An Innovation in the field of Cybersecurity: Fast Encryption Cipher Block Chaining Mode (FCBC Mode) for Time Series Data

Binoy Kurikaparambil Revi is a seasoned software engineer with over 20 years of experience spanning aerospace, medical devices, industrial electronics, and renewable energy sectors. He holds a Master’s degree in Computer Science with a specialization in cybersecurity from the University of Tennessee and has published more than ten research papers in reputable academic journals. His expertise extends across software development, artificial intelligence, data security, and cloud computing, with a strong focus on applying innovative technologies to real-world challenges.

Currently serving as a Senior Software Engineer at PXiSE Energy Solutions, Binoy plays a key role in developing advanced software for the energy sector, particularly in microgrid systems and power plant controllers. His work supports sustainable infrastructure by integrating smart technology into energy management systems.

A notable highlight of his career is the development of a novel encryption algorithm designed to enhance data security for high-speed, time-series data. Published in a leading technology journal, this advancement—an improved version of Cipher Block Chaining (CBC) known as FCBC—offers significant performance improvements without requiring changes to existing infrastructure. It provides a memory-efficient, high-speed encryption method that meets the growing demand for secure, real-time data processing across industries.

Binoy has also served as a judge for over forty technology submissions, reflecting his leadership and recognition in the tech community. His ongoing contributions continue to influence the evolution of secure, scalable software systems in critical industries.