Security Stack Mappings – Hardware-Enabled Defense
The Security Stack Mappings – Hardware-Enabled Defense project demonstrates full stack threat-informed defense, from the hardware board to the …
May 3, 2021
This project investigated the viability of adding container-related techniques into MITRE ATT&CK, leading to the development of an ATT&CK for Containers matrix. This work covers both orchestration-level (e.g., Kubernetes) and container-level (e.g., Docker) adversary behaviors in a single Containers platform which has been incorporated in version 9 of ATT&CK. The project team worked with contributors from around the world to identify and refine both existing ATT&CK techniques as well as completely new container-specific ones.
Defenders lack visibility into adversary behaviors in and against container technologies leaving their organizations exposed to emerging threats.
Expand MITRE ATT&CK to describe adversary behaviors in and against container technologies including Docker and Kubernetes.
Brings focus to adversary behaviors in an emergent domain leveraging the well-understood and widely adopted ATT&CK methodology.
The Security Stack Mappings – Hardware-Enabled Defense project demonstrates full stack threat-informed defense, from the hardware board to the …
Summiting the Pyramid (STP) creates a methodology to score analytics against the pyramid of pain, helping defenders create more robust detections …
A collaboration with MITRE ATLAS™ to advance security for AI–enabled systems that takes a threat-informed approach, enables rapid exchange of new …
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