name: patchId dataType: string status: current description: A label the uniquely identifies a specific software patch.

elementId: TBD name: osVersion dataType: string status: current description: The vendor's name of a software patch.

elementId: TBD name: patchId dataType: string status: current description: The first name of a natural person.

elementId: TBD name: personLastName dataType: string status: current description: The last name of a natural person.

elementId: TBD name: personMiddleName dataType: string status: current description: The middle name of a natural person.

elementId: TBD name: phoneNumber dataType: string status: current description: A label that expresses the U.S. national phone number (e.g. pattern value="((\d{3}) )?\d{3}-\d{4}").

elementId: TBD name: phoneNumberType dataType: string status: current description: A set of types that express the type of a phone number (e.g. DSN, Fax, Home, Mobile, Pager, Secure, Unsecure, Work, Other).

elementId: TBD name: privilegeName dataType: string status: current description: The attribute name of the privilege represented as an AVP.

elementId: TBD name: privilegeValue dataType: string status: current description: The value content of the privilege represented as an AVP.

elementId: TBD name: protocol dataType: string status: current description: A set of types that defines specific protocols above layer 4 (e.g. http, https, dns, ipp, or unknown).

elementId: TBD name: publicKey dataType: string status: current description: The value of a public key (regardless of its method of creation, crypto-system, or signature scheme) that can be collected from a target endpoint.

elementId: TBD name: relationshipContentElementGuid dataType: string status: current description: A reference to a specific content element used in a relationship subject.

elementId: TBD name: relationshipStatementElementGuid dataType: string status: current description: A reference to a specific SACM statement used in a relationship subject.

elementId: TBD name: relationshipObjectLabel dataType: string status: current description: A reference to a specific label used in content (e.g. a te-label or a user-id). This reference is typically used if matching content attribute can be done efficiantly and can also be included in addition to a relationship-content-element-guid reference.

elementId: TBD name: relationshipType dataType: string status: current description: A set of types that is in every instance of a relationship subject to highlight what kind of relationship exists between the subject the relationship is included in (e.g. associated_with_user, applies_to_session, seen_on_interface, associated_with_flow, contains_virtual_device).

elementId: TBD name: roleName dataType: string status: current description: A label that references a collection of privileges assigned to a specific entity (identity? FIXME).

elementId: TBD name: sessionStateType dataType: string status: current description: A set of types a discernible session (an ongoing network interaction) can be in (e.g. Authenticating, Authenticated, Postured, Started, Disconnected).

elementId: TBD name: statementGuid dataType: string status: current description: A label that expresses a global unique ID referencing a specific SACM statement that was produced by a SACM component.

elementId: TBD name: statementType dataType: string status: current description: A set of types that define the type of content that is included in a SACM statement (e.g. Observation, DirectoryContent, Correlation, Assessment, Guidance).

elementId: TBD name: status dataType: string status: current description: A set of types that defines possible result values for a finding in general (e.g. true, false, error, unknown, not applicable, not evaluated).

elementId: TBD name: subAdministrativeDomain dataType: string status: current description: A label for related child domains an administrative domain can be composed of (used in the subject administrative-domain)

elementId: TBD name: subInterfaceLabel dataType: string status: current description: A unique label a sub network interface (e.g. a tagged vlan on a trunk) can be referenced with.

elementId: TBD name: superAdministrativeDomain dataType: string status: current description: a label for related parent domains an administrative domain is part of (used in the subject s.administrative-domain).

elementId: TBD name: superInterfaceLabel dataType: string status: current description: a unique label a super network interface (e.g. a physical interface a tunnel interface terminates on) can be referenced with.

elementId: TBD name: teAssessmentState dataType: string status: current description: a set of types that defines the state of assessment of a target-endpoint (e.g. in-discovery, discovered, in-classification, classified, in-assessment, assessed).

elementId: TBD name: teLabel dataType: string status: current description: an identifying label created from a set of identifying attributes used to reference a specific target endpoint.

elementId: TBD name: teId dataType: string status: current description: an identifying label that is created randomly, is supposed to be unique, and used to reference a specific target endpoint.

elementId: TBD name: timestampType dataType: string status: current description: a set of types that express what type of action or event happened at that point of time (e.g. discovered, classified, collected, published). Can be included in a generic s.timestamp subject.

elementId: TBD name: unitsReceived dataType: string status: current description: a value that represents a number of units (e.g. frames, packets, cells or segments) received on a network interface.

elementId: TBD name: unitsSent dataType: string status: current description: a value that represents a number of units (e.g. frames, packets, cells or segments) sent on a network interface.

elementId: TBD name: username dataType: string status: current description: a part of the credentials required to access an account that can be collected from a target endpoint.

elementId: TBD name: userDirectory dataType: string status: current description: a label that identifies a specific type of user-directory (e.g. ldap, active-directory, local-user).

elementId: TBD name: userId dataType: string status: current description: a label that references a specific user known in a SACM domain.

elementId: TBD name: webSite dataType: string status: current description: a URI that references a web-site.

elementId: TBD name: WGS84Longitude dataType: float status: current description: a label that represents WGS 84 rev 2004 longitude.

elementId: TBD name: WGS84Latitude dataType: float status: current description: a label that represents WGS 84 rev 2004 latitude.

elementId: TBD name: WGS84Altitude dataType: float status: current description: a label that represents WGS 84 rev 2004 altitude.

elementId: TBD name: hardwareSerialNumber dataType: string status: current description: A globally unique identifier for a particular piece of hardware assigned by the vendor.

elementId: TBD name: interfaceName dataType: string status: current description: A short name uniquely describing an interface, eg "Eth1/0". See [RFC2863] for the definition of the ifName object.

elementId: TBD name: interfaceIndex dataType: unsigned32 status: current description: The index of an interface installed on an endpoint. The value matches the value of managed object 'ifIndex' as defined in [RFC2863]. Note that ifIndex values are not assigned statically to an interface and that the interfaces may be renumbered every time the device's management system is re-initialized, as specified in [RFC2863].

elementId: TBD name: interfaceMacAddress dataType: macAddress status: current description: The IEEE 802 MAC address associated with a network interface on an endpoint.

elementId: TBD name: interfaceType dataType: unsigned32 status: current description: The type of a network interface. The value matches the value of managed object 'ifType' as defined in [IANA registry ianaiftype-mib].

elementId: TBD name: interfaceFlags dataType: unsigned16 status: current description: This information element specifies the flags associated with a network interface. Possible values include: structure: Up ; 0x1 ; Interface is up. Broadcast ; 0x2 ; Broadcast address valid. Debug ; 0x4 ; Turn on debugging. Loopback ; 0x8 ; Is a loopback net. Point-to-point ; 0x10 ; Interface is point-to-point link. No trailers ; 0x20 ; Avoid use of trailers. Resources allocated ; 0x40 ; Resources allocated. No ARP ; 0x80 ; No address resolution protocol. Receive all ; 0x100 ; Receive all packets.

elementId: TBD name: networkInterface dataType: orderedList status: current description: Information about a network interface installed on an endpoint. The following high-level digram describes the structure of networkInterface information element. structure: orderedList(interfaceName, interfaceIndex, macAddress, ifType, flags)

elementId: TBD name: softwareIdentifier dataType: string status: current description: A globally unique identifier for a particular software application.

elementId: TBD name: softwareTitle dataType: string status: current description: The title of the software application.

elementId: TBD name: softwareCreator dataType: string status: current description: The software developer (e.g., vendor or author).

elementId: TBD name: simpleSoftwareVersion dataType: string status: current description: The version string for a software application that conforms to the format of a list of hierarchical non-negative integers separated by a single character delimiter format.

elementId: TBD name: rpmSoftwareVersion dataType: string status: current description: The version string for a software application that conforms to the EPOCH:VERSION-RELEASE format.

elementId: TBD name: ciscoTrainSoftwareVersion dataType: string status: current description: The version string for a software application that conforms to the Cisco IOS Train string format.

elementId: TBD name: softwareVerison dataType: list status: current description: The version of the software application. Software applications may be versioned using a number of schemas. The following high-level digram describes the structure of the softwareVersion information element. structure: list(simpleSoftwareVersion | rpmSoftwareVersion | ciscoTrainSoftwareVersion)

elementId: TBD name: lastUpdated dataType: dateTimeSeconds status: current description: The date and time when the software instance was last updated on the system (e.g., new version instlalled or patch applied)

elementId: TBD name: softwareInstance dataType: orderedList status: current description: Information about an instance of software installed on an endpoint. The following high-level digram describes the structure of softwareInstance information element. structure: orderedList(softwareIdentifier, title, creator, softwareVersion, lastUpdated)

elementId: TBD name: globallyUniqueIdentifier dataType: unsigned8 status: current metadata: true description: TODO.

elementId: TBD name: dataOrigin dataType: string status: current metadata: true description: The origin of the data.

elementId: TBD name: dataSource dataType: string status: current metadata: true description: The source of the data.

elementId: TBD name: creationTimestamp dataType: dateTimeSeconds status: current metadata: true description: The date and time when the posture information was created by a SACM Component.

elementId: TBD name: collectionTimestamp dataType: dateTimeSeconds status: current metadata: true description: The date and time when the posture information was collected or observed by a SACM Component.

elementId: TBD name: publicationTimestamp dataType: dateTimeSeconds status: current metadata: true description: The date and time when the posture information was published.

elementId: TBD name: relayTimestamp dataType: dateTimeSeconds status: current metadata: true description: The date and time when the posture information was relayed to another SACM Component.

elementId: TBD name: storageTimestamp dataType: dateTimeSeconds status: current metadata: true description: The date and time when the posture information was stored in a Repository.

elementId: TBD name: type dataType: enumeration status: current metadata: true description: The type of data model use to represent some set of endpoint information. The following table lists the set of data models supported by SACM. structure: TBD

elementId: TBD name: protocolIdentifier dataType: unsigned8 status: current description: The value of the protocol number in the IP packet header. The protocol number identifies the IP packet payload type. Protocol numbers are defined in the IANA Protocol Numbers registry. In Internet Protocol version 4 (IPv4), this is carried in the Protocol field. In Internet Protocol version 6 (IPv6), this is carried in the Next Header field in the last extension header of the packet.

elementId: TBD name: sourceTransportPort dataType: unsigned16 status: current description: The source port identifier in the transport header. For the transport protocols UDP, TCP, and SCTP, this is the source port number given in the respective header. This field MAY also be used for future transport protocols that have 16-bit source port identifiers.

elementId: TBD name: sourceIPv4PrefixLength dataType: unsigned8 status: current description: The number of contiguous bits that are relevant in the sourceIPv4Prefix Information Element.

elementId: TBD name: ingressInterface dataType: unsigned32 status: current description: The index of the IP interface where packets of this Flow are being received. The value matches the value of managed object 'ifIndex' as defined in [RFC2863]. Note that ifIndex values are not assigned statically to an interface and that the interfaces may be renumbered every time the device's management system is re-initialized, as specified in [RFC2863].

