The Cyber-Physical Immune System: A Self-Healing V2X Framework for Global Defense and Healthcare

Abstract

The cyber-physical immune system (CPIS) is an important field in healthcare security, a chemistry reactor-based, AI-friendly framework that shields healthcare and urban structures like the human immune system. This self-sufficient network identifies a threat, contains it, and neutralizes it in minutes without any disruption to company operations. John Arquilla (2021) coined this era of social networks and” netwars.” Cyberwarfare is on the rise around the world, and individuals, commercial companies, and institutions of all kinds are among the first to feel its sting. AI and real-time CPIS analytics allow for the expansion of coverage based on new threats, thus connecting cybersecurity and critical infrastructure protection. These ideas make it possible to identify the conceptual background, main components, and transformative characteristics of CPIS, as well as to consider its potential use in V2X communications, worldwide defense and medicine to overcome difficulties and facilitate further development. In this paper, we present the current threats in research with the prevailing challenges of current self-healing in CPIS for both global defense and healthcare systems. We explain the key components of the self-healing functionality of the CPIS in healthcare.