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Exploring the Future of Brain-Inspired Defense Systems

Under the guidance of:
Er. Rajender Singh
Assistant Professor , Agri-Business Management
Department of Agriculture

Abstract
Neuromorphic Edge AI is a new and powerful technology that works like the human brain. It helps machines, like defense drones, think and make decisions on their own, quickly and with very little power. This report explains how this brain inspired technology is being used in military drones to make them smarter, faster, and more efficient. Unlike traditional AI, which depends on the internet or cloud to process information, Neuromorphic Edge AI works directly inside the drone. This means the drone can act instantly, without waiting for instructions. It can recognize threats, avoid obstacles, fly without GPS, and even work in teams with other drones through a method called swarm intelligence.This report covers the main uses of Neuromorphic Edge AI in defense, such as real-time data processing, target identification, and autonomous missions. It also highlights the benefits like faster decisions, longer flying time, better accuracy, and reduced need for humans in dangerous missions. However, there are still some challenges. These include concerns about safety, data security, ethical issues, and the high cost of developing this technology. The report also discusses the progress made by countries like the USA, China, and
India in using this technology for defense purposes. In the future, with better AI chips and international cooperation, Neuromorphic Edge AI could completely change how modern defense systems work. This report aims to give a clear understanding of how this technology works and how it can shape the future of warfare.