Sidharth Rashwana
Remote
Production systems, clean architecture, and real-time delivery.
I design and deliver reliable systems: high-performance APIs, distributed services, and AI workflows that run in production.
I design and ship scalable backend platforms with performance, security, and real-world reliability — and integrate AI systems that teams can trust in production.
Who I am
I’m an experienced backend developer with robust proficiency in Golang and Python. I specialize in designing and implementing scalable, efficient backend systems with a strong focus on performance, reliability, and clean architecture.
I build RESTful and gRPC APIs, integrate with multiple databases, and develop high-concurrency systems that hold up in real production conditions. I’ve owned the full backend development lifecycle — from system design and implementation to testing, deployment, and production troubleshooting.
Alongside backend systems, I also build AI features that actually ship: retrieval-augmented generation (RAG), agentic workflows, and LangChain-based pipelines with tool usage, retrieval tuning, and safety-first controls. I focus on correctness, observability, and production constraints — not just demos.
I’m committed to delivering high-quality solutions with clean code, industry best practices, and security-first engineering habits — so teams can ship confidently and scale safely.
What you can expect
Built for real systems — not toy demos.
Performance + reliability at scale
I build high-concurrency backend systems and optimize hot paths to keep APIs fast, stable, and production-safe under real load.
Security-first backend delivery
Clean auth boundaries, safe defaults, audit-ready patterns, and practical security measures built into APIs from day one.
Strong API contracts (REST + gRPC)
I design backend contracts that stay maintainable: versioning, pagination, validations, and service-to-service communication done right.
Production AI (RAG + agents + LangChain)
I build agentic workflows and RAG systems with LangChain, tool calls, retrieval design, and monitoring — focused on correctness and real usage.
High-signal builds: backend platforms, realtime systems, and production AI features.
CodeOrchestrator
AI-powered GitHub analysis, summaries, and release notes
Backend · 2025
CodeOrchestrator
This project provides a backend solution that enables developers and organizations to seamlessly integrate with GitHub, manage repositories, pull requests, commits, issues, and leverage AI for enhanced analysis, summaries, and automated release notes generation.
Network Traffic Analyzer
Real-time packet capture and traffic analysis
Systems · 2025
Network Traffic Analyzer
This project provides a backend solution that captures network traffic passing through a specified interface, enabling efficient and real-time analysis of network activity.
PeerCast
Mesh-style realtime messaging
Distributed · 2025
PeerCast
This project provides a backend solution that enables the broadcasting of messages among connected peers, facilitating efficient and real-time communication within a network.
VM Orchestration Platform
VM Orchestration and Observability
Infrastructure · 2025
VM Orchestration Platform
This project provides a backend solution that enables developers and administrators to quickly provision new VMs, configure resources, and monitor performance metrics in real time.
Real-Time Rider Tracking System
Live geolocation tracking with event updates
Realtime · 2025
Real-Time Rider Tracking System
This project provides a backend solution for real-time rider tracking by continuously ingesting and processing location updates, movement events, and rider status signals. It is designed for low-latency responsiveness, high-volume data handling, and scalable geospatial processing, making it suitable for ride-hailing, logistics, delivery, and fleet management systems.
Some milestones that reflect my platform, security, and backend engineering work.
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Backend, distributed systems, cloud infrastructure, and LLM integration (LangChain, agents, RAG) — built for real-world reliability.
Microservices
Designing distributed services with strong contracts and operational reliability.
Confidence
90%
Monolithic Architecture
Clean modular monoliths where developer speed and simplicity matter most.
Confidence
85%
gRPC
Service-to-service APIs with fast transport, typing, and streaming support.
Confidence
80%
REST APIs
Well-designed APIs with auth, pagination, filtering and stable contracts.
Confidence
90%
WebSockets
Realtime communication for dashboards, notifications and streaming updates.
Confidence
90%
Kafka
Event-driven systems with retries, DLQ strategy, and scalable consumers.
Confidence
80%