Know what runs.
Control what it can do.
Protect essential work with verifiable Linux systems, limited workload authority and integrity your team can check.
Finding flaws is outpacing the ability to fix them.
Growing codebases and automated attacks increase the burden on the people defending essential operations. Reduce the attack surface and constrain workload access at the foundation, giving your team less exposure to manage.
Less exposure. Clearer authority.
A smaller operating base reduces the attack surface. Least privilege limits each workload’s authority; workload isolation defines boundaries around data, services and resources. Keep useful computation within the access its job requires.
Establish the evidence.
Functional verification addresses specified system behaviour under stated assumptions. Cryptographic verification checks identity and integrity. Together, they give your team a checkable basis for deployment and change.
Make the security boundary explicit.
Review the verified properties, covered components and operating assumptions for your deployment, including hardware and application interfaces. Safety-critical or regulated applications require their own application-specific evaluation.
Discuss the required scopeStart with what must be established.
Tell us the system, its intended use and the evidence your team needs.