RFT-SIRM builds mathematically rigorous execution platforms where every state transition is provably correct. Zero invariant violations across 4.29 billion+ operations.
An exact closed-form identity for the fourth spectral moment of a noncommutative SU(2) connection on the Sierpiński gasket — gauge-invariant, evaluated in O(1), and reproducible by anyone.
SCOPE Fourth moment only. Closed form verified numerically for m = 1…7 and held-out (m, θ) pairs; a machine-checked operator-level proof is planned. Not a complexity-theory result.
Repository, harness, seed, environment, limitation — every metric traced to its source.
Every technical claim with its current evidentiary status. Never automatically promoted.
Real systems. Real verification. Real results across multiple domains.
Deterministic Python state machine simulating draw, restore, reportDeficit, eliminateDeficit. RAY = 10²⁷ precision. 184K ops, 0 violations.
Conflict-graph scheduler with hotspot heat map and generation aging. 91M exec/run. RFC agave#14274.
Per-frame writable permission rollback for nested CPI calls. 4.29B+ executions. 1 PoC bug documented.
Independent engineering validation of formally verified seL4 microkernel CDT. 1B+ ops, 0 crashes, 123/123 tests.
Standalone L1 validator core and Solana on-chain protocol. SIRM invariants I1–I4. 1T+ L1 ops, 2.5B+ on-chain, 14 audit findings fixed.
Neural networks constrained by invariant-preserving execution. Every agent action is a state transition subject to SIRM checks. Conceptual framework.
An exact closed-form identity for the fourth spectral moment of a noncommutative SU(2) connection on the Sierpiński gasket: Δm(H⁴, θ) = −16(3m−1 + 1)·sin²(θ/2). Verified against direct computation for m = 1…7 and held-out parameters, gauge-invariant to 8×10⁻¹⁵, with Im(π/2) → −8/9. Evaluates in O(1) — no operator construction required.
From first principles to production systems. A trace of verifiable milestones.
Initial formulation of Stable Invariant Rift Model. First mathematical proofs of I1-I4 constraints. Repository structure and CI pipeline.
libFuzzer integration with structured state-machine inputs. 100M+ executions in first month. Zero invariant violations. Differential validation framework between Python and Rust.
Independent validation of seL4 CDT. 1B+ operations, 0 crashes. Post-marathon test suite: 123/123 passed. First external research collaboration.
Deterministic fuzzing of Aave V4 Hub invariant model. 184K operations, 0 violations. Complementary to Certora formal verification. Published methodology.
Closed-form fourth spectral moment of a noncommutative SU(2) connection on the Sierpiński gasket, verified across refinement levels m = 1…7, held-out parameters and random gauge transformations. Six-criterion acceptance protocol passed. Open repository and interactive visualization.
Agave banking_stage scheduler with contention graph analysis. 91M exec/run. Upstream issue #14274 filed. Permission rollback memory contexts.
14 security findings addressed. 2.5B+ fuzz runs. Rift-L1 standalone validator core: 1T+ operations, 0 invariant violations.
Machine-checked proofs of critical invariants in TLA+. Coq development for core state transition properties. Lean 4 proof of the Evgeny Theorem operator-level identity. Target: fully verified execution path.
Kernel-agnostic deployment. Critical computing environments. Additional verified kernels beyond seL4. Production-ready validator network.
Cross-system totals. Every number traced to its source.
Research collaborations, security disclosures, and architectural discussions.
RFT-SIRM is a deterministic invariant systems research laboratory. We collaborate on formal verification, state transition architectures, and high-assurance distributed systems.
All repositories are open source under Apache 2.0. Contributions, corrections, and architecture discussions are welcome.