I like building things that force me to learn something new along the way.

Most of my projects start as experiments because I want to understand how something works — and somehow end up becoming much larger than originally planned. 💀

• 🌐 Full-stack web applications & APIs
• 🤖 AI-powered and real-time systems
• 🔌 ESP32 / embedded projects
• 🎙️ Real-time audio & voice interfaces
• 🧠 Computer vision experiments
• 🔧 Hardware prototypes & PCB designs

A real-time AI voice assistant built around an ESP32.

• 🎙️ Bidirectional real-time audio streaming
• ⚡ FastAPI backend with WebSockets
• 🧠 Gemini Live integration
• 🔊 I2S microphone + amplifier audio pipeline
• 📡 Wi-Fi communication
• 🔌 Custom hardware / PCB work

A full-stack fashion e-commerce platform with:

• 💳 Razorpay payments & refunds
• 🚚 Automated Shiprocket shipping workflows
• 🔐 OTP authentication
• 💰 Store wallet
• 🌐 Full-stack web architecture

A file-hosting experiment using Telegram as an unconventional storage layer.

• 📤 Chunked uploads
• ⚡ Concurrent transfers
• 🎬 Media streaming
• 💸 Recurring Subscriptions (via Razorpay)
• 🔌 REST API
• ☁️ Distributed-ish storage architecture

A real-time computer vision experiment using Python + OpenCV.

• 👁️ Webcam-based background detection
• 🎭 Real-time invisibility effect
• 🎨 Color-based segmentation
• ⚡ Live video processing
• 🧪 Built as an experiment to understand OpenCV masking and compositing

Contributed 3 merged pull requests to DevBoard.

• 🏥 Added /api/health backend endpoint
• 📄 Added registration Terms of Service notice
• 📊 Added priority breakdown summary to the dashboard

3 PRs merged · 3 issues resolved

• Embedded systems & PCB design
• Real-time audio systems
• AI + hardware integration
• Computer vision
• Better system architecture

Build → break → understand → rebuild.