SYS_CORE

RINAV

Extracting maximum performance from modern hardware. Building zero-dependency and low-level infrastructure in modern c++.

Rinav

Projects

01
C++23 · Compilers · Language Design
  • Designed and developed a statically-typed programming language from scratch, building a custom lexer, recursive descent parser, and AST-walking interpreter.
  • Engineered a robust type checker enforcing strict null-safety and implemented a highly optimized, non-atomic reference-counting smart pointer.
  • Wrote a custom arena allocator to drastically reduce memory fragmentation and improve allocation speeds.
02
C++23 · Futures · io_uring
  • Engineered a zero-cost, asynchronous I/O and networking framework in C++23 utilizing Linux's io_uring to achieve high-throughput, non-blocking socket operations.
  • Architected a zero-allocation Future library using advanced template metaprogramming and C++20 modules to enable seamless async pipeline composition.
  • Guaranteed strict memory safety and lock-free task cancellation by designing a custom heap-detach pattern.
03
Golang · gRPC · Distributed Systems
  • Architected a zero-dependency distributed Map-Reduce computation engine in Golang, utilizing gRPC for highly concurrent, low-latency cross-node remote procedure calls.
  • Designed robust worker nodes for parallel data processing, achieving fault tolerance and seamless client-server state synchronization.
  • Implemented a custom Write-Ahead Logging (WAL) mechanism to ensure strict data durability and system recovery.
04
Computer Vision · Edge Inference
  • Built an autonomous UAV system to detect and geographically map floating lake trash using a custom semantic segmentation model.
  • Integrated a real-time aerial image capture and inference pipeline on edge hardware to generate dynamic pollution heatmaps.
05
Node.js · WebSockets · ReactJS
  • Developed a scalable full-stack messaging platform supporting global real-time chat, secure JWT authentication, and optimized media handling via Cloudinary.
  • Engineered an event-driven Node.js backend using WebSockets for ultra-low-latency communication.

Technical Stack

Languages
C C++ Golang Python JavaScript TypeScript Java
Systems
Memory Management Metaprogramming Linux io_uring Compilers Distributed Systems
Frameworks
React.js Express Node.js Zustand TensorFlow Raylib Boost Eigen OpenCV NumPy
Tools
Linux Fedora Neovim Wayland Git Docker gRPC WebSockets

Telemetry

Network Status
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Runtime Composition
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Connection