Custom zkVM & Zero-Knowledge Infrastructure
Selected Engineering WorkVerified selected engineering work for Rust-based verifiable computation, privacy-preserving execution, and zkVM infrastructure.
Context
The scope includes a ZK-native virtual machine, execution traces, AIR constraints, Plonky3-based STARK proofs, and distributed systems components.
Problem or objective
Develop verifiable-computation and privacy-preserving execution infrastructure with explicit public-input, state, transaction, and validation boundaries.
Delivered scope
- Rust-based verifiable computation
- Privacy-preserving execution
- ZK-native virtual machine
- Instruction-set architecture
- Execution traces
- AIR constraints
- Plonky3-based STARK proofs
- Public-input binding
- Soundness-focused validation mechanisms
- Deterministic state machine
- Merkle proofs
- Transactional commit and rollback
- RPC
- libp2p
- GossipSub
- State-storage approaches
Engineering domains
- Rust
- Verifiable computation
- Zero-knowledge infrastructure
- Distributed systems
- State and transaction design
Representative outputs
- ZK-native virtual-machine infrastructure
- Execution traces and AIR constraints
- Public-input binding and validation mechanisms
- Distributed state and networking components
What this demonstrates
- Verifiable-computation engineering
- Privacy-preserving execution design
- Distributed systems and state-machine work
Scope and disclosure
This summary is limited to the verified engineering inventory and does not claim assurance, universal properties, performance results, or adoption.
Keep implementation details within the verified infrastructure inventory and do not add unstated protocol or deployment claims.
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