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Rust Developers

Develops Rust systems spanning embedded control software for marine vessels and drones, backend services, and WebAssembly applications. Co-created a real-time collaborative audio workstation using Rust, WASM, and CRDTs, combining low-latency state synchronization with cross-platform interfaces.

• ESP32 and NVIDIA Jetson embedded targets
• CAN, Modbus, and NMEA protocol integration
• Flight-controller software for autonomous drones
• Substrate and Ink! smart-contract development

Migrates core components of the Redis RediSearch C query engine to Rust across a performance-sensitive C/Rust boundary while preserving behavior and throughput. Has also co-authored incremental C-to-Rust migration training material and built production Rust services integrating Kafka, backend systems, and infrastructure.

• Security issue discovery in search infrastructure
• Rust FFI and C ABI maintenance
• WebAssembly component development
• Axum and Tokio service implementation

Works across Rust, WebAssembly, Python, TypeScript, Java, and Apache Spark. The available profile indicates a systems and data-engineering focus, but does not provide specific infrastructure scale, protocol domains, or project outcomes.

• WebAssembly runtime development
• Apache Spark data processing
• Python automation tooling
• TypeScript application development

Specialized in developing high-performance systems with Rust, emphasizing concurrency and memory safety. Contributed to open-source projects, enhancing libraries used in real-time data processing.

• Developed cross-platform libraries in Rust and C++
• Optimized TypeScript front-end applications for performance
• Implemented real-time analytics systems in Python

Leads Rust development in a secured laboratory while migrating legacy C++ library code to memory-safe implementations. Combines systems programming with mathematical analysis, concurrent execution, and production operations across database and cloud environments.

• Top-secret cleared software development environments
• PostgreSQL, MySQL, and Oracle database systems
• Kubernetes deployments across AWS, Azure, and GCP
• Python-based data analysis and visualization

Engineered blockchain solutions on Solana with Rust for decentralized applications. Developed iOS applications using Swift and Objective-C, integrating Parse Platform for backend services. Specialized in smart contract development and optimization.

• Built blockchain solutions on Solana
• Developed iOS apps with Swift
• Smart contract development expertise

Educated teams on Rust programming best practices and advanced concepts. Developed educational materials and training programs for large-scale software engineering teams.

• Designed complex C++ systems with multi-threading capabilities
• Integrated Python for scientific computing applications
• Enhanced OCaml tools for functional programming education

Developed concurrent systems for data processing pipelines using Rust. Implemented secure communication protocols for distributed applications.

• Created a custom serialization library
• Enhanced data streaming capabilities
• Optimized cross-language interoperability

Builds Rust services and data pipelines for viewership analytics, ingesting and processing nearly 100 GB of audience data daily from multiple providers. Maintains systems backed by more than 1 PB of historical records while supporting performance, availability, and reliability requirements.

• Standardized CRM extensions across Windows, Linux, and Android
• Developed Kotlin, Java, and C# business applications
• Worked across SQL-backed service and reporting layers

Built low-latency Solana and DeFi trading infrastructure in asynchronous Rust and Go, including multi-venue arbitrage, Drift automation, and Anchor-based on-chain programs. Implemented Yellowstone gRPC market-data streaming, Jupiter routing, Jito bundle submission, and transaction simulation for automated execution reliability.

• Bridged Rust services with Python using PyO3
• Built asynchronous backend services with Tokio and Axum
• Integrated PostgreSQL, MySQL, MongoDB, and Oracle databases
• Automated containerized delivery through Docker and GitHub Actions

Develops Linux desktop applications with Tauri 2 by pairing Rust application engines with typed JavaScript bindings, installers, and automated tests. Maintains open-source plugins and contributed fixes across Tauri core, Tao, and Microsoft’s tgrep tooling, backed by extensive Linux administration and network-infrastructure experience.

• Built cross-platform desktop installers
• Maintains Rust-to-TypeScript plugin interfaces
• Administered DNS, DHCP, VPN, and virtualization systems
• Operated Redis, SQLite, Nginx, and NAS infrastructure

Built a Rust complex-event-processing engine that composes reusable processing blocks into Kafka-consuming and Kafka-producing deployments. The system uses Tokio tasks, NATS stage transport, embedded Python execution, and dependency-aware input routing to reproduce production-grade stream-processing architecture.

• Implemented bidirectional PyO3 type marshalling across the FFI boundary
• Managed Python GIL boundaries for in-process block execution
• Developed Linux filesystem drivers and embedded firmware
• Built distributed event-driven backends in Scala, Java, and Go

Architects Rust async services for low-latency market-data ingestion, normalization, pricing, and execution across multiple trading venues. Previously operated an IoT platform processing thousands of telemetry events per second from hundreds of thousands of field machines during migration to AWS serverless event processing.

• WebSocket reconnection and gap recovery
• Lock-free state sharing with ArcSwap
• Single-writer and sequencer patterns
• Market microstructure modeling

Designed and implemented a Lightning-style payment-channel protocol for EVM chains, including its smart contract, Rust full node, chain tracking, wallet logic, and graph-based routing. The backend also covers cross-chain wallet and DEX infrastructure, with concurrent networking and transactional state management across multiple deployment targets.

• Implemented libp2p request-response and gossip messaging
• Built atomic storage over six backend technologies
• Compiled node functionality to WebAssembly
• Implemented custom Protobuf peer-to-peer messages