I joined a small team of engineers to collaboratively design and implement a cutting-edge embedded vision platform from the ground up. My key responsibilities included:

• Designing and developing video streaming and recording components to ensure high-quality performance and reliability.

• Optimizing firmware and user-space services to minimize memory footprint and enhance CPU efficiency.

• Implementing concurrent and asynchronous synchronization primitives within core libraries to support robust system functionality.

• Actively contributing to design and implementation reviews of core services and modules, ensuring alignment with project goals and technical excellence.

• Developing multiple client-facing libraries, leveraging Template Metaprogramming to deliver flexible, efficient, and scalable solutions.

• Contributed to the embedded platform OTA process by implementing dual boot, reducing the brick rate during firmware upgrades by 70%, supporting 10+ million devices in the field.

• Scaled, modified, and deployed the existing embedded platform to a new line of hardware, resulting in 1+ million devices in the field with a 4.5-star rating on Amazon.com.

• Led the integration of components developed by two international teams into the embedded platform.

Working on stabilization of C++ toolchain after migration to LLVM.