Compliance Readiness: CMMC u0026 Cyber Insurance

Compliance frameworks and cyber-insurance underwriters have converged on the same expectation: security controls you can verify, not merely assert. For organizations pursuing CMMC or renewing coverage, the burden of proof has shifted toward controls that can be demonstrated. This guide outlines how owner-controlled trust helps you meet that bar.

Both compliance regimes and insurance now require verifiable security controls. It is no longer enough to describe a policy; you have to show that the control exists and operates as claimed. The U.S. government has directed federal agencies to adopt Zero Trust, and that expectation flows downstream to the manufacturers, suppliers, and partners in their orbit. Attackers do not discriminate by size, and neither, increasingly, do the requirements.

Faction addresses CMMC in the manufacturing context by enforcing controls in the architecture itself rather than relying on policy. Because trust is owner-controlled, the evidence behind your controls is concrete: the keys are held by you, the control plane sits off the public internet, and access is cryptographically verified before it is granted. That is the difference between a control you promise and a control you can demonstrate to an assessor or an underwriter.

• Owner-held encryption keys that keep control of sensitive data with your organization
• A reduced attack surface, with the control plane off the public internet and the network invisible to attackers
• Cryptographic verification of every device before access, with no shared passwords or anonymous connections
• Coverage extended to OT and IoT that software-only tools — and their audit scope — typically leave behind
• Deployment alongside existing infrastructure, so readiness improves without rip-and-replace

The result is a posture you can stand behind under scrutiny. When the questions come from an assessor or an insurer, verifiable, architecture-enforced controls — backed by owner-held keys and a smaller attack surface — give you documentation that reflects how the network actually behaves.