Research Paper
Ring0: A Formally Verified L1 Blockchain
The First Layer-1 with a Unified Cryptographic Foundation
Abstract
ring0 is the first Layer-1 blockchain with its entire cryptographic stack built on a single unified mathematical foundation. Five interdependent pillars — MLE-DB (state storage), Jolt Pro GR (zero-knowledge execution), Optimum (bandwidth-optimal networking), HSS-CoFHE (privacy-preserving proving), and FAFO (parallel execution) — share a common architecture via the Butterfly Duality. The result: 2,929× more efficient state, 3,506× faster privacy, >1.1M TPS, and decentralized validation at <$1M/year. 111 machine-checked proofs verify every core claim.
Author
Rexbit Exchange Team
Institution
Rexbit Exchange Research
Protocol
Asynchronous State Transition Network (ASTN)
Table of Contents
Introduction
Why ring0 Exists and What It Solves
Architecture Overview
Multi-Core World Computer with Heterogeneous Validation
Cryptographic Sovereignty
From Belief to Knowledge — Eliminating the Optimistic Gap
MLE-DB
ZK-Native State Storage
Jolt Pro GR
Zero-Knowledge Execution Engine
Optimum
Bandwidth-Optimal Networking
HSS-CoFHE
Privacy-Preserving Collaborative Proving
FAFO
Ahead-of-Formation Parallel Execution
Security Analysis
127-Bit Composed Soundness Across All Subsystems
Performance Evaluation
Quantitative Results Across All Subsystems
Conclusion
The First L1 Blockchain on a Unified Algebraic Foundation
Key Results
2,929×
Fewer Constraints
3,506×
FHE Speedup
>1.1M
TPS
111
Lean 4 Proofs
127-bit
Soundness