elementId: TBD name: destinationTransportPort dataType: unsigned16 status: current description: The destination port identifier in the transport header. For the transport protocols UDP, TCP, and SCTP, this is the destination port number given in the respective header. This field MAY also be used for future transport protocols that have 16-bit destination port identifiers.

elementId: TBD name: sourceIPv6PrefixLength dataType: unsigned8 status: current description: The number of contiguous bits that are relevant in the sourceIPv6Prefix Information Element.

elementId: TBD name: sourceIPv4Prefix dataType: ipv4Address status: current description: IPv4 source address prefix.

elementId: TBD name: destinationIPv4Prefix dataType: ipv4Address status: current description: IPv4 destination address prefix.

elementId: TBD name: sourceMacAddress dataType: macAddress status: current description: The IEEE 802 source MAC address field.

elementId: TBD name: ipVersion dataType: unsigned8 status: current description: The IP version field in the IP packet header.

elementId: TBD name: interfaceDescription dataType: string status: current description: The description of an interface, eg "FastEthernet 1/0" or "ISP connection".

elementId: TBD name: applicationDescription dataType: string status: current description: Specifies the description of an application.

elementId: TBD name: applicationId dataType: octetArray status: current description: Specifies an Application ID per [RFC6759].

elementId: TBD name: applicationName dataType: string status: current description: Specifies the name of an application.

elementId: TBD name: exporterIPv4Address dataType: ipv4Address status: current description: The IPv4 address used by the Exporting Process. This is used by the Collector to identify the Exporter in cases where the identity of the Exporter may have been obscured by the use of a proxy.

elementId: TBD name: exporterIPv6Address dataType: ipv6Address status: current description: The IPv6 address used by the Exporting Process. This is used by the Collector to identify the Exporter in cases where the identity of the Exporter may have been obscured by the use of a proxy.

elementId: TBD name: portId dataType: unsigned32 status: current description: An identifier of a line port that is unique per IPFIX Device hosting an Observation Point. Typically, this Information Element is used for limiting the scope of other Information Elements.

elementId: TBD name: templateId dataType: unsigned16 status: current description: An identifier of a Template that is locally unique within a combination of a Transport session and an Observation Domain. Template IDs 0-255 are reserved for Template Sets, Options Template Sets, and other reserved Sets yet to be created. Template IDs of Data Sets are numbered from 256 to 65535. Typically, this Information Element is used for limiting the scope of other Information Elements. Note that after a re-start of the Exporting Process Template identifiers may be re-assigned.

elementId: TBD name: collectorIPv4Address dataType: ipv4Address status: current description: An IPv4 address to which the Exporting Process sends Flow information.

elementId: TBD name: collectorIPv6Address dataType: ipv6Address status: current description: An IPv6 address to which the Exporting Process sends Flow information.

elementId: TBD name: informationElementIndex dataType: unsigned16 status: current description: A zero-based index of an Information Element referenced by informationElementId within a Template referenced by templateId; used to disambiguate scope for templates containing multiple identical Information Elements.

elementId: TBD name: informationElementId dataType: unsigned16 status: current description: This Information Element contains the ID of another Information Element.

elementId: TBD name: informationElementDataType dataType: unsigned8 status: current description: A description of the abstract data type of an IPFIX information element.These are taken from the abstract data types defined in section 3.1 of the IPFIX Information Model [RFC5102]; see that section for more information on the types described in the informationElementDataType sub-registry. These types are registered in the IANA IPFIX Information Element Data Type subregistry. This subregistry is intended to assign numbers for type names, not to provide a mechanism for adding data types to the IPFIX Protocol, and as such requires a Standards Action [RFC5226] to modify.

elementId: TBD name: informationElementDescription dataType: string status: current description: A UTF-8 [RFC3629] encoded Unicode string containing a human-readable description of an Information Element. The content of the informationElementDescription MAY be annotated with one or more language tags [RFC4646], encoded in-line [RFC2482] within the UTF-8 string, in order to specify the language in which the description is written. Description text in multiple languages MAY tag each section with its own language tag; in this case, the description information in each language SHOULD have equivalent meaning. In the absence of any language tag, the "i-default" [RFC2277] language SHOULD be assumed. See the Security Considerations section for notes on string handling for Information Element type records.

elementId: TBD name: informationElementName dataType: string status: current description: A UTF-8 [RFC3629] encoded Unicode string containing the name of an Information Element, intended as a simple identifier. See the Security Considerations section for notes on string handling for Information Element type records.

elementId: TBD name: informationElementRangeBegin dataType: unsigned64 status: current description: Contains the inclusive low end of the range of acceptable values for an Information Element.

elementId: TBD name: informationElementRangeEnd dataType: unsigned64 status: current description: Contains the inclusive high end of the range of acceptable values for an Information Element.

elementId: TBD name: informationElementSemantics dataType: unsigned8 status: current description: A description of the semantics of an IPFIX Information Element. These are taken from the data type semantics defined in section 3.2 of the IPFIX Information Model [RFC5102]; see that section for more information on the types defined in the informationElementSemantics sub-registry. This field may take the values in Table ; the special value 0x00 (default) is used to note that no semantics apply to the field; it cannot be manipulated by a Collecting Process or File Reader that does not understand it a priori. These semantics are registered in the IANA IPFIX Information Element Semantics subregistry. This subregistry is intended to assign numbers for semantics names, not to provide a mechanism for adding semantics to the IPFIX Protocol, and as such requires a Standards Action [RFC5226] to modify.

elementId: TBD name: informationElementUnits dataType: unsigned16 status: current description: A description of the units of an IPFIX Information Element. These correspond to the units implicitly defined in the Information Element definitions in section 5 of the IPFIX Information Model [RFC5102]; see that section for more information on the types described in the informationElementsUnits sub-registry. This field may take the values in Table 3 below; the special value 0x00 (none) is used to note that the field is unitless. These types are registered in the IANA IPFIX Information Element Units subregistry; new types may be added on a First Come First Served [RFC5226] basis.

elementId: TBD name: userName dataType: string status: current description: User name associated with the flow.

elementId: TBD name: applicationCategoryName dataType: string status: current description: An attribute that provides a first level categorization for each Application ID.

elementId: TBD name: mibObjectValueInteger dataType: signed64 status: current description: An IPFIX Information Element which denotes that the integer value of a MIB object will be exported. The MIB Object Identifier ("mibObjectIdentifier") for this field MUST be exported in a MIB Field Option or via another means. This Information Element is used for MIB objects with the Base Syntax of Integer32 and INTEGER with IPFIX Reduced Size Encoding used as required. The value is encoded as per the standard IPFIX Abstract Data Type of signed64.

elementId: TBD name: mibObjectValueOctetString dataType: octetArray status: current description: An IPFIX Information Element which denotes that an Octet String or Opaque value of a MIB object will be exported. The MIB Object Identifier ("mibObjectIdentifier") for this field MUST be exported in a MIB Field Option or via another means. This Information Element is used for MIB objects with the Base Syntax of OCTET STRING and Opaque. The value is encoded as per the standard IPFIX Abstract Data Type of octetArray.

elementId: TBD name: mibObjectValueOID dataType: octetArray status: current description: An IPFIX Information Element which denotes that an Object Identifier or OID value of a MIB object will be exported. The MIB Object Identifier ("mibObjectIdentifier") for this field MUST be exported in a MIB Field Option or via another means. This Information Element is used for MIB objects with the Base Syntax of OBJECT IDENTIFIER. Note - In this case the "mibObjectIdentifier" will define which MIB object is being exported while the value contained in this Information Element will be an OID as a value. The mibObjectValueOID Information Element is encoded as ASN.1/BER [BER] in an octetArray.

elementId: TBD name: mibObjectValueBits dataType: octetArray status: current description: An IPFIX Information Element which denotes that a set of Enumerated flags or bits from a MIB object will be exported. The MIB Object Identifier ("mibObjectIdentifier") for this field MUST be exported in a MIB Field Option or via another means. This Information Element is used for MIB objects with the Base Syntax of BITS. The flags or bits are encoded as per the standard IPFIX Abstract Data Type of octetArray, with sufficient length to accommodate the required number of bits. If the number of bits is not an integer multiple of octets then the most significant bits at end of the octetArray MUST be set to zero.

elementId: TBD name: mibObjectValueIPAddress dataType: ipv4Address status: current description: An IPFIX Information Element which denotes that the IPv4 Address of a MIB object will be exported. The MIB Object Identifier ("mibObjectIdentifier") for this field MUST be exported in a MIB Field Option or via another means. This Information Element is used for MIB objects with the Base Syntax of IPaddress. The value is encoded as per the standard IPFIX Abstract Data Type of ipv4Address.

elementId: TBD name: mibObjectValueCounter dataType: unsigned64 status: current description: An IPFIX Information Element which denotes that the counter value of a MIB object will be exported. The MIB Object Identifier ("mibObjectIdentifier") for this field MUST be exported in a MIB Field Option or via another means. This Information Element is used for MIB objects with the Base Syntax of Counter32 or Counter64 with IPFIX Reduced Size Encoding used as required. The value is encoded as per the standard IPFIX Abstract Data Type of unsigned64.

elementId: TBD name: mibObjectValueGauge dataType: unsigned32 status: current description: An IPFIX Information Element which denotes that the Gauge value of a MIB object will be exported. The MIB Object Identifier ("mibObjectIdentifier") for this field MUST be exported in a MIB Field Option or via another means. This Information Element is used for MIB objects with the Base Syntax of Gauge32. The value is encoded as per the standard IPFIX Abstract Data Type of unsigned64. This value will represent a non-negative integer, which may increase or decrease, but shall never exceed a maximum value, nor fall below a minimum value.

elementId: TBD name: mibObjectValueTimeTicks dataType: unsigned32 status: current description: An IPFIX Information Element which denotes that the TimeTicks value of a MIB object will be exported. The MIB Object Identifier ("mibObjectIdentifier") for this field MUST be exported in a MIB Field Option or via another means. This Information Element is used for MIB objects with the Base Syntax of TimeTicks. The value is encoded as per the standard IPFIX Abstract Data Type of unsigned32.

elementId: TBD name: mibObjectValueUnsigned dataType: unsigned64 status: current description: An IPFIX Information Element which denotes that an unsigned integer value of a MIB object will be exported. The MIB Object Identifier ("mibObjectIdentifier") for this field MUST be exported in a MIB Field Option or via another means. This Information Element is used for MIB objects with the Base Syntax of unsigned64 with IPFIX Reduced Size Encoding used as required. The value is encoded as per the standard IPFIX Abstract Data Type of unsigned64.

