Current cryptographic systems assume keys stay safe forever. We know they don't. Phoenix Platform builds infrastructure designed for the world as it actually is — where compromise is inevitable and recovery is mandatory.
Phoenix Platform was founded on a simple observation: in the real world — mobile devices, IoT networks, enterprise systems, nation-state adversaries — key compromise is not a question of "if" but "when." The entire industry builds cryptographic systems that fail catastrophically at the moment they're needed most.
We built PhoenixSig to change this. A signing system that combines post-quantum cryptography with Post-Compromise Security — the ability to automatically recover after breach. Not as a theoretical concept, but as production infrastructure.
Product architecture, go-to-market strategy, and business development. Designed Phoenix Platform's 7-layer security architecture and competitive positioning.
Threshold cryptography R&D. Leading first-mover research in Threshold ML-DSA and SLH-DSA. Architect of PhoenixSig core, DyLWE, and GenericPCSWrapper.
PhoenixSig's core innovations are documented and timestamped through academic publications. Our approach to Post-Compromise Security for digital signatures represents first-mover research in the field.
Phoenix builds exclusively on NIST-finalized standards: ML-DSA (FIPS 204) and SLH-DSA (FIPS 205). No proprietary algorithms. No unproven constructions.
KUSS Framework (Key Update Security Semantics) provides mathematical proofs of PCS properties. FormalPCSModel validates security invariants across algorithm changes. 100% validation pass rate.
GenericPCSWrapper enables one-day integration of new PQC algorithms. As NIST standards evolve, Phoenix adapts without infrastructure rebuild.
We ship world-class or we don't ship. No MVP, no "good enough." Every component passes 100% validation before it enters production.
Our verification is open-source. Our research is published. Trust is built by letting anyone verify, not by asking anyone to believe.
We build on NIST-finalized standards. No custom algorithms, no security through obscurity. The math stands on its own.
Every system we build assumes it will be compromised. The question is not "will it break?" but "how fast does it heal?"
Interested in joining Phoenix Platform or partnering with us?