Securing Embodied AI: Addressing Cybersecurity Challenges in Physical Systems

In the digital era, artificial intelligence (AI) is a revolutionary force that holds unimaginable potential when it comes to cybersecurity. This chapter examines the interaction among artificial intelligence (AI) and cybersecurity, highlighting the critical role that AI techniques play in supporting security measures when more conventional systems fall short. The application of AI stands out as a game-changer in sectors where traditional security procedures are found to be ineffective, offering improved overall security performance against a variety of sophisticated cyber-attacks. Security considerations are of utmost importance, especially when it comes to embedded AI systems, where resilience and dependability are critical requirements. This chapter explores the complex world of security issues that are inherent to embodied AI systems, which are actual objects or robots that are deeply ingrained in our surroundings. These systems present distinct weaknesses that require specialized care, even though they hold great promise for breakthroughs in a variety of applications. The investigation includes a thorough examination of all possible dangers, ranging from worries about data integrity and privacy to the more concrete dangers of physical assaults. As we assign more complicated jobs to autonomous machines, it is critical to comprehend and reduce these dangers. The need for an all-encompassing approach to AI security is highlighted by the discussion's deeper exploration of the wider ethical implications of protecting autonomous humans. Along with practical remedies, the chapter offers a road map for defending embodied AI systems against hostile activity. This chapter is a useful resource for researchers, practitioners, and policymakers navigating the changing field of AI cybersecurity by breaking down security issues and offering workable solutions.