Systems Engineered
for Reality.
Bridging the gap between complex hardware circuits, cross-platform software logic, and autonomous mechanics.
Bridging the gap between complex hardware circuits, cross-platform software logic, and autonomous mechanics.
I am a multi-disciplinary engineer specializing in creating unified physical and digital products. I don't just write code or wire circuits—I design complete systems. My approach combines rigorous hardware engineering with scalable software environments.
From component-level schematic design to bare-metal microcontroller programming and final UI implementation, I oversee the entire technical pipeline ensuring zero integration friction.
End-to-End Execution: When you initiate a project, you receive a full-stack engineering partner. No disjointed handoffs between separate software and hardware developers.
Absolute Transparency: Clear milestones, deep component-level breakdowns, and honest technical assessments. If a physical limitation exists, you will know immediately with a proposed architectural workaround.
Scalable Architecture: Whether it's a cross-platform application infrastructure or a multi-motor drone frame, I build robust systems designed to scale confidently beyond the prototype phase.
Transforming breadboard concepts into professional, manufacturing-ready logic boards. I map advanced schematics and route multi-layer Printed Circuit Boards (PCBs) optimizing for signal integrity and clean power distribution.
My designs feature modular header integrations for easy troubleshooting, precise impedance matching for high-frequency signals, and custom component footprints to guarantee flawless automated manufacturing.
Low-level logic engineered for high-performance operations. I write bare-metal firmware tailored for microcontrollers (ESP32, STM32, RP2040), handling multi-chip arrays to execute operations without latency bottlenecks.
I architect robust FreeRTOS environments for parallel processing, develop secure Over-The-Air (OTA) update protocols, and configure isolated communication buses (I2C/SPI/UART).
Engineering precision physical motion. I develop custom flight controllers, heavy-lift UAV platforms, and complex motor-driven mechanics. From configuring 16-motor coaxial octocopters to integrating multi-stage filtration payloads.
Beyond standard flight, I integrate advanced sensor telemetry, develop custom ground control station (GCS) data links, and ensure absolute structural integrity and flawless kinematic response for autonomous real-world deployment.
Building the digital interface for your hardware ecosystem. I develop comprehensive, high-performance applications optimized simultaneously for Desktop (Windows/macOS) and Mobile (Android/iOS) environments.
Services include real-time data visualization dashboards, low-latency Bluetooth/Wi-Fi hardware control interfaces, full backend logic, and managing complete beta track testing runs for seamless deployment.
Custom flight controllers, multi-motor configurations, heavy payloads, and autonomous mechanical integration.
₹5,000 - ₹1,00,000+Multi-layer schematic mapping, custom logic routing, impedance matching, and manufacturing-ready Gerber file generation.
₹3,000 - ₹15,000+End-to-end software development for Mobile and Desktop, hardware bridging, UI styling, and full beta track deployment.
₹5,000 - ₹50,000+Bare-metal C/C++ control, RTOS integration, OTA firmware flashing, and parallel communication for multi-chip arrays.
₹5,000 - ₹25,000+Submit your blueprint requirements below. I will personally review the technical parameters and transmit a fixed cost estimate directly to you.
Please be patient. Your project parameters have been securely transmitted to the VYRIONEX server. You will be contacted shortly with a fixed cost estimate.