Independent research laboratory focused on deterministic distributed systems, invariant-preserving runtime architecture, and blockchain execution environments.
Scientific foundation: Reality Fractal Theory (RFT) and the Stable Invariant Rift Model (SIRM).
→ docs/UltraCore_RFT_Dossier.pdf
The primary document for investors, protocol engineers, and strategic partners. Covers all five research programs, SIRM mathematical model, verification results, Agave SVM findings, and the current funding opportunity.
Five interconnected programs — one laboratory architecture.
| Program | Layer | Status | Validation |
|---|---|---|---|
| UltraCore-RFT | Architecture / Theory | Active | This repository |
| Rift-Network | Solana Protocol | Audited | 14 findings addressed |
| Rift-L1-Blockchain | L1 Runtime | Active | 256M+ ops · 0 violations |
| agave-abiv2-memory-contexts | SVM Security | Active | 4.29B+ exec · RFC in anza-xyz/svm |
| agave-rift-scheduler | SVM Scheduling | Active | 91M exec/run · 3 bugs fixed |
All active programs run continuous libFuzzer verification — 5 hours 55 minutes daily.
Reality Fractal Theory (RFT) — a unified framework connecting mathematics, deterministic computation, distributed execution, and protocol architecture. The central principle: correctness is a structural constraint enforced at every state transition, not a property verified after the fact.
Stable Invariant Rift Model (SIRM) — the execution model derived from RFT. Every operation either preserves all defined mathematical invariants or is rejected atomically. No intermediate state exists.
Core SIRM invariants (implemented in Rift-L1-Blockchain): UltraCore Rift is the engineering implementation of these principles in Rust.
CPI permission leakage (agave-abiv2-memory-contexts) The original Agave implementation destroyed rollback entries on multiple permission updates within a single CPI frame. On pop(), accounts retained modified writable permissions permanently. Fixed and RFC submitted to anza-xyz/svm.
Dead deferred queue (agave-rift-scheduler) Conflicting transactions were pushed into the deferred queue but never retried. Every deferred transaction was silently lost forever. Fixed.
Zero-cost conflict bypass (agave-rift-scheduler) Transactions with cost=0 bypassed conflict detection entirely. Fixed.
| Component | Executions | Violations | Daily fuzz |
|---|---|---|---|
| agave-abiv2-memory-contexts | 4,294,967,296+ | 0 | 5h 55m |
| Rift-L1-Blockchain | 256,150,000+ | 0 | 5h 55m |
| agave-rift-scheduler | ~91M per run | 0 | 5h 55m |
- ARCHITECT.md — architecture overview and research principles
- RFT_DEVELOPMENT_STRATEGY.md — development strategy and roadmap
- RFT_MATHEMATICAL_FOUNDATIONS.md — mathematical foundations
- RESEARCH_SUPPORT.md — collaboration guidance
- docs/UltraCore_RFT_Dossier.pdf — full research dossier
Phase 1 — Foundation ✅ Complete All five programs implemented and fuzz-verified. Security audit on Rift-Network complete. RFC submitted to anza-xyz/svm.
Phase 2 — Agave Integration ⏳ In progress Integrate fixes into anza-xyz/agave. Draft PR with fuzz corpus and invariant docs.
Phase 3 — Validator Benchmarks 🔮 Planned Testnet deployment. Criterion benchmarks against production Agave.
Phase 4 — Production & Ecosystem 🔮 Planned Rift-Network mainnet. Rift-L1 production launch.
Apache-2.0 — © 2026 Eugeny (RFT-SIRM) · github.com/RFT-SIRM