elementId: TBD name: mibObjectValueTable dataType: orderedList status: current description: An IPFIX Information Element which denotes that a complete or partial conceptual table will be exported. The MIB Object Identifier ("mibObjectIdentifier") for this field MUST be exported in a MIB Field Option or via another means. This Information Element is used for MIB objects with a SYNTAX of SEQUENCE. This is encoded as a subTemplateList of mibObjectValue Information Elements. The template specified in the subTemplateList MUST be an Options Template and MUST include all the Objects listed in the INDEX clause as Scope Fields. structure: orderedList(mibObjectValueRow+)

elementId: TBD name: mibObjectValueRow dataType: orderedList status: current description: An IPFIX Information Element which denotes that a single row of a conceptual table will be exported. The MIB Object Identifier ("mibObjectIdentifier") for this field MUST be exported in a MIB Field Option or via another means. This Information Element is used for MIB objects with a SYNTAX of SEQUENCE. This is encoded as a subTemplateList of mibObjectValue Information Elements. The subTemplateList exported MUST contain exactly one row (i.e., one instance of the subtemplate). The template specified in the subTemplateList MUST be an Options Template and MUST include all the Objects listed in the INDEX clause as Scope Fields. structure: orderedList(mibObjectValue+)

elementId: TBD name: mibObjectIdentifier dataType: octetArray status: current description: An IPFIX Information Element which denotes that a MIB Object Identifier (MIB OID) is exported in the (Options) Template Record. The mibObjectIdentifier Information Element contains the OID assigned to the MIB Object Type Definition encoded as ASN.1/BER [BER].

elementId: TBD name: mibSubIdentifier dataType: unsigned32 status: current description: A non-negative sub-identifier of an Object Identifier (OID).

elementId: TBD name: mibIndexIndicator dataType: unsigned64 status: current description: This set of bit fields is used for marking the Information Elements of a Data Record that serve as INDEX MIB objects for an indexed Columnar MIB object. Each bit represents an Information Element in the Data Record with the n-th bit representing the n-th Information Element. A bit set to value 1 indicates that the corresponding Information Element is an index of the Columnar Object represented by the mibFieldValue. A bit set to value 0 indicates that this is not the case. If the Data Record contains more than 64 Information Elements, the corresponding Template SHOULD be designed such that all INDEX Fields are among the first 64 Information Elements, because the mibIndexIndicator only contains 64 bits. If the Data Record contains less than 64 Information Elements, then the extra bits in the mibIndexIndicator for which no corresponding Information Element exists MUST have the value 0, and must be disregarded by the Collector. This Information Element may be exported with IPFIX Reduced Size Encoding.

elementId: TBD name: mibCaptureTimeSemantics dataType: unsigned8 status: current description: Indicates when in the lifetime of the flow the MIB value was retrieved from the MIB for a mibObjectIdentifier. This is used to indicate if the value exported was collected from the MIB closer to flow creation or flow export time and will refer to the Timestamp fields included in the same record. This field SHOULD be used when exporting a mibObjectValue that specifies counters or statistics. If the MIB value was sampled by SNMP prior to the IPFIX Metering Process or Exporting Process retrieving the value (i.e., the data is already stale) and it's important to know the exact sampling time, then an additional observationTime* element should be paired with the OID using structured data. Similarly, if different mibCaptureTimeSemantics apply to different mibObject elements within the Data Record, then individual mibCaptureTimeSemantics should be paired with each OID using structured data. Values: 0. undefined 1. begin - The value for the MIB object is captured from the MIB when the Flow is first observed 2. end - The value for the MIB object is captured from the MIB when the Flow ends 3. export - The value for the MIB object is captured from the MIB at export time 4. average - The value for the MIB object is an average of multiple captures from the MIB over the observed life of the Flow

elementId: TBD name: mibContextEngineID dataType: octetArray status: current description: A mibContextEngineID that specifies the SNMP engine ID for a MIB field being exported over IPFIX. Definition as per [RFC3411] section 3.3.

elementId: TBD name: mibContextName dataType: string status: current description: This Information Element denotes that a MIB Context Name is specified for a MIB field being exported over IPFIX. Reference [RFC3411] section 3.3.

elementId: TBD name: mibObjectName dataType: string status: current description: The name (called a descriptor in [RFC2578] of an object type definition.

elementId: TBD name: mibObjectDescription dataType: string status: current description: The value of the DESCRIPTION clause of an MIB object type definition.

elementId: TBD name: mibObjectSyntax dataType: string status: current description: The value of the SYNTAX clause of an MIB object type definition, which may include a Textual Convention or Subtyping. See [RFC2578].

elementId: TBD name: mibModuleName dataType: string status: current description: The textual name of the MIB module that defines a MIB Object.

elementId: TBD name: interface dataType: list structure: list (InterfaceName, hwAddress, inetAddr, netmask) status: current description: Represents an interface and its configuration options.

elementId: TBD name: interfaceName dataType: string status: current description: The interface name.

elementId: TBD name: iflisteners dataType: list structure: list (interfaceName, physicalProtocol, hwAddress, programName, pid, userId) status: current description: Stores the results of checking for applications that are bound to an ethernet interface on the system.

elementId: TBD name: physicalProtocol dataType: enumeration structure: ETH_P_LOOP ; 0x1 ; Ethernet loopback packet. ETH_P_PUP ; 0x2 ; Xerox PUP packet. ETH_P_PUPAT ; 0x3 ; Xerox PUP Address Transport packet. ETH_P_IP ; 0x4 ; Internet protocol packet. ETH_P_X25 ; 0x5 ; CCITT X.25 packet. ETH_P_ARP ; 0x6 ; Address resolution packet. ETH_P_BPQ ; 0x7 ; G8BPQ AX.25 ethernet packet. ETH_P_IEEEPUP ; 0x8 ; Xerox IEEE802.3 PUP packet. ETH_P_IEEEPUPAT ; 0x9 ; Xerox IEEE802.3 PUP address transport packet. ETH_P_DEC ; 0xA ; DEC assigned protocol. ETH_P_DNA_DL ; 0xB ; DEC DNA Dump/Load. ETH_P_DNA_RC ; 0xC ; DEC DNA Remote Console. ETH_P_DNA_RT ; 0xD ; DEC DNA Routing. ETH_P_LAT ; 0xE ; DEC LAT. ETH_P_DIAG ; 0xF ; DEC Diagnostics. ETH_P_CUST ; 0x10 ; DEC Customer use. ETH_P_SCA ; 0x11 ; DEC Systems Comms Arch. ETH_P_RARP ; 0x12 ; Reverse address resolution packet. ETH_P_ATALK ; 0x13 ; Appletalk DDP. ETH_P_AARP ; 0x14 ; Appletalk AARP. ETH_P_8021Q ; 0x15 ; 802.1Q VLAN Extended Header. ETH_P_IPX ; 0x16 ; IPX over DIX. ETH_P_IPV6 ; 0x17 ; IPv6 over bluebook. ETH_P_SLOW ; 0x18 ; Slow Protocol. See 802.3ad 43B. ETH_P_WCCP ; 0x19 ; Web-cache coordination protocol. ETH_P_PPP_DISC ; 0x1A ; PPPoE discovery messages. ETH_P_PPP_SES ; 0x1B ; PPPoE session messages. ETH_P_MPLS_UC ; 0x1C ; MPLS Unicast traffic. ETH_P_MPLS_MC ; 0x1D ; MPLS Multicast traffic. ETH_P_ATMMPOA ; 0x1E ; MultiProtocol Over ATM. ETH_P_ATMFATE ; 0x1F ; Frame-based ATM Transport over Ethernet. ETH_P_AOE ; 0x20 ; ATA over Ethernet. ETH_P_TIPC ; 0x21 ; TIPC. ETH_P_802_3 ; 0x22 ; Dummy type for 802.3 frames. ETH_P_AX25 ; 0x23 ; Dummy protocol id for AX.25. ETH_P_ALL ; 0x24 ; Every packet. ETH_P_802_2 ; 0x25 ; 802.2 frames. ETH_P_SNAP ; 0x26 ; Internal only. ETH_P_DDCMP ; 0x27 ; DEC DDCMP: Internal only ETH_P_WAN_PPP ; 0x28 ; Dummy type for WAN PPP frames. ETH_P_PPP_MP ; 0x29 ; Dummy type for PPP MP frames. ETH_P_PPPTALK ; 0x2A ; Dummy type for Atalk over PPP. ETH_P_LOCALTALK ; 0x2B ; Localtalk pseudo type. ETH_P_TR_802_2 ; 0x2C ; 802.2 frames. ETH_P_MOBITEX ; 0x2D ; Mobitex. ETH_P_CONTROL ; 0x2E ; Card specific control frames. ETH_P_IRDA ; 0x2F ; Linux-IrDA. ETH_P_ECONET ; 0x30 ; Acorn Econet. ETH_P_HDLC ; 0x31 ; HDLC frames. ETH_P_ARCNET ; 0x32 ; 1A for ArcNet. ; 0x33 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: The physical layer protocol used by the AF_PACKET socket.

elementId: TBD name: hwAddress dataType: string status: current description: The hardware address associated with the interface.

elementId: TBD name: programName dataType: string status: current description: The name of the communicating program.

elementId: TBD name: userId dataType: integer status: current description: The numeric user id.

elementId: TBD name: inetlisteningserver dataType: list structure: list (transportProtocol, localAddress, localPort, localFullAddress, programName, foreignAddress, foreignPort, foreignFullAddress, pid, userId) status: current description: Stores the results of checking for network servers currently active on a system. It holds information pertaining to a specific protocol-address-port combination.

elementId: TBD name: transportProtocol dataType: string status: current description: The transport-layer protocol (tcp or udp).

elementId: TBD name: localAddress dataType: ipAddress status: current description: This is the IP address being listened to. Note that the IP address can be IPv4 or IPv6.

elementId: TBD name: localPort dataType: integer status: current description: This is the TCP or UDP port being listened to.

elementId: TBD name: localFullAddress dataType: string status: current description: The IP address and network port on which the program listens, including the local address and the local port. Note that the IP address can be IPv4 or IPv6.

elementId: TBD name: foreignAddress dataType: ipAddresss status: current description: The IP address with which the program is communicating, or with which it will communicate. Note that the IP address can be IPv4 or IPv6.

elementId: TBD name: foreignFullAddress dataType: ipAddresss status: current description: The IP address and network port to which the program is communicating or will accept communications from, including the foreign address and foreign port. Note that the IP address can be IPv4 or IPv6.

elementId: TBD name: selinuxboolean dataType: list structure: list (selinuxName, currentStatus, pendingStatus) status: current description: Describes the current and pending status of a SELinux boolean.

elementId: TBD name: selinuxName dataType: string status: current description: The name of the SELinux boolean.

elementId: TBD name: currentStatus dataType: boolean status: current description: Indicates current state of the specified SELinux boolean.

elementId: TBD name: pendingStatus dataType: boolean status: current description: Indicates the pending state of the specified SELinux boolean.

