• Contributed as an early member of the Infrastructure team at Verkada, focusing on internal tooling and security projects.

• Developed a feature flag system that enhances the reliability of feature releases across the company.

• Collaborated with cross-functional teams to ensure the successful implementation of platform and security-focused initiatives.

Developing performance efficient, low latency applications and services in the LuminOS.

Development of YANG based device data-model software modules for the next generation of Infinera system software.

This primarily involved C++ code for performance and fault monitoring of Infinera's OTN based network elements.

Also involved in the development of standalone, unit testable modules using object-oriented concepts to evolve a monolithic codebase into re-usable components.

Understanding how the working of the build system and the intricacies of Makefiles and shared libraries was a critical part of this.

Developed and worked on rule-based correlation, suppression, and soaking engine involving code generation using a java based xml parser.

Used and worked extensively on C++ / C building multi-threaded system/application software.

Designed and implemented the software architecture for a test system for the automotive ISP AP0200 on an Embedded Linux based Freescale i.Mx6 based Nitrogen6x_max board. This involved implementation of the Linux V4l2 and I2C drivers for the ISP and the camera sensor (AR0132) to obtain and analyze image data on a remote system.

Optimized computer vision kernels suited to the ARM NEON SIMD architecture and benchmarked its performance.