- Spearheading the development of server security features for ARM embedded systems, serving as the platform root of trust for server blades deployed to Azure Cloud infrastructure. Key contributions include leading the open-sourcing initiative of server security features, accessible at: https://github.com/Azure/Project-Cerberus - Architecting and engineering firmware loader for multicore Systems-on-Chip (SoC), responsible for booting all cores with validated boot images, ensuring system integrity and security.- Pioneering the development of Inter-processor communication infrastructure within the SoC, facilitating seamless communication among multiple cores.- Designing and implementing critical firmware components including Interfaces for I2C/SPI drivers, MCTP stack, and command processing interface, enhancing the functionality and security of embedded systems.- Developing a robust flow for generating and utilizing symmetric AES encryption keys using Elliptic Curve Diffie-Hellman (ECDH), enabling encrypted sessions for enhanced security.- Designing and architecting new features such as heartbeat management to monitor the health of other cores within SoC and reload them when a particular core fails to send periodic signals.- Defining protocols to facilitate logging critical failures for telemetry and post-debugging, enhancing the diagnostic capabilities of the embedded systems.- Collaborating closely with hardware teams to brainstorm, design, and implement security firmware and system software components for various hardware security solutions in Microsoft's Azure fleet. Contributing to ongoing discussions on new features, their impact on fleet operations, and firmware architecture.

• Cockpit Displays Software Development using C/C++ in RTOS based environment• Responsible for requirement gathering, analysis, test strategy development and reviews.• Leading sub teams for High level and low-level requirements development, software development and unit testing.• Involving in Product increment planning, Estimations, metrics collection and status reporting.• Responsible for software baseline release, change control board meetings and technical coordination meetings with customers and global stake holders.• Ideation, prototyping and technology demonstration to customers and partners.• Issue mitigation through Rapid Problem Solving or Escalations.• Architecting scalable and reusable solutions for family of products.• Configuring real time operating system and CPU/GPU resources for optimum utilization of CPU and GPU.• Code optimizations to meet the Latency requirements of the touch displays

• Cockpit displays software development using C/C++ in RTOS based environment.• Provide techno-leadership directions for project execution• Involve in planning, estimation, and metric collection.• Implementation of new features, software enhancements, issue resolution.• Responsible for Certification aspects related to software such as Errata Analysis, Object to Source code Analysis, C++ construct analysis etc.• Responsible for test bench setup and availability • Overseas assignments for successful integration and certification of the product.

• Complete ownership of the External Interface module of Software Defined Radio.• Requirement gathering, component selection, schematics preparation• Software design & development of control functionality on ARM7 microcontrollers and implementation of various communication protocols such as I2C, URAT, SPI and Mil Std 1553B.• Board bring up and test strategy preparation and execution.• Testing & Debugging the software using Keil U-Link debugger.

• Involve in Software defined radio Design • Requirement gathering, component selection, schematics preparation• Implementation of new features on legacy Radio such as band wise VSWR protection, Time stamping, Radio Relay Mode, Exception logging, Lifetime recording of the system, splitting of frequency bands etc.• Generation of test cases, execution & validation of the same based on the specifications and requirements of the transceiver.• Active role in Safety of Flight (SOF) testing of INCOM 1215A ECCM variant which includes System Environmental Testing (Hot, Cold), Vibration in 3 axis and EMI/EMC Testing as per Military standards.• Integration of INCOM 1215A ECCM variant on SU-30 aircraft and participate in flight trials.

Software Development in Assembly Language for Bus Interface Module, Software Enhancements, Field Issues Analysis, On-site testing & Integration, Qualification Testing, Flight Trails Support,Integration on Aircraft. Radio Testing using Spectrum Analyzers, Logic Analyzer, Modulation Analyzers, Communication Monitors, Oscilloscope etc.