elementId: TBD name: selinuxsecuritycontext dataType: list structure: list (filepath, path, filename, pid, username, role, domainType, lowSensitivity, lowCategory, highSensitivity, highCategory, rawlowSensitivity, rawlowCategory, rawhighSensitivity, rawhighCategory) status: current description: Describes the SELinux security context of a file or process on the local system.

elementId: TBD name: filepath dataType: string status: current description: Specifies the absolute path for a file on the machine. A directory cannot be specified as a filepath.

elementId: TBD name: path dataType: string status: current description: Specifies the directory component of the absolute path to a file on the machine.

elementId: TBD name: filename dataType: string status: current description: The name of the file.

elementId: TBD name: pid dataType: integer status: current description: The process ID of the process.

elementId: TBD name: role dataType: string status: current description: Specifies the types that a process may transition to (domain transitions).

elementId: TBD name: domainType dataType: string status: current description: Specifies the domain in which the file is accessible or the domain in which a process executes.

elementId: TBD name: lowSensitivity dataType: string status: current description: Specifies the current sensitivity of a file or process.

elementId: TBD name: lowCategory dataType: string status: current description: Specifies the set of categories associated with the low sensitivity.

elementId: TBD name: highSensitivity dataType: string status: current description: Specifies the maximum range for a file or the clearance for a process.

elementId: TBD name: highCategory dataType: string status: current description: Specifies the set of categories associated with the high sensitivity.

elementId: TBD name: rawlowSensitivity dataType: string status: current description: Specifies the current sensitivity of a file or process but in its raw context.

elementId: TBD name: rawlowCategory dataType: string status: current description: Specifies the set of categories associated with the low sensitivity but in its raw context.

elementId: TBD name: rawhighSensitivity dataType: string status: current description: Specifies the maximum range for a file or the clearance for a process but in its raw context.

elementId: TBD name: rawhighCategory dataType: string status: current description: Specifies the set of categories associated with the high sensitivity but in its raw context.

elementId: TBD name: systemdunitdependency dataType: list structure: list (unit, dependency) status: current description: Stores the dependencies of the systemd unit.

elementId: TBD name: unit dataType: string status: current description: Refers to the full systemd unit name, which has a form of "$name.$type". For example "cupsd.service". This name is usually also the filename of the unit configuration file.

elementId: TBD name: dependency dataType: string status: current description: Refers to the name of a unit that was confirmed to be a dependency of the given unit.

elementId: TBD name: systemdunitproperty dataType: list structure: list (unit, property, systemdunitValue) status: current description: Stores the properties and values of a systemd unit.

elementId: TBD name: property dataType: string status: current description: The property associated with a systemd unit.

elementId: TBD name: systemdunitValue dataType: string status: current description: The value of the property associated with a systemd unit. Exactly one value shall be used for all property types except dbus arrays - each array element shall be represented by one value.

elementId: TBD name: file dataType: list structure: list (filepath, path, filename, fileType, userId, aTime, changeTime, mTime, size) status: current description: The metadata associated with a file on the endpoint.

elementId: TBD name: fileType dataType: string status: current description: The file's type (e.g., regular file (regular), directory, named pipe (fifo), symbolic link, socket or block special.)

elementId: TBD name: groupId dataType: integer status: current description: The group owner of the file, by group number.

elementId: TBD name: aTime dataType: timeStamp status: current description: The time that the file was last accessed.

elementId: TBD name: changeTime dataType: timeStamp status: current description: The time of the last change to the file's inode.

elementId: TBD name: mTime dataType: timeStamp status: current description: The time of the last change to the file's contents.

elementId: TBD name: size dataType: integer status: current description: This is the size of the file in bytes.

elementId: TBD name: suid dataType: boolean status: current description: Indicates whether the program runs with the uid (thus privileges) of the file's owner, rather than the calling user.

elementId: TBD name: sgid dataType: boolean status: current description: Indicates whether the program runs with the gid (thus privileges) of the file's group owner, rather than the calling user's group.

elementId: TBD name: sticky dataType: boolean status: current description: Indicates whether users can delete each other's files in this directory, when said directory is writable by those users.

elementId: TBD name: hasExtendedAcl dataType: boolean status: current description: Indicates whether the file or directory hasACL permissions applied to it. If a system supports ACLs and the file or directory doesn't have an ACL, or it matches the standard UNIX permissions, the entity will have a status of 'exists' and a value of 'false'. If the system supports ACLs and the file or directory has an ACL, the entity will have a status of 'exists' and a value of 'true'. Lastly, if a system doesn't support ACLs, the entity will have a status of 'does not exist'.

elementId: TBD name: inetd dataType: list structure: list (serviceProtocol, serviceName, serverProgram, serverArguments, endpointType, execAsUser, waitStatus) status: current description: Holds information associated with different Internet services.

elementId: TBD name: serverProgram dataType: string status: current description: Either the pathname of a server program to be invoked by inetd to perform the requested service, or the value internal if inetd itself provides the service.

elementId: TBD name: endpointType dataType: enumeration structure: stream ; 0x1 ; The stream value is used to describe a stream socket. dgram ; 0x2 ; The dgram value is used to describe a datagram socket. raw ; 0x3 ; The raw value is used to describe a raw socket. seqpacket ; 0x4 ; The seqpacket value is used to describe a sequenced packet socket. tli ; 0x5 ; The tli value is used to describe all TLI endpoints. sunrpc_tcp ; 0x6 ; The sunrpc_tcp value is used to describe all SUNRPC TCP endpoints. sunrpc_udp ; 0x7 ; The sunrpc_udp value is used to describe all SUNRPC UDP endpoints. ; 0x8 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: The endpoint type (aka, socket type) associated with the service.

elementId: TBD name: execAsUser dataType: string status: current description: The user id of the user the server program should run under.

elementId: TBD name: waitStatus dataType: enumeration structure: wait ; 0x1 ; The value of 'wait' specifies that the server that is invoked by inetd will take over the listening socket associated with the service, and once launched, inetd will wait for that server to exit, if ever, before it resumes listening for new service requests. nowait ; 0x2 ; The value of 'nowait' specifies that the server that is invoked by inetd will not wait for any existing server to finish before taking over the listening socket associated with the service. ; 0x3 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Specifies whether the server that is invoked by inetd will take over the listening socket associated with the service, and whether once launched, inetd will wait for that server to exit, if ever, before it resumes listening for new service requests. The legal values are "wait" or "nowait".

elementId: TBD name: inetAddr dataType: ipAddress status: current description: The IP address of the specific interface. Note that the IP address can be IPv4 or IPv6.

elementId: TBD name: netmask dataType: ipAddress status: current description: The bitmask used to calculate the interface's IP network.

elementId: TBD name: passwordInfo dataType: list structure: list (username, password, userId, groupId, gcos, homeDir, loginShell, lastLogin) status: current description: Describes user account information for a system.

elementId: TBD name: username dataType: string status: current description: The name of the user.

elementId: TBD name: password dataType: string status: current description: The encrypted version of the user's password.

elementId: TBD name: gcos dataType: string status: current description:

elementId: TBD name: homeDir dataType: string status: current description: The user's home directory.

elementId: TBD name: loginShell dataType: string status: current description: The user's shell program.

elementId: TBD name: lastLogin dataType: integer status: current description: The date and time when the last login occurred.

elementId: TBD name: process dataType: list structure: list (commandLine, pid, ppid, priority, startTime) status: current description: Information about a process running on an endpoint.

elementId: TBD name: commandLine dataType: string status: current description: The string used to start the process. This includes any parameters that are part of the command line.

elementId: TBD name: ppid dataType: integer status: current description: The process ID of the process's parent process.

elementId: TBD name: priority dataType: integer status: current description: The scheduling priority with which the process runs.

elementId: TBD name: startTime dataType: string status: current description: The time of day the process started.

elementId: TBD name: routingtable dataType: list structure: list (destination, gateway, flags, interfaceName) status: current description: Holds information about an individual routing table entry found in a system's primary routing table.

elementId: TBD name: destination dataType: ipaddress status: current description: The destination IP address prefix of the routing table entry.

elementId: TBD name: gateway dataType: ipaddress status: current description: The gateway of the specified routing table entry.

elementId: TBD name: runlevelInfo dataType: list structure: list (serviceName, runlevel, start, kill) status: current description: Information about the start or kill state of a specified service at a given runlevel.

elementId: TBD name: runlevel dataType: string status: current description: Specifies the system runlevel associated with a service.

elementId: TBD name: start dataType: boolean status: current description: Specifies whether the service is scheduled to start at the runlevel.

elementId: TBD name: kill dataType: boolean status: current description: Specifies whether the service is scheduled to be killed at the runlevel.

elementId: TBD name: shadowItem dataType: list structure: list (username, password, chgLst, chgAllow, chgReq, expWarn, expInact, expDate, flags, encryptMethod) status: current description:

elementId: TBD name: chgLst dataType: timeStamp status: current description: The date of the last password change.

elementId: TBD name: chgAllow dataType: integer status: current description: Specifies how often in days a user may change their password. It can also be thought of as the minimum age of a password.

elementId: TBD name: chgReq dataType: integer status: current description: Describes how long a user can keep a password before the system forces her to change it.

elementId: TBD name: expWarn dataType: integer status: current description: Describes how long before password expiration the system begins warning the user.

elementId: TBD name: expInact dataType: integer status: current description: Describes how many days of account inactivity the system will wait after a password expires before locking the account.

elementId: TBD name: expDate dataType: timeStamp status: current description: Specifies when will the account's password expire.

elementId: TBD name: encryptMethod dataType: enumeration structure: DES ; 0x1 ; The DES method corresponds to the (none) prefix. BSDi ; 0x2 ; The BSDi method corresponds to BSDi modified DES or the '_' prefix. MD5 ; 0x3 ; The MD5 method corresponds to MD5 for Linux/BSD or the $1$ prefix. Blowfish ; 0x4 ; The Blowfish method corresponds to Blowfish (OpenBSD) or the $2$ or $2a$ prefixes. Sun MD5 ; 0x5 ; The Sun MD5 method corresponds to the $md5$ prefix. SHA-256 ; 0x6 ; The SHA-256 method corresponds to the $5$ prefix. SHA-512 ; 0x7 ; The SHA-512 method corresponds to the $6$ prefix. ; 0x8 ; The empty string value is permitted here to allow for empty elements associated with variable references. status: current description: Describes method that is used for hashing passwords.

elementId: TBD name: symlink dataType: list structure: list (symlinkFilepath, canonicalPath) status: current description: Identifies the result generated for a symlink.

elementId: TBD name: symlinkFilepath dataType: string status: current description: Specifies the filepath to the subject symbolic link file.

elementId: TBD name: canonicalPath dataType: string status: current description: Specifies the canonical path for the target of the symbolic link file specified by the filepath.

