Hey, I'm a
Cloud
& Backend
Engineer
Great code should feel invisible.
From backend to frontend, I build scalable systems that perform and delight.
From backend to frontend, I build scalable systems that perform and delight.
Hey, I'm Thivakar. Ever since I was a kid taking apart old toys just to see how the gears meshed, I've had a fascination with what makes things work beneath the surface.
In software, that curiosity naturally pulled me toward backend architecture. While most people are drawn to shiny visual interfaces, I found my thrill in the quiet machinery: designing databases that never lose a byte, untangling race conditions, and creating systems that stay fast and calm even under heavy traffic.
Currently pursuing my B.Tech at SKCET (graduating 2027). Beyond code, I find balance over a chessboard analyzing tactical endgames, experimenting with mechanical keyboards, and brewing a patient cup of tea.
Engineered a highly adaptable middleware architecture to standardize and process diverse event booking models. Handles seat-based ticketing, time-slot reservations, and GA standing events with advanced concurrency control and fraud scoring heuristics.
A high-performance backend ecosystem with a distributed rate-limiting microservice using Redis Lua scripts. Features an async event-driven fanout engine using Go and Kafka for processing high-volume alerts across email, SMS, and push.
An advanced compiler toolchain that hardens application binaries against reverse engineering. Alters program structural logic at compile time via control flow flattening and instruction substitution with zero runtime penalties.
A lightweight, zero-configuration Chrome extension automating competitive programming progress tracking. Dynamically scrapes LeetCode success states and syncs raw code and metadata directly to GitHub via background service workers.
A track record of delivering high-performance solutions and collaborating effectively.
Thivakar is an exceptional backend engineer. His work on our distributed rate limiter completely eliminated our bottleneck issues. He writes incredibly clean, maintainable, and highly optimized code.
Working with Thivakar was a game-changer. He architected a zero-trust network topology for us in AWS that exceeded all our compliance requirements while maintaining sub-millisecond latency.
I've rarely seen a junior engineer with such a profound understanding of low-level systems and LLVM compilers. His CodeTrail extension is a testament to his practical problem-solving skills.
Thivakar doesn't just build APIs; he builds entire fault-tolerant ecosystems. His mastery of Kafka and Redis allowed our application to scale seamlessly during our massive product launch.
Thivakar is an exceptional backend engineer. His work on our distributed rate limiter completely eliminated our bottleneck issues. He writes incredibly clean, maintainable, and highly optimized code.
Working with Thivakar was a game-changer. He architected a zero-trust network topology for us in AWS that exceeded all our compliance requirements while maintaining sub-millisecond latency.
I've rarely seen a junior engineer with such a profound understanding of low-level systems and LLVM compilers. His CodeTrail extension is a testament to his practical problem-solving skills.
Thivakar doesn't just build APIs; he builds entire fault-tolerant ecosystems. His mastery of Kafka and Redis allowed our application to scale seamlessly during our massive product launch.
A proven track record of continuous learning, distributed cloud systems, and algorithmic problem-solving.
Direct validation of database vector indexing, real-time embeddings computation, RAG integration, and scalable SQL stored procedure engineering on enterprise Azure infrastructure.
Cloud architectural principles, high-availability multi-AZ deployment topologies, IAM zero-trust policy models, and distributed container systems.
Microsegmentation, virtual software-defined networks (Flow SDN), network security policies, and hyperconverged infrastructure hardening.
Complex recursive common table expressions (CTEs), multi-level windowing partitions, execution plan cost optimization, and dynamic SQL query tuning.