From authentication protocols to trading platforms — everything we build is rooted in cryptographic security, on-chain verifiability, and honest engineering.
A full authentication protocol where the private key never exists as raw bytes in memory. The server never holds key material, and every login produces a publicly verifiable on-chain proof. WebCrypto non-extractable keys, ECDSA P-256 via RIP-7212, Unified Typed Merkle Tree.
Self-evolving cryptographic protection for KairosAuth. Monitors algorithm health scores, triggers automatic cascade fallbacks, enforces rules on-chain — all without human intervention. 6 security layers, 50 tests.
The cryptographic proof engine that powers KairosAuth — and can power anything else. Phase 1 operational: proof generation + verification. Phase 2 integrates with KairosAuth for dual-proof (P-256 + SPHINCS+).
If K-PPE proves its value, K-PPC becomes a dedicated proof chain on Aster. Not just for Kairos — for any protocol that needs verifiable proofs at scale. Feasibility evaluation pending.
The GA4 of Web3. On-chain analytics with cryptographic proofs. Every metric is verifiable, every datapoint provable. No black boxes — your analytics anchored on-chain, auditable by anyone.
Complete monitoring dashboard for Aster Chain validators. Performance tracking, staking insights, network health — shipping when Aster Chain validator infrastructure is accessible.
Professional audit branch for smart contracts, dApps, and backend APIs. Every critical finding ships with a working PoC. Built on real research — 38+ vulns found in public work, 14 P0 blockers identified.
Active development. Codename only — full reveal on launch. Built on the Kairos security stack. KairosAuth + K-PPE integrations planned from day one.
The original Kairos Lab product. Buy-in, compete, winner takes the pot — futures trading competition on Aster Chain. On-chain escrow via EIP-712, simulated positions with real stakes.