elementId: TBD name: sysctl dataType: list structure: list (kernelParameterName, kernelParameterValue+, uname, machineClass, nodeName, osName, osRelease, osVersion, processorType) status: current description: Stores information retrieved from the local system about a kernel parameter and its respective value(s).

elementId: TBD name: kernelParameterName dataType: string status: current description: The name of a kernel parameter that was collected from the local system.

elementId: TBD name: kernelParameterValue dataType: string status: current description: The current value(s) for the specified kernel parameter on the local system.

elementId: TBD name: uname dataType: list structure: list (machineClass, nodeName, osName, osRelease, osVersion, processorType) status: current description: Information about the hardware the machine is running on.

elementId: TBD name: machineClass dataType: string status: current description: Specifies the machine hardware name.

elementId: TBD name: nodeName dataType: string status: current description: Specifies the host name.

elementId: TBD name: osName dataType: string status: current description: Specifies the operating system name.

elementId: TBD name: osRelease dataType: string status: current description: Specifies the build version.

elementId: TBD name: osVersion dataType: string status: current description: Specifies the operating system version.

elementId: TBD name: processorType dataType: string status: current description: Specifies the processor type.

elementId: TBD name: internetService dataType: list structure: list (serviceProtocol, serviceName, flags, noAccess, onlyFrom, port, server, serverArguments, socketType, registeredServiceType, user, wait, disabled) status: current description: Holds information associated with Internet services.

elementId: TBD name: serviceProtocol dataType: string status: current description: Specifies the protocol that is used by the service.

elementId: TBD name: serviceName dataType: string status: current description: Specifies the name of the service.

elementId: TBD name: flags dataType: string status: current description: Specifies miscellaneous settings associated with the service with executing a program.

elementId: TBD name: noAccess dataType: string status: current description: Specifies the remote hosts to which the service is unavailable.

elementId: TBD name: onlyFrom dataType: ipAddress status: current description: Specifies the remote hosts to which the service is available.

elementId: TBD name: port dataType: integer status: current description: The port entity specifies the port used by the service.

elementId: TBD name: server dataType: string status: current description: Specifies the executable that is used to launch the service.

elementId: TBD name: serverArguments dataType: string status: current description: Specifies the arguments that are passed to the executable when launching the service.

elementId: TBD name: socketType dataType: string status: current description: Specifies the type of socket that is used by the service. Possible values include: stream, dgram, raw, or seqpacket.

elementId: TBD name: registeredServiceType dataType: enumeration structure: INTERNAL ; 0x1 ; The INTERNAL type is used to describe services like echo, chargen, and others whose functionality is supplied by xinetd itself. RPC ; 0x2 ; The RPC type is used to describe services that use remote procedure call ala NFS. UNLISTED ; 0x3 ; The UNLISTED type is used to describe services that aren't listed in /etc/protocols or /etc/rpc. TCPMUX ; 0x4 ; The TCPMUX type is used to describe services that conform to RFC 1078. This type indiciates that the service is responsible for handling the protocol handshake. TCPMUXPLUS ; 0x5 ; The TCPMUXPLUS type is used to describe services that conform to RFC 1078. This type indicates that xinetd is responsible for handling the protocol handshake. ; 0x6 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Specifies the type of internet service.

elementId: TBD name: wait dataType: boolean status: current description: Specifies whether or not the service is single-threaded or multi-threaded and whether or not xinetd accepts the connection or the service accepts the connection. A value of 'true' indicates that the service is single-threaded and the service will accept the connection. A value of 'false' indicates that the service is multi- threaded and xinetd will accept the connection.

elementId: TBD name: disabled dataType: boolean status: current description: Specifies whether or not the service is disabled. A value of 'true' indicates that the service is disabled and will not start. A value of 'false' indicates that the service is not disabled.

elementId: TBD name: windowsView dataType: enumeration structure: 32_bit ; 0x1 ; Indicates the 32_bit windows view. 64_bit ; 0x2 ; Indicates the 64_bit windows view. ; 0x3 ; The empty string value is permitted here to allow for empty elements associated with error conditions. status: current description: Indicates from which view (32-bit or 64-bit), the information was collected. A value of '32_bit' indicates the Item was collected from the 32-bit view. A value of '64-bit' indicates the Item was collected from the 64-bit view.

elementId: TBD name: fileauditedpermissions dataType: list structure: list (filepath, path, filename, trusteeSid, trusteeName, auditStandardDelete, auditStandardReadControl, auditStandardWriteDac, auditStandardWriteOwner, auditStandardSynchronize, auditAccessSystemSecurity, auditGenericRead, auditGenericWrite, auditGenericExecute, auditGenericAll, auditFileReadData, auditFileWriteData, auditFileAppendData, auditFileReadEa, auditFileWriteEa, auditFileExecute, auditFileDeleteChild, auditFileReadAttributes, auditFileWriteAttributes, windowsView) status: current description: Stores the audited access rights of a file that a system access control list (SACL) structure grants to a specified trustee. The trustee's audited access rights are determined checking all access control entries (ACEs) in the SACL.

elementId: TBD name: trusteeName dataType: string status: current description: Specifies the trustee name. A trustee can be a user, group, or program (such as a Windows service).

elementId: TBD name: auditStandardDelete dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: The right to delete the object.

elementId: TBD name: auditStandardReadControl dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: The right to read the information in the object's security descriptor, not including the information in the SACL.

elementId: TBD name: auditStandardWriteDac dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: The right to modify the DACL in the object's security descriptor.

elementId: TBD name: auditStandardWriteOwner dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: The right to change the owner in the object's security descriptor.

elementId: TBD name: auditStandardSynchronize dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: The right to use the object for synchronization. This enables a thread to wait until the object is in the signaled state. Some object types do not support this access right.

elementId: TBD name: auditAccessSystemSecurity dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Indicates access to a system access control list (SACL).

elementId: TBD name: auditGenericRead dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Read access.

elementId: TBD name: auditGenericWrite dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Write access.

elementId: TBD name: auditGenericExecute dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Execute access.

elementId: TBD name: auditGenericAll dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Read, write, and execute access.

elementId: TBD name: auditFileReadData dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Grants the right to read data from the file.

elementId: TBD name: auditFileWriteData dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Grants the right to write data to the file.

elementId: TBD name: auditFileAppendData dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Grants the right to append data to the file.

elementId: TBD name: auditFileReadEa dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Grants the right to read extended attributes.

elementId: TBD name: auditFileWriteEa dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Grants the right to write extended attributes.

elementId: TBD name: auditFileExecute dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Grants the right to execute a file.

elementId: TBD name: auditFileDeleteChild dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Right to delete a directory and all the files it contains (its children), even if the files are read-only.

elementId: TBD name: auditFileReadAttributes dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Grants the right to read file attributes.

elementId: TBD name: auditFileWriteAttributes dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Grants the right to change file attributes.

elementId: TBD name: fileeffectiverights dataType: list structure: list (filepath, path, filename, trusteeSid, trusteeName, standardDelete, standardReadControl, standardWriteDac, standardWriteOwner, standardSynchronize, accessSystemSecurity, genericRead, genericWrite, genericExecute, genericAll, fileReadData, fileWriteData, fileAppendData, fileReadEa, fileWriteEa, fileExecute, fileDeleteChild, fileReadAttributes, fileWriteAttributes, windowsView) status: current description: Stores the effective rights of a file that a discretionary access control list (DACL) structure grants to a specified trustee. The trustee's effective rights are determined checking all access-allowed and access-denied access control entries (ACEs) in the DACL.

elementId: TBD name: standardDelete dataType: boolean status: current description: The right to delete the object.

elementId: TBD name: standardReadControl dataType: boolean status: current description: The right to read the information in the object's security descriptor, not including the information in the SACL.

elementId: TBD name: standardWriteDac dataType: boolean status: current description: The right to modify the DACL in the object's security descriptor.

elementId: TBD name: standardWriteOwner dataType: boolean status: current description: The right to change the owner in the object's security descriptor.

elementId: TBD name: standardSynchronize dataType: boolean status: current description: The right to use the object for synchronization. This enables a thread to wait until the object is in the signaled state. Some object types do not support this access right.

elementId: TBD name: accessSystemSecurity dataType: boolean status: current description: Indicates access to a system access control list (SACL).

elementId: TBD name: genericRead dataType: boolean status: current description: Read access.

elementId: TBD name: genericWrite dataType: boolean status: current description: Write access.

elementId: TBD name: genericExecute dataType: boolean status: current description: Execute access.

elementId: TBD name: genericAll dataType: boolean status: current description: Read, write, and execute access.

elementId: TBD name: fileReadData dataType: boolean status: current description: Grants the right to read data from the file

elementId: TBD name: fileWriteData dataType: boolean status: current description: Grants the right to write data to the file.

elementId: TBD name: fileAppendData dataType: boolean status: current description: Grants the right to append data to the file.

elementId: TBD name: fileReadEa dataType: boolean status: current description: Grants the right to read extended attributes.

elementId: TBD name: fileWriteEa dataType: boolean status: current description: Grants the right to write extended attributes.

elementId: TBD name: fileExecute dataType: boolean status: current description: Grants the right to execute a file.

elementId: TBD name: fileDeleteChild dataType: boolean status: current description: Right to delete a directory and all the files it contains (its children), even if the files are read-only.

elementId: TBD name: fileReadAttributes dataType: boolean status: current description: Grants the right to read file attributes.

elementId: TBD name: fileWriteAttributes dataType: boolean status: current description: Grants the right to change file attributes.

elementId: TBD name: groupInfo dataType: list structure: list (group, username, subgroup) status: current description: Specifies the different users and subgroups, that directly belong to specific groups.

elementId: TBD name: group dataType: string status: current description: Represents the name of a particular group.

elementId: TBD name: user dataType: string status: current description: Represents the name of a particular user.

elementId: TBD name: subgroup dataType: string status: current description: Represents the name of a particular subgroup in the specified group.

elementId: TBD name: groupSidInfo dataType: list structure: list (groupSid, userSid, subgroupSid) status: current description: Specifies the different users and subgroups, that directly belong to specific groups (identified by SID).

elementId: TBD name: userSidInfo dataType: list structure: list (userSid, enabled, groupSid, lastLogon) status: current description: Specifies the different groups (identified by SID) that a user belongs to.

elementId: TBD name: userSid dataType: string status: current description: Represents the SID of a particular user.

elementId: TBD name: subgroupSid dataType: string status: current description: Represents the SID of a particular subgroup.

elementId: TBD name: lockoutpolicy dataType: list structure: list (forceLogoff, lockoutDuration, lockoutObservationWindow, lockoutThreshold) status: current description: Specifies various attributes associated with lockout information for users and global groups in the security database.

elementId: TBD name: forceLogoff dataType: integer status: current description: Specifies, in seconds, the amount of time between the end of the valid logon time and the time when the user is forced to log off the network.

