Building scalable backend systems, AI-native applications, distributed infrastructure, and autonomous systems.

Software engineer with 8+ years of experience building scalable backend systems, distributed architectures, and production infrastructure.

I specialize in backend engineering, distributed systems, Web3 infrastructure, and AI-enabled software development using Python, Rust, TypeScript, and Go.

I use AI not just as a coding assistant, but as part of the engineering workflow — from system design and rapid prototyping to implementation, testing, debugging, and automation.

My work spans:

• scalable backend and distributed systems
• AI agents and agentic workflows
• LLM-powered applications and orchestration
• Web3 and Solana infrastructure
• high-throughput APIs and event-driven pipelines
• cloud-native infrastructure and observability

I build software using AI as an engineering multiplier across the development lifecycle.

Architecture & Planning
System decomposition, technical specifications, API contracts, architecture exploration

AI-Assisted Development
Context-driven code generation, refactoring, implementation, and documentation

Agentic Engineering
Multi-step agents, tool integration, autonomous workflows, and task orchestration

AI Verification
Code review, testing, debugging, evaluation, and validation of AI-generated implementations

LLM Systems
RAG pipelines, structured outputs, tool calling, context engineering, and LLM orchestration

FastAPI · Django · Node.js · Actix · Rocket

PostgreSQL · Redis · MongoDB · Supabase

Docker · CI/CD · Microservices · Event-Driven Architecture · Distributed Systems

LLM Integration · AI Agents · RAG · Tool Calling

Agent Orchestration · Context Engineering · Structured Outputs

AI-Assisted Development · Automated Testing & Evaluation

Solana ecosystem development
DeFi integrations
DEX and trading infrastructure
On-chain indexing
High-throughput transaction pipelines

I enjoy solving problems around:

• distributed system architecture
• scalability and reliability
• performance optimization
• observability
• AI-assisted software engineering
• autonomous system design

Exploring the intersection of:

• AI agents and autonomous software
• AI-enabled development workflows
• decentralized finance infrastructure
• autonomous trading systems
• machine-to-machine payments

My focus: combining strong software engineering fundamentals with AI-native development workflows to build reliable systems faster and at greater scale.