Eradicate
Heisenbugs.
Provably.
Ki-DPOR formal verification for production Rust systems. Find concurrency bugs your test suite missed - deterministically, before they reach production.
The Sovereign Trinity
Three engines. One credit pool. Total visibility into your concurrent system.
Axiom
Deterministic Concurrency Verification
Ki-DPOR exhaustively explores every thread interleaving. No random sampling, no false negatives. Every deadlock, every race condition - found.
- -> Ki-DPOR + A* heuristic scheduling
- -> Kani formal proofs on core algorithms
- -> ARD forensic binary dump
- -> BYOC macro - no code changes
Kraken
Ruthless Deterministic Load Generation
ChaCha8 seeded, reproducible chaos. Replay exact failure conditions every time. Your load tests, finally deterministic.
- -> Deterministic VU seed management
- -> Scenario DSL (YAML/JSON)
- -> DPOR-integrated chaos scheduling
- -> Concurrent credit deduction verified
Probe
Edge-Based State Collection
QUIC 0-RTT mesh. LZ4 compressed event streams. TrackedMutex auto-instruments your sync primitives - zero manual annotation.
- -> QUIC 0-RTT transport (quinn)
- -> TrackedMutex<T> - std & async
- -> eBPF lock-hunt (pthread uprobes)
- -> SSE real-time event stream
[Ki-DPOR] Exploring state space...
Threads: 4
Resources: 2 (credits_row, ledger)
States: 8,192 explored
Depth: 2,000
[RESULT] OracleVerdict::Clean
No deadlock detected.
No starvation detected.
Acquisition order R0→R1: safe under
all 8,192 interleavings.
Formal proof,
not guesswork.
Ki-DPOR doesn't sample. It exhaustively explores every thread interleaving up to a configurable depth. If a bug exists, it will be found. If the verdict is Clean, you can ship with confidence.
Beta opens October 2026.
Join the waitlist. Get early access to Axiom before public launch. Free tier included.