elementId: TBD name: lockoutDuration dataType: integer status: current description: Specifies, in seconds, how long a locked account remains locked before it is automatically unlocked.

elementId: TBD name: lockoutObservationWindow dataType: integer status: current description: Specifies the maximum time, in seconds, that can elapse between any two failed logon attempts before lockout occurs.

elementId: TBD name: lockoutThreshold dataType: integer status: current description: Specifies the number of invalid password authentications that can occur before an account is marked "locked out."

elementId: TBD name: passwordpolicy dataType: list structure: list (maxPasswdAge, minPasswdAge, minPasswdLen, passwordHistLen, passwordComplexity, reversibleEncryption) status: current description: Specifies policy information associated with passwords.

elementId: TBD name: maxPasswdAge dataType: integer status: current description: Specifies, in seconds (from a DWORD), the maximum allowable password age. A value of TIMEQ_FOREVER (max DWORD value, 4294967295) indicates that the password never expires. The minimum valid value for this element is ONE_DAY (86400). See the USER_MODALS_INFO_0 structure returned by a call to NetUserModalsGet().

elementId: TBD name: minPasswdAge dataType: integer status: current description: Specifies the minimum number of seconds that can elapse between the time a password changes and when it can be changed again. A value of zero indicates that no delay is required between password updates.

elementId: TBD name: minPasswdLen dataType: integer status: current description: Specifies the minimum allowable password length. Valid values for this element are zero through PWLEN.

elementId: TBD name: passwordHistLen dataType: integer status: current description: Specifies the length of password history maintained. A new password cannot match any of the previous usrmod0_password_hist_len passwords. Valid values for this element are zero through DEF_MAX_PWHIST.

elementId: TBD name: passwordComplexity dataType: boolean status: current description: Indicates whether passwords must meet the complexity requirements put forth by the operating system.

elementId: TBD name: reversibleEncryption dataType: boolean status: current description: Indicates whether or not passwords are stored using reversible encryption.

elementId: TBD name: portInfo dataType: list structure: list (localAddress, localPort, transportProtocol, pid, foreignAddress, foreignPort) status: current description: Information about open listening ports.

elementId: TBD name: foreignPort dataType: string status: current description: The TCP or UDP port to which the program communicates.

elementId: TBD name: printereffectiverights dataType: list structure: list (printerName, trusteeSid, standardDelete, standardReadControl, standardWriteDac, standardWriteOwner, standardSynchronize, accessSystemSecurity, genericRead, genericWrite, genericExecute, genericAll, printerAccessAdminister, printerAccessUse, jobAccessAdminister, jobAccessRead) status: current description: Stores the effective rights of a printer that a discretionary access control list (DACL) structure grants to a specified trustee. The trustee's effective rights are determined checking all access-allowed and access-denied access control entries (ACEs) in the DACL.

elementId: TBD name: printerName dataType: string status: current description: Specifies the name of the printer.

elementId: TBD name: printerAccessAdminister dataType: boolean status: current description:

elementId: TBD name: printerAccessUse dataType: boolean status: current description:

elementId: TBD name: jobAccessAdminister dataType: boolean status: current description:

elementId: TBD name: jobAccessRead dataType: boolean status: current description:

elementId: TBD name: registry dataType: list structure: list (hive, key, registryKeyName, lastWriteTime, registryKeyType, registryKeyValue, windowsView) status: current description: Specifies information that can be collected about a particular registry key.

elementId: TBD name: hive dataType: enumeration structure: HKEY_CLASSES_ROOT ; 0x1 ; This registry subtree contains information that associates file types with programs and configuration data for automation (e.g. COM objects and Visual Basic Programs). HKEY_CURRENT_CONFIG ; 0x2 ; This registry subtree contains configuration data for the current hardware profile. HKEY_CURRENT_USER ; 0x3 ; This registry subtree contains the user profile of the user that is currently logged into the system. HKEY_LOCAL_MACHINE ; 0x4 ; This registry subtree contains information about the local system. HKEY_USERS ; 0x5 ; This registry subtree contains user-specific data. ; 0x6 ; The empty string value is permitted here to allow for detailed error reporting. status: current description: The hive that the registry key belongs to.

elementId: TBD name: registryKey dataType: string status: current description: Describes the registry key. Note that the hive portion of the string should not be included, as this data can be found under the hive element.

elementId: TBD name: registryKeyName dataType: string status: current description: Describes the name of a registry key.

elementId: TBD name: lastWriteTime dataType: integer status: current description: The last time that the key or any of its value entries were modified. The value of this entity represents the FILETIME structure which is a 64-bit value representing the number of 100-nanosecond intervals since January 1, 1601 (UTC). Last write time can be queried on any key, with hives being classified as a type of key. When collecting only information about a registry hive or key the last write time will be the time the key or any of its entries were modified. When collecting only information about a registry name the last write time will be the time the containing key was modified. Thus when collecting information about a registry name, the last write time does not correlate directly to the specified name. See the RegQueryInfoKey function lpftLastWriteTime.

elementId: TBD name: registryKeyType dataType: enumeration structure: reg_binary ; 0x1 ; The reg_binary type is used by registry keys that specify binary data in any form. reg_dword ; 0x2 ; The reg_dword type is used by registry keys that specify an unsigned 32-bit integer. reg_dword_little_endian ; 0x3 ; The reg_dword_little_endian type is used by registry keys that specify an unsigned 32-bit little-endian integer. It is designed to run on little-endian computer architectures. reg_dword_big_endian ; 0x4 ; The reg_dword_big_endian type is used by registry keys that specify an unsigned 32-bit big-endian integer. It is designed to run on big-endian computer architectures. reg_expand_sz ; 0x5 ; The reg_expand_sz type is used by registry keys to specify a null-terminated string that contains unexpanded references to environment variables (for example, "%PATH%"). reg_link ; 0x6 ; The reg_link type is used by the registry keys for null-terminated unicode strings. It is related to target path of a symbolic link created by the RegCreateKeyEx function. reg_multi_sz ; 0x7 ; The reg_multi_sz type is used by registry keys that specify an array of null-terminated strings, terminated by two null characters. reg_none; 0x8 ; The reg_none type is used by registry keys that have no defined value type. reg_qword; 0x9 ; The reg_qword type is used by registry keys that specify an unsigned 64-bit integer. reg_qword_little_endian; 0xA ; The reg_qword_little_endian type is used by registry keys that specify an unsigned 64-bit integer in little-endian computer architectures. reg_sz; 0xB ; The reg_sz type is used by registry keys that specify a single null-terminated string. reg_resource_list; 0xC ; The reg_resource_list type is used by registry keys that specify a resource list. reg_full_resource_descriptor; 0xD ; The reg_full_resource_descriptor type is used by registry keys that specify a full resource descriptor. reg_resource_requirements_list; 0xE ; The reg_resource_requirements_list type is used by registry keys that specify a resource requirements list. ; 0xF ; The empty string value is permitted here to allow for detailed error reporting. status: current description: Specifies the type of data stored by the registry key.

elementId: TBD name: registryKeyValue dataType: string status: current description: Holds the actual value of the specified registry key. The representation of the value as well as the associated datatype attribute depends on type of data stored in the registry key. If the value being tested is of type REG_BINARY, then the datatype attribute should be set to 'binary' and the data represented by the value entity should follow the xsd:hexBinary form. (each binary octet is encoded as two hex digits) If the value being tested is of type REG_DWORD, REG_QWORD, REG_DWORD_LITTLE_ENDIAN, REG_DWORD_BIG_ENDIAN, or REG_QWORD_LITTLE_ENDIAN then the datatype attribute should be set to 'int' and the value entity should represent the data as an unsigned integer. DWORD and QWORD values represnt unsigned 32-bit and 64-bit integers, respectively. If the value being tested is of type REG_EXPAND_SZ, then the datatype attribute should be set to 'string' and the pre-expanded string should be represented by the value entity. If the value being tested is of type REG_MULTI_SZ, then only a single string (one of the multiple strings) should be tested using the value entity with the datatype attribute set to 'string'. In order to test multiple values, multiple OVAL registry tests should be used. If the specified registry key is of type REG_SZ, then the datatype should be 'string' and the value entity should be a copy of the string. If the value being tested is of type REG_LINK, then the datatype attribute should be set to 'string' and the null-terminated Unicode string should be represented by the value entity.

elementId: TBD name: regkeyauditedpermissions dataType: list structure: list (key, trusteeSid, trusteeName, standardDelete, standardReadControl, standardWriteDac, standardWriteOwners, tandardSynchronize, accessSystemSecurity, genericRead, genericWrite, genericExecute, genericAll, keyQueryValue, keySetValue, keyCreateSubKey, keyEnumerateSubKeys, keyNotify, keyCreateLink, keyWow6464Key, keyWow6432Key, keyWow64Res, windowsView) status: current description: Stores the audited access rights of a registry key that a system access control list (SACL) structure grants to a specified trustee. The trustee's audited access rights are determined checking all access control entries (ACEs) in the SACL.

elementId: TBD name: auditKeyQueryValue dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description:

elementId: TBD name: auditKeySetValue dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description:

elementId: TBD name: auditKeyCreateSubKey dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description:

elementId: TBD name: auditKeyEnumerateSubKeys dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description:

elementId: TBD name: auditKeyNotify dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description:

elementId: TBD name: auditKeyCreateLink dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description:

elementId: TBD name: auditKeyWow6464Key dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description:

elementId: TBD name: auditKeyWow6432Key dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description:

elementId: TBD name: auditKeyWow64Res dataType: enumeration structure: AUDIT_FAILURE ; 0x1 ; The audit type AUDIT_FAILURE is used to perform audits on all unsuccessful occurrences of specified events when auditing is enabled. AUDIT_NONE ; 0x2 ; The audit type AUDIT_NONE is used to cancel all auditing options for the specified events. AUDIT_SUCCESS ; 0x3 ; The audit type AUDIT_SUCCESS is used to perform audits on all successful occurrences of the specified events when auditing is enabled. AUDIT_SUCCESS_FAILURE ; 0x4 ; The audit type AUDIT_SUCCESS_FAILURE is used to perform audits on all successful and unsuccessful occurrences of the specified events when auditing is enabled. ; 0x5 ; The empty string value is permitted here to allow for detailed error reporting. status: current description:

elementId: TBD name: regkeyeffectiverights dataType: list structure: list (hive, key, trusteeSid, trusteeName, standardDelete, standardReadControl, standardWriteDac, standardWriteOwner, standardSynchronize, accessSystemSecurity, genericRead, genericWrite, genericExecute, genericAll, keyQueryValue, keySetValue, keyCreateSubKey, keyEnumerateSubKeys, keyNotify, keyCreateLink, keyWow6464Key, keyWow6432Key, keyWow64Res, windowsView) status: current description: Stores the effective rights of a registry key that a discretionary access control list (DACL) structure grants to a specified trustee. The trustee's effective rights are determined checking all access-allowed and access-denied access control entries (ACEs) in the DACL.

