IEEE 2795-2026

New IEEE Standard - Active.

This standard is intended to be used to identify requirements for trusted high-assurance analytic exchange services over secured and unsecured networks.

Metadata and frameworks used to support interactions between nodes involved in a trusted multipart handshake are defined in this standard, including:

• the discovery of data models and processing aspects available at a remote location,
• appropriate analytic configuration, and
• the exchange of vetted critical analytic results.

The exchange of trusted, actionable, and appropriate information between analytic-producing and analytic-consuming nodes is supported by this standard.

The multipart handshake is designed for use between computing nodes operating in potentially denied, disrupted, intermittent, and limited bandwidth environments.

These environments may involve critical infrastructure (e.g., medical, transportation, and utilities) and may include austere computing environments such as those present in IoT and industrial control systems.

Other applications that employ analytic exchanges are not precluded by this standard.

This standard identifies requirements for trusted high-assurance analytic exchange services over secured and unsecured networks.

The standard defines metadata and frameworks used to support interactions between nodes that are involved in a trusted multipart handshake, including:

• Discovery of data models and processing aspects available at a remote location,
• Appropriate analytic configuration, and
• Exchange of vetted critical analytic results.

This standard supports the exchange of trusted, actionable, and appropriate information for use between analytic producing and consuming nodes.

The multipart handshake is designed for use between computing nodes operating in potentially denied, disrupted, intermittent, limited bandwidth (DDIL) environments.

These environments involve critical infrastructure (e.g., medical, transportation, and utilities) and may be austere compute environments like those in IoT and industrial control systems (ICS).

The standard does not preclude other applications that employ analytic exchanges.

Compute nodes serving critical infrastructure operate at different, potentially austere locations.

In this environment, the exchange of information between analytic producing and consuming nodes depends on common frameworks to support interactions among nodes.