Most AI security assessments are guesswork. Ours are backed by VIRP—an open-source cryptographic trust protocol with formal proofs machine-verified in ProVerif and Tamarin.
Most AI security pitches are vibes. Marketing claims without substance. We built something different.
VIRP is an open-source cryptographic trust protocol currently in IETF standardization (draft-howard-virp-05). Phase 1 formal proofs have been machine-verified in both ProVerif and Tamarin—the gold standard for protocol verification.
"The formal verification of VIRP's cryptographic properties provides mathematical guarantees that traditional security assessments cannot offer."
— IETF Internet-Draft, draft-howard-virp-05This isn't theoretical. We use VIRP to verify trust relationships between infrastructure components, validate AI system boundaries, and ensure cryptographic integrity of security controls.
Not just best practices—cryptographic guarantees verified by automated theorem provers.
Review the protocol, examine the proofs. No black boxes or proprietary claims.
Built for interoperability and long-term adoption, not vendor lock-in.
From initial posture assessment to ongoing remediation, we provide the complete security picture.
Comprehensive evaluation of your AI systems, data pipelines, and security controls using VIRP-verified methodology.
Internet-facing asset discovery and vulnerability assessment from an attacker's perspective.
Deep visibility into your internal network topology, segmentation, and lateral movement paths.
Security configuration review for network infrastructure against vendor best practices and CIS benchmarks.
Whether you're managing member data, handling CUI, or protecting business-critical systems.
Protect member data and meet NCUA requirements with assessments designed for financial services.
CMMC-ready assessments for organizations in the Defense Industrial Base handling CUI.
Enterprise-grade security assessment without enterprise complexity or cost.
No sales pitch. No obligation. Just a clear picture of your security posture backed by formal verification methodology.