{"id":3198,"date":"2025-09-10T09:48:47","date_gmt":"2025-09-10T07:48:47","guid":{"rendered":"https:\/\/www.spacesecurity.info\/two-big-announcements-the-release-of-sparta-v3-1-with-mitres-emb3d-mapping-and-the-release-of-a-mitre-attack-flow-builder-fork-using-the-sparta-framework\/"},"modified":"2026-01-13T13:08:07","modified_gmt":"2026-01-13T12:08:07","slug":"two-big-announcements-the-release-of-sparta-v3-1-with-mitres-emb3d-mapping-and-the-release-of-a-mitre-attack-flow-builder-fork-using-the-sparta-framework","status":"publish","type":"post","link":"https:\/\/www.spacesecurity.info\/en\/two-big-announcements-the-release-of-sparta-v3-1-with-mitres-emb3d-mapping-and-the-release-of-a-mitre-attack-flow-builder-fork-using-the-sparta-framework\/","title":{"rendered":"Two big announcements : the release of SPARTA v3.1 with MITRE\u2019s EMB3D mapping and the release of a MITRE Attack Flow Builder fork using the SPARTA Framework"},"content":{"rendered":"

In the following article, discover the major advancements announced with the release of SPARTA v3.1: the addition of new NIST space segment guidance, the integration of MITRE EMB3D into the SPARTA framework by mapping TTPs, and the unveiling of an extended MITRE ATT&CK Flow builder supporting the SPARTA framework for aerospace security use cases.<\/p>\n

SPARTA v3.1: A Major Leap for Space Cybersecurity<\/strong><\/p>\n

The recent release of SPARTA v3.1<\/strong> marks a significant milestone in advancing cybersecurity for space missions and infrastructure. This update solidifies SPARTA\u2019s role as the reference framework for identifying, mapping, and mitigating threats to spacecraft and space-enabled services.<\/u><\/p>\n

New: Space Segment Guidance for NIST Controls<\/strong><\/p>\n

SPARTA v3.1 introduces dedicated guidance for applying NIST<\/strong> cybersecurity controls specifically to the space segment<\/strong>, including spacecraft payloads, buses, and specialized communication modules. This new layer helps organizations better map traditional NIST requirements to the unique risks and workflows of space assets, supporting compliance efforts for both government and commercial operators.<\/p>\n

Integration with MITRE\u2019s EMB3D: TTP Mapping<\/strong><\/p>\n

A pivotal enhancement is the integration and mapping of SPARTA\u2019s Tactics, Techniques, and Procedures (TTP)<\/strong> to MITRE\u2019s EMB3D<\/strong> threat model for embedded devices. By linking SPARTA TTPs with EMB3D\u2019s taxonomy, security teams can coordinate countermeasures and risk assessments between space and embedded domains, offering unprecedented interoperability for spacecraft, ground, and IoT systems.<\/u><\/p>\n

For further details, explore the official SPARTA updates here : https:\/\/medium.com\/the-aerospace-corporation\/sparta-v3-1-whats-new-58d6b91b1505<\/a><\/p>\n

A MITRE ATT&CK Flow Builder fork that supports SPARTA<\/strong><\/p>\n

In parallel, Kevin Jahaziel Leon Morales<\/a> and Romel Marin<\/a> have\u00a0have expanded the MITRE ATT&CK Flow builder<\/strong> to natively incorporate the SPARTA framework. This enables automated and graphical creation of attack flows tailored to aerospace technologies and missions, boosting the analysis and simulation of realistic cyberattack scenarios based on SPARTA data.<\/u><\/p>\n

For further details, explore this related research on unified attack flows in the space and embedded domains here : https:\/\/pwnsat.org\/blog\/from-mitre-attck-to-sparta-a-unified-attack-flow-for-space-systems\/<\/a><\/p>\n

If you want to test this fork check the repo here<\/a> and check the UI here<\/a>.<\/p>\n

Why These Updates Matter<\/strong><\/p>\n