Blockchain Research
Building the infrastructure for decentralized intelligence
Our blockchain research focuses on creating the foundational infrastructure needed for AI-native chains, advanced DeFi protocols, and scalable execution environments. We're particularly interested in the intersection of artificial intelligence and blockchain technology.
Core Research Areas
Monmouth L2
AI-native Layer 2 blockchain optimized for intelligent contract execution
- •AI-powered consensus mechanisms
- •Smart contract optimization
- •Cross-chain interoperability
- •Zero-knowledge proofs
Stablecoin Mechanisms
Novel approaches to algorithmic stability and decentralized monetary policy
- •Algorithmic stability models
- •Collateral optimization
- •Dynamic fee structures
- •Risk management protocols
Execution Extensions (ExEx)
Building modular execution environments for enhanced blockchain capabilities
- •Parallel execution frameworks
- •State transition optimization
- •Custom execution environments
- •Performance benchmarking
DeFi Infrastructure
Core infrastructure for next-generation decentralized financial systems
- •Automated market makers
- •Lending protocol design
- •MEV mitigation strategies
- •Governance mechanisms
Featured: Monmouth L2
The AI-Native Chain
Monmouth represents our vision for an AI-first blockchain architecture. By integrating machine learning directly into consensus and execution layers, we're creating a platform that can adapt and optimize itself in real-time.
Technical Specifications
Open Source Contributions
Agent Wallets
Self-custodial wallets for autonomous AI agents
ExEx Framework
Modular execution extension toolkit
DeFi Primitives
Core building blocks for DeFi protocols