Solidity Developer

Led the technical turnaround and architectural audit to resolve critical system inefficiencies and suboptimal infrastructure bottlenecks left by previous technical leadership. Utilized Go pprof to diagnose memory and serialization overhead (Protobuf/JSON), re-engineering hot paths in multi-DB synchronization services to boost feature delivery velocity by 35%. Migrated static over-provisioned cloud resources to autoscaling serverless resources on GCP, significantly optimizing infrastructure resource utilization and reducing recurring spend.

Designed and deployed high-performance Go microservices for order matching and financial trade flows, utilizing RabbitMQ for asynchronous settlement events. Applied strict Domain-Driven Design (DDD) boundaries to isolate core modules, addressing complex non-functional requirements from a comprehensive risk, auditability, and corporate compliance perspective. Wrote, gas-optimized, and deployed upgradeable Solidity smart contracts utilizing the Diamond Pattern (ERC-2535) multi-facet proxy architectures and ERC-4626 rebase/yield-bearing tokenized vaults; successfully guided all protocols through rigorous external third-party security audits. Integrated secure cross-chain messaging and interoperability mechanisms utilizing Chainlink CCIP (Cross-Chain Interoperability Protocol), Cosmos IBC (Inter-Blockchain Communication), and Wormhole infrastructure to guarantee atomic multi-chain settlement.

Acted as Backend Lead for the successful US regulated market launch of recoverit.app, scaling cloud components to seamlessly support 10,000+ concurrent cross-platform sessions. Optimized database access layers and integrated Redis caching to guarantee sub-second API response times under intense high-load traffic conditions.

Served as core engineer designing real-time transaction processing and transactional ledger infrastructures in Go, focusing on high-load availability within strict financial operating requirements. Engineered a secure chain-of-trust layer combining cryptographic state logs with blockchain protocol networks to ensure total platform auditability and tamper-evident tracking. Authored highly maintainable internal Go shared libraries and modular backend microservices, establishing robust testify-based test suites to enforce codebase resilience.

Owned a multi-database backend stack (Dgraph Graph DB, MySQL, Redis) for a nationwide high-scale single-sign-on (SSO) and examination platform. Scaled a single-server deployment to reliably handle 50,000+ concurrent users under heavy spikes, resolving concurrency bottlenecks via custom connection pooling.

Designed low-latency hardware-to-software telemetry pipelines, data acquisition utilities, and automated administrative software tools utilizing Go, microprocessors, and distributed messaging patterns.