About

Sabarinath M S is an enterprising professional with over 11 years of experience in connected technologies and IoT systems. He specializes in designing IoT models, training and deploying solutions, and ensuring the security of IoT devices, cloud infrastructure, and dashboards. With expertise in embedded systems engineering, platforms and architecture, product development, and competitive analysis, Sabarinath is a valuable asset to any team. Sabarinath has a strong focus on understanding customer needs and translating them into system requirements and critical quality needs. He is skilled in survey questionnaire design, business case analysis, and evaluation metrics, making him an expert at creating effective IoT solutions that meet the needs of end-users. Sabarinath is also well-versed in systems engineering attributes and has a good exposure to systems development cycle ideologies such as knowledge-based decision making and product performance metrics. As a solutions architect at EY, Sabarinath is responsible for cloud and IoT cyber security, and he has also worked as a solution designer for IoT at Tech Mahindra and as an IoT research analyst at Brassy Technologies Pvt Ltd. He has experience in designing end-to-end IoT architecture, working on prototyping solutions, and managing risk. Sabarinath's education includes a degree in Aeronautics/Aviation/Aerospace Science and Technology from the Academy of Aviation and Engineering. He is proficient in a range of technologies, including senior software engineering, infrastructure, design, and research science. Sabarinath is also a drone pilot and an expert in the internet of drones. Overall, Sabarinath is an accomplished professional with a track record of executing and managing deliverables with utmost quality and on schedule, through proactive risk management. He is an expert in driving and institutionalizing best innovation practices, pre-product visualization, and business development strategy. Sabarinath is also a threat hunting specialist, capable of discovering unknown threats that cannot be found by traditional security monitoring or traditional threat intelligence solutions.