elementId: TBD name: keyQueryValue dataType: boolean status: current description: Specifies whether or not permission is granted to query the key's value.

elementId: TBD name: keySetValue dataType: boolean status: current description: Specifies whether or not permission is granted to set the key's value.

elementId: TBD name: keyCreateSubKey dataType: boolean status: current description: Specifies whether or not permission is granted to create a subkey.

elementId: TBD name: keyEnumerateSubKeys dataType: boolean status: current description: Specifies whether or not permission is granted to list the subkeys associated with key.

elementId: TBD name: keyNotify dataType: boolean status: current description:

elementId: TBD name: keyCreateLink dataType: boolean status: current description:

elementId: TBD name: keyWow6464Key dataType: boolean status: current description:

elementId: TBD name: keyWow6432Key dataType: boolean status: current description:

elementId: TBD name: keyWow64Res dataType: boolean status: current description:

elementId: TBD name: service dataType: list structure: list (serviceName, displayName, description, serviceType, tartType, currentState, controlsAccepted, startName, path, pid, serviceFlag, dependencies) status: current description: Stores information about Windows services that are present on the system.

elementId: TBD name: displayName dataType: string status: current description: Specifies the name of the service as specified in administrative tools.

elementId: TBD name: description dataType: string status: current description: Specifies the description of the service.

elementId: TBD name: serviceType dataType: enumeration structure: SERVICE_FILE_SYSTEM_DRIVER ; 0x1 ; The SERVICE_FILE_SYSTEM_DRIVER type means that the service is a file system driver. The DWORD value that this corresponds to is 0x00000002. SERVICE_KERNEL_DRIVER ; 0x2 ; The SERVICE_KERNEL_DRIVER type means that the service is a driver. The DWORD value that this corresponds to is 0x00000001. SERVICE_WIN32_OWN_PROCESS ; 0x3 ; The SERVICE_WIN32_OWN_PROCESS type means that the service runs in its own process. The DWORD value that this corresponds to is 0x00000010. SERVICE_WIN32_SHARE_PROCESS ; 0x4 ; The SERVICE_WIN32_SHARE_PROCESS type means that the service runs in a process with other services. The DWORD value that this corresponds to is 0x00000020. SERVICE_INTERACTIVE_PROCESS ; 0x5 ; The SERVICE_WIN32_SHARE_PROCESS type means that the service runs in a process with other services. The DWORD value that this corresponds to is 0x00000100. ; 0x6 ; The empty string value is permitted here to allow for empty elements associated with error conditions. status: current description: Specifies the type of the service.

elementId: TBD name: startType dataType: enumeration structure: SERVICE_AUTO_START ; 0x1 ; The SERVICE_AUTO_START type means that the service is started automatically by the Service Control Manager (SCM) during startup. The DWORD value that this corresponds to is 0x00000002. SERVICE_BOOT_START ; 0x2 ; The SERVICE_BOOT_START type means that the driver service is started by the system loader. The DWORD value that this corresponds to is 0x00000000. SERVICE_DEMAND_START ; 0x3 ; The SERVICE_DEMAND_START type means that the service is started by the Service Control Manager (SCM) when StartService() is called. The DWORD value that this corresponds to is 0x00000003. SERVICE_DISABLED ; 0x4 ; The SERVICE_DISABLED type means that the service cannot be started. The DWORD value that this corresponds to is 0x00000004. SERVICE_SYSTEM_START ; 0x5 ; The SERVICE_SYSTEM_START type means that the service is a device driver started by IoInitSystem(). The DWORD value that this corresponds to is 0x00000001. ; 0x6 ; The empty string value is permitted here to allow for empty elements associated with error conditions. status: current description: Specifies when the service should be started.

elementId: TBD name: currentState dataType: enumeration structure: SERVICE_CONTINUE_PENDING ; 0x1 ; The SERVICE_CONTINUE_PENDING type means that the service has been sent a command to continue, however, the command has not yet been executed. The DWORD value that this corresponds to is 0x00000005. SERVICE_PAUSE_PENDING ; 0x2 ; The SERVICE_PAUSE_PENDING type means that the service has been sent a command to pause, however, the command has not yet been executed. The DWORD value that this corresponds to is 0x00000006. SERVICE_PAUSED ; 0x3 ; The SERVICE_PAUSED type means that the service is paused. The DWORD value that this corresponds to is 0x00000007. SERVICE_RUNNING ; 0x4 ; The SERVICE_RUNNING type means that the service is running. The DWORD value that this corresponds to is 0x00000004. SERVICE_START_PENDING ; 0x5 ; The SERVICE_START_PENDING type means that the service has been sent a command to start, however, the command has not yet been executed. The DWORD value that this corresponds to is 0x00000002. SERVICE_STOP_PENDING ; 0x6 ; The SERVICE_STOP_PENDING type means that the service has been sent a command to stop, however, the command has not yet been executed. The DWORD value that this corresponds to is 0x00000003. SERVICE_STOPPED ; 0x7 ; The SERVICE_STOPPED type means that the service is stopped. The DWORD value that this corresponds to is 0x00000001. ; 0x8 ; The empty string value is permitted here to allow for empty elements associated with error conditions. status: current description: Specifies the current state of the service.

elementId: TBD name: controlsAccepted dataType: enumeration strucutre: SERVICE_ACCEPT_NETBINDCHANGE ; 0x1 ; The SERVICE_ACCEPT_NETBINDCHANGE type means that the service is a network component and can accept changes in its binding without being stopped or restarted. The DWORD value that this corresponds to is 0x00000010. SERVICE_ACCEPT_PARAMCHANGE ; 0x2 ; The SERVICE_ACCEPT_PARAMCHANGE type means that the service can re-read its startup parameters without being stopped or restarted. The DWORD value that this corresponds to is 0x00000008. SERVICE_ACCEPT_PAUSE_CONTINUE ; 0x3 ; The SERVICE_ACCEPT_PAUSE_CONTINUE type means that the service can be paused or continued. The DWORD value that this corresponds to is 0x00000002. SERVICE_ACCEPT_PRESHUTDOWN ; 0x4 ; The SERVICE_ACCEPT_PRESHUTDOWN type means that the service can receive pre-shutdown notifications. The DWORD value that this corresponds to is 0x00000100. SERVICE_ACCEPT_SHUTDOWN ; 0x5 ; The SERVICE_ACCEPT_SHUTDOWN type means that the service can receive shutdown notifications. The DWORD value that this corresponds to is 0x00000004. SERVICE_ACCEPT_STOP ; 0x6 ; The SERVICE_ACCEPT_STOP type means that the service can be stopped. The DWORD value that this corresponds to is 0x00000001. SERVICE_ACCEPT_HARDWAREPROFILECHANGE ; 0x7 ; The SERVICE_ACCEPT_HARDWAREPROFILECHANGE type means that the service can receive notifications when the system's hardware profile changes. The DWORD value that this corresponds to is 0x00000020. SERVICE_ACCEPT_POWEREVENT ; 0x8 ; The SERVICE_ACCEPT_POWEREVENT type means that the service can receive notifications when the system's power status has changed. The DWORD value that this corresponds to is 0x00000040. SERVICE_ACCEPT_SESSIONCHANGE ; 0x9 ; The SERVICE_ACCEPT_SESSIONCHANGE type means that the service can receive notifications when the system's session status has changed. The DWORD value that this corresponds to is 0x00000080. SERVICE_ACCEPT_TIMECHANGE ; 0xA ; The SERVICE_ACCEPT_TIMECHANGE type means that the service can receive notifications when the system time changes. The DWORD value that this corresponds to is 0x00000200. SERVICE_ACCEPT_TRIGGEREVENT ; 0xB ; The SERVICE_ACCEPT_TRIGGEREVENT type means that the service can receive notifications when an event that the service has registered for occurs on the system. The DWORD value that this corresponds to is 0x00000400. ; 0xC ; The empty string value is permitted here to allow for empty elements associated with error conditions. status: current description: Specifies the control codes that a service will accept and process.

elementId: TBD name: startName dataType: string status: current description: Specifies the account under which the process should run.

elementId: TBD name: serviceFlag dataType: boolean status: current description: Specifies whether the service is in a system process that must always run (true) or if the service is in a non-system process or is not running (false).

elementId: TBD name: dependencies dataType: string status: current description: Specifies the dependencies of this service on other services.

elementId: TBD name: serviceeffectiverights dataType: list structure: list (serviceName, trusteeSid, standardDelete, standardReadControl, standardWriteDac, standardWriteOwner, genericRead, genericWrite, genericExecute, serviceQueryConfs, erviceChangeConf, serviceQueryStat, serviceEnumDependents, serviceStart, serviceStop, servicePause, serviceInterrogate, serviceUserDefined) status: current description: Stores the effective rights of a service that a discretionary access control list (DACL) structure grants to a specified trustee. The trustee's effective rights are determined by checking all access-allowed and access-denied access control entries (ACEs) in the DACL.

elementId: TBD name: trusteeSid dataType: string status: current description: Specifies the SID that is associated with a user, group, system, or program (such as a Windows service).

elementId: TBD name: serviceQueryConf dataType: boolean status: current description: Specifies whether or not permission is granted to query the service configuration.

elementId: TBD name: serviceChangeConf dataType: boolean status: current description: Specifies whether or not permission is granted to change service configuration.

elementId: TBD name: serviceQueryStat dataType: boolean status: current description: Specifies whether or not permission is granted to query the service control manager about the status of the service.

elementId: TBD name: serviceEnumDependents dataType: boolean status: current description: Specifies whether or not permission is granted to query for an enumeration of all the services dependent on the service.

elementId: TBD name: serviceStart dataType: boolean status: current description: Specifies whether or not permission is granted to start the service.

elementId: TBD name: serviceStop dataType: boolean status: current description: Specifies whether or not permission is granted to stop the service.

elementId: TBD name: servicePause dataType: boolean status: current description: Specifies whether or not permission is granted to pause or continue the service.

elementId: TBD name: serviceInterrogate dataType: boolean status: current description: Specifies whether or not permission is granted to request the service to report its status immediately.

elementId: TBD name: serviceUserDefined dataType: boolean status: current description: Specifies whether or not permission is granted to specify a user-defined control code.

elementId: TBD name: sharedresourceauditedpermissions dataType: list structure: list (netname, trusteeSid, standardDelete, standardReadControl, standardWriteDac, standardWriteOwner, standardSynchronize, accessSystemSecurity, genericRead, genericWrite, genericExecute, genericAll) status: current description: Stores the audited access rights of a shared resource that a system access control list (SACL) structure grants to a specified trustee. The trustee's audited access rights are determined checking all access control entries (ACEs) in the SACL.

elementId: TBD name: netname dataType: string status: current description: Specifies the name associated with a particular shared resource.

elementId: TBD name: sharedresourceeffectiverights dataType: list structure: list (netname, trusteeSid, standardDelete, standardReadControl, standardWriteDac, standardWriteOwner, standardSynchronize, accessSystemSecurity, genericRead, genericWrite, genericExecute, genericAll) status: current description: Stores the effective rights of a shared resource that a discretionary access control list (DACL) structure grants to a specified trustee. The trustee's effective rights are determined checking all access-allowed and access-denied access control entries (ACEs) in the DACL.

elementId: TBD name: user dataType: list structure: list (username, enabled, group, lastLogon) status: current description: Specifies the groups to which a user belongs.

elementId: TBD name: enabled dataType: boolean status: current description: Represents whether the particular user is enabled or not.

elementId: TBD name: lastLogon dataType: integer status: current description: The date and time when the last logon occurred.

elementId: TBD name: groupSid dataType: string status: current description: Represents the SID of a particular group. If the specified user belongs to more than one group, then multiple groupSid elements are applicable. If the specified user is not a member of a single group, then a single groupSid element should be incldued with a status of 'does not exist'. If there is an error determining the groups that the user belongs to, then a single groupSid element should be included with a status of 'error'.

