shubh

Designed an advanced embedded project for UAV/Drone Platform development, integrating Rust, C++, Golang, and Python. Engineered a secure and efficient embedded system for drone control, leveraging Rust's memory safety and concurrency features. Seamlessly incorporated Golang for concurrent tasks and Python for high-level scripting, achieving optimal performance, safety, and extensibility in the drone's software stack.

Engineered a cutting-edge Cloud Security Platform for Kubernetes, integrating Deep Learning and Graph Neural Network models. The platform dynamically generates Cloud Security Policy files using these advanced models, incorporating User Roles and specifications. The seamless communication between Rust|C++ based eBPF and Golang-driven gRPC ensures a robust and proactive security infrastructure.

Led a cutting-edge project, 'Smart Energy Grid Optimization,' integrating Rust|C++, Golang, and Actix. Implemented CI/CD pipelines for automated testing and deployment. Rust's memory safety enhanced reliability, while Golang and Actix ensured efficient microservices for real-time data processing. This project achieved optimal grid performance, showcasing the power of innovative language integration in complex systems.

As a Consultant & Lead Developer in Golang, I spearheaded an E-Commerce project, implementing a robust backend with Rest-API (Golang), MongoDB, and Redis. Achievements include a responsive web frontend using Rust-based WebAssembly (Wasm) for high-performance applications. Integrated Docker for containerization and employed Kubernetes for scalable deployment. Leveraged TensorFlow and MLOps principles in the development role, ensuring seamless model deployment and management.

UI/UX for Medical Instrument/Device. Served as an architect for UI/UX in medical devices using QT-QML. Developed core modules for embedded systems using Rust, C++ 17.

Led a team to develop a secure communication protocol for IoT devices using Rust and C++. Implemented end-to-end encryption with AES and HMAC for message integrity. Designed a secure key exchange mechanism based on Elliptic Curve Diffie-Hellman. Optimized memory usage and computational overhead for resource-constrained IoT devices. The protocol ensures data confidentiality, integrity, and authenticity, enhancing IoT security. Adoption of the protocol improves data privacy and resilience against cyber threats in IoT deployments. Future plans include integrating forward secrecy and exploring standardization for widespread adoption.