mistwire.io builds autonomous Moving Target Defense infrastructure — security systems that continuously rotate the attack surface of your network so reconnaissance data expires before it can be weaponized.
Traditional security treats the network as fixed terrain to be hardened. mistwire.io inverts that logic: our platform continuously rotates ports, shifts connection manifests, and collapses exposure windows on a cadence measured in seconds — not months. A suite of coordinated autonomous AI agents drives every decision, each operating with bounded authority, cryptographically signed commands, and strict information barriers between roles. Every action is logged, explained in plain language, and anchored to an immutable audit chain at the moment it occurs.
The result is a platform that doesn't just defend — it proves it defended.
Reconnaissance-dependent attacks
Most advanced attacks require a stable, mappable network to succeed. We eliminate the stable map.
Static perimeter exposure
Fixed attack surfaces give adversaries unlimited time to probe, test, and plan. Rotation turns time into a liability for the attacker.
Unverifiable defensive claims
Security tools assert coverage they can't prove. Every mistwire decision is signed, chained, and auditable — by regulators, insurers, or counsel.
Autonomous AI without accountability
AI agents that modify infrastructure without constraint are dangerous. mistwire builds constraint into the execution layer — not the policy layer.
Organizations with distributed infrastructure and regulatory exposure that need both protection and proof.
Federal and defense agencies requiring autonomous, auditable cyber defense aligned with CMMC, RMF, and zero-trust mandates.
A defensible market position at the intersection of MTD, agentic AI, and cryptographic audit — with a working pre-release build and patent pending.
The mistwire Protocol Framework (MPF) and Agentic Framework (MAF) are licensable standards for third-party deployments built to mistwire specification.
Constraint is structural. Blast radius limits and agent authority boundaries are enforced at the infrastructure layer. No reasoning overrides them.
Collective defense is free. Federated threat intelligence is shared across all tenants at no cost. Network security is a commons problem, not a premium feature.
Failure modes are safe. The system's default under uncertainty is always stop-and-freeze — never act-without-authorization.
Human consent is non-negotiable. Autonomous action requires explicit human authorization. The architecture enforces this — the policy doesn't just state it.