Blockchain Infrastructure Architect / Staff Engineer
Focus: Rollups · Zero-Knowledge · Consensus · Trusted Execution · AI-Augmented Systems

I design and build modular blockchain infrastructure and integrate AI-driven engineering workflows.

My work sits at the intersection of:

• High-Performance Rollups (SVM-based execution layers)
• Zero-Knowledge & Verifiable Systems
• Trusted Execution Environments (TEE)
• Cross-Chain & Consensus Engineering
• AI-Assisted Development & Autonomous Tooling

Over 10 years of experience building distributed systems from protocol design to production deployment.

• SVM execution architecture
• Optimism-based derivation layers
• Modular L2 protocol design
• Data availability optimization

• RISC Zero proof integration
• Proof pipeline abstraction
• Verifiable execution flows

• TEE + blockchain hybrid models
• AWS Nitro Enclaves integration
• WASM runtime isolation

• LLM-assisted development workflows
• Autonomous infra tooling
• AI-driven validation pipelines
• AI + blockchain experimentation

• Modular SVM Rollup Architecture
• ZK-enabled verification pipelines
• Cross-chain consensus mechanisms
• Trusted decentralized compute platforms
• Protocol-level payment abstraction (x402)

Languages: Rust · Go · C++ · C# · Python
Blockchain: SVM · Substrate · Optimism Stack · EVM · Hyperledger
Distributed Systems: Consensus · Protocol Engineering · Scalability
Security: Zero-Knowledge · Trusted Execution (TEE)
AI Engineering: LLM tooling · Autonomous agents · AI-assisted CI/CD

• Design modular systems with verifiable boundaries
• Optimize for scalability and cryptographic soundness
• Bridge protocol theory with production deployment
• Use AI to increase engineering leverage

Building next-generation blockchain infrastructure, augmented by AI.