Many of the specifications in this document have been developed in a public-private partnership with vendors and end-users. The hard work of the SCAP community is appreciated in advancing these efforts to their current level of adoption. Over the course of developing the initial draft, Brant Cheikes, Matt Hansbury, Daniel Haynes, Scott Pope, Charles Schmidt, and Steve Venema have contributed text to many sections of this document.

This document specifies an initial set of Information Elements for SACM in . An Internet Assigned Numbers Authority (IANA) registry will be created and populated with the Information Elements in . New assignments for SACM Information Elements will be administered by IANA through Expert Review . The designated experts MUST check the requested Information Elements for completeness and accuracy of the submission with respect to the template and requirements expressed in and . Requests for Information Elements that duplicate the functionality of existing Information Elements SHOULD be declined. The smallest available Information Element identifier SHOULD be assigned to a new Information Element. The definition of new Information Elements MUST be published using a well-established and persistent publication medium.

Posture Assessments need to be performed in a safe and secure manner. In that regard, there are multiple aspects of security that apply to the communications between components as well as the capabilities themselves. This information model only contains an initial listing of items that need to be considered with respect to security and will need to be augmented as the model continues to be developed. Security considerations include: Every SACM Component and asset needs to be able to identify itself and verify the identity of other SACM Components and assets. Communications between SACM Components need to be protected from eavesdropping or unauthorized collection. Some communications between SACM Components and assets may need to be protected as well. The information exchanged between SACM Components needs to be protected from modification. Some exchanges between assets and SACM Components will also have this requirement. Access to the information collected, evaluated, reported, and stored should only be viewable and consumable to authenticated and authorized entities. Considerations with respect to the operational aspects of collection, evaluation, and storage security automation information can be found in . Considerations concerning the privacy of security automation information can be found in .

The following sections outline a series of operational considerations for SACM deployments within an organization. This section may be expanded to include other considerations as the WG gains additional operational experience with SACM deployments and extending the information model.

In order to successfully carry out endpoint posture assessment, it is necessary to be able to identify the endpoints on a network and track the changes to them over time. Specifically, enabling SACM Components to: Tell whether two endpoint attribute assertions concern the same endpoint Respond to compliance measurements, for example by reporting, remediating, and quarantining (SACM does not specify these responses, but SACM exists to enable them). Ideally, every endpoint would be identified by a unique identifier present on the endpoint, but, this is complicated due to different factors such as the variety of endpoints on a network, the ability of tools to reliably access such an identifer, and the ability of tools to correlate disparate identifiers. As a result, it is necessary for an endpoint to be identified by a set of attributes that uniquely identify it on a network. The set of attributes that uniquely identify an endpoint on a network will likely vary by organization; however, there are a number of properties to consider when selecting identifying attributes as some are better suited for identification purposes than others. Is the attribute typically associated with a single endpoint or with multiple endpoints? If the attribute is associated with a single endpoint, it is better for identifying an endpoint on a network. How likely is the attribute to change? Does it never change? Does it only change when the endpoint is reprovisioned? Does it only change due to an event? Does it change on an ad-hoc and often unpredictable basis? Does it constantly change? The less likely it is for an attribute to change over time, the better it is for identifying an endpoint on a network. How difficult is it to change the attribute? Is the attribute hardware rooted and never changes? Can the attribute be changed by a user/process with the appropriate access? Can the attribute be changed without controlled access. The less likely an attribute is to change over time, the better chance it will be usable to identify an endpoint over time. Can the attribute be corroborated? Can the attribute be externally verified with source authentication? Can the attribute be externally verified without source authentication? Is it impossible to externally verify the attribute. Attributes that can be externally verified are more likely to be accurate and are better for identifying endpoints on a network. With that said, requiring SACM Components and end users to constantly refer to a set of attributes to identify an endpoint, is particularly burdensome. As a result, SACM supports the concept of a target endpoint label which associates an identifier (unique to a SACM domain) with the set of attributes used by an organization to identify endpoints on a network. Once defined for an endpoint, the target endpoint label can be used in place of the set of identifying attributes.

An organization will likely have different collectors deployed across the network that will be configured to collect posture attributes on varying frequencies (periodic, ad-hoc, event-driven, on endpoint, off endpoint, etc.). Some collectors will detect changes as soon as they occur whereas others will detect them at a later point during a periodic scan or when an event has triggered the collection of posture attributes. Furthermore, some changes will be detected on the endpoint and others will be observed off of the endpoint. As a result of these differences, the accuracy of the timestamp associated with the collected information will vary. For example, if a collector is only running once every 12 hours, the change probably happened at some point in time prior to the scan and the timestamp is likely not accurate. Due to this, it is important for system administrators to determine if the accuracy of a timestamp is good enough for their intended purposes.

In the IETF, there are privacy concerns with respect to endpoint identity and monitoring. This is especially true when the activity on an endpoint can be linked to a particular person. For example, by correlating endpoint attributes such as usernames, certificates, etc. with browser activity, it may be possible to gain insight in to user behavior and trends beyond what is required to carry out endpoint posture assessments. In the hands of the wrong person, this information could be used to negatively influence a user's behavior or to plan attacks against the organization's infrastructure. As a result, SACM data models should incorporate a mechanism by which an organization can designate which endpoint attributes are considered sensitive with respect to privacy. This will allow SACM Components to handle endpoint attributes in a manner consistent with the organization's privacy policies. Furthermore, organization's should put the proper mechanism in place to ensure endpoint attributes are protected when transmitted, stored, and accessed to ensure only authorized parties are granted access. It should also be noted that some of this is often mitigated by organizational policies that require a user of an organization's network to consent to some level of monitoring in return for access to the network and other resources. The information that is monitored and collected will vary by organization and further highlights the need for a mechanism by which an organization can specify what constitutes privacy sensitive information for them.

&RFC2119; Internet Assigned Numbers Authority &RFC3580; &RFC4949; &RFC5209; &RFC2434; &RFC5793; &RFC7012; &RFC7632; &I-D.ietf-sacm-requirements; &I-D.ietf-sacm-terminology;

Added some proposed normative text. For provenance: Added a class "Method" Added the produced-using relationship between an AVP and a method Added the produced-by relationship between a Guidance and a SACM Component Added the hosted-by relationship between a SACM Component and an Endpoint asserted-by and summarized-by have been renamed to produced-by. "User" is now "Account". If a user has different credentials, SACM cannot know that they belong to the same user. But, per Kim W, many organizations do have accounts that associate credentials. The multiplicity of the based-on relationships has been corrected. More relationships now have labels, per UML convention. The diagram no longer has causal arrow. They had become redundant and were nonstandard and clutter. Renamed "credential" to "identity", following industry usage. A credential includes proof, such as a key or password. A username or a distinguished name is called an "identity". Removed Session, because an endpoint's network activity is not SACM's initial focus Removed Authorization, for the same reason Added many-to-many relationship between Hardware Component and Endpoint, for clarity Added many-to-many relationship between Software Component and Endpoint, for clarity Added "contains" relationship between Network Interface and Network Interface Removed relationship between Network Interface and Account. The endpoint knows the identity it used to gain network access. The PDP also knows that. But they probably do not know the account. Added relationship between Network Interface and Identity. The endpoint and the PDP will typically know the identity. Made identity-to-account a many-to-one relationship.

Added Section Identifying Attributes. Split the figure into Figure Model of Endpoint and Figure Information Elements. Added Figure Information Elements Take 2, proposing a triple-store model. Some editorial cleanup

Moved , , and Mapping to SACM Use Cases into the Appendix. Added a reference to it in Added the section. Provided notes for the type of information we need to add in this section. Added the section. Moved sections on Endpoint, Hardware Component, Software Component, Hardware Instance, and Software Instance there. Provided notes for the type of information we need to add in this section. Removed the Provenance of Information Section. SACM is not going to solve provenance rather give organizations enough information to figure it out. Updated references to the Endpoint Security Posture Assessment: Enterprise Use Cases document to reflect that it was published as an RFC. Fixed the formatting of a few figures. Included references to where RADIUS is mentioned.

Integrated the IPFIX syntax into . Converted many of the existing SACM Information Elements to the IPFIX syntax. Included existing IPFIX Information Elements and datatypes that could likely be reused for SACM in and respectively. Removed the sections related to reports as described in https://github.com/sacmwg/draft-ietf-sacm-information-model/issues/30. Cleaned up other text throughout the document.

Merged proposed changes from the I-D IM into the WG IM (https://github.com/sacmwg/draft-ietf-sacm-information-model/issues/41). Fixed some formatting warnings. Removed a duplicate IE and added a few IE datatypes that were missing.

Clarified that the SACM statement and content-element subjects are conceptual and that they do not need to be explicitly defined in a data model as long as the necessary information is provided. Updated the IPFIX syntax used to define Information Elements. There are still a couple of open issues that need to be resolved. Updated some of the Information Elements contained in Section 7 to use the revised IPFIX syntax. The rest of the Information Elements will be converted in a later revision. Performed various clean-up and refactoring in Sections 6 and 7. Still need to go through Section 8. Removed appendices that were not referenced in the body of the draft. The text from them is still available in previous revisions of this document if needed.

Made various changes to the IPFIX syntax based on discussions at the IETF 96 Meeting. Changes included the addition of a structure property to the IE specification template, the creation of an enumeration datatype, and the specification of an IE naming convention. Provided text to define Collection Guidance, Evaluation Guidance, Classification Guidance, Storage Guidance, and Evaluation Results. Included additional IEs related to software, configuration, and the vulnerability assessment scenario. Added text for the IANA considerations, security considerations, operational considerations, and privacy considerations sections. Performed various other editorial changes and clean-up.