How Robotics and Physical AI Can Responsibly Tackle Physical Security Challenges
Robotics and artificial intelligence are deeply intertwined: robotics provides the physical body, while AI supplies the brain. Organizations are moving beyond rigid machinery to smart, adaptive agents that improve productivity and operational efficiency. Physical security is one sector poised to benefit from recent advances in physical AI.
In 2026 alone, more than $23 billion has been invested in companies working to improve how robotics and AI operate together. Much of that funding targets technologies for protecting people and property.
Critical infrastructure such as data centers and manufacturing plants faces increasingly complex risks and threats. Organizations need new ways to protect these assets. When deployed responsibly, physical AI and robotics offer adaptive, scalable capabilities that can help address these concerns and keep pace with a changing security landscape.
Physical security challenges arise from connectivity
Understanding the main challenges in 2026 shows where physical AI and robotics can fit into an organization’s security strategy. Most leading risks fall into three broad categories: cyber-physical convergence, legacy constraints, and global volatility.
As cybersecurity and physical protection intersect, organizations confront new threats. Connected security systems may include interlinked cameras, access controls, and sensors. If attackers compromise the central platform, these systems can expose significant vulnerabilities, leaving assets open to theft, damage, or disruption.
The Jaguar Land Rover incident last year illustrates the impact. Allegedly state-sponsored actors used stolen credentials and social engineering to access the automaker’s IT infrastructure, causing major disruption. Production halted completely, costing the British economy an estimated $2.5 billion.
The case shows how legacy technologies and volatility contribute to growing cyber and physical security risks. Older hardware and software leave personnel reacting to events rather than preventing them. That approach is inadequate as geopolitical and socioeconomic tensions make the security environment more vulnerable.
Robotics can mitigate risk
Adapting to a rapidly changing physical security climate is a central challenge for many organizations, especially in critical industries. The adaptive potential of physical AI and robotics can help address leaders’ growing concerns.
At GTC Taipei 2025, robotics and physical AI companies outlined a strategy focused on responsible, real-world deployment for security. Foxlink, a robot research and development company, presented its robot dog as a next-generation physical security asset designed to protect critical assets.
The quadruped robot’s features address a core need: adaptive functions that support a more proactive security environment. Integrated smart sensors observe patrolled areas, and physical AI registers, processes, and acts on anomalies and unusual activity.
This enables a scalable, proactive security approach. The mobility of robotics and AI reasoning models allows continuous learning and improvement against complex risks. Such an asset can be especially useful for enterprise security and emergency response.
Real-world applications for physical security
The Foxlink and Luminys system is one example of what physical AI and robotics could achieve in security. The three current risk categories show how these technologies can provide adaptive solutions.
In cyber-physical convergence, smart sensors and advanced optics can identify operational anomalies and detect potential breaches early. Robotics with physical AI can integrate with legacy technologies to create a more comprehensive security system.
Large language models integrated into devices and platforms can help systems continuously learn and scale to evolving threats. Combined with generative AI for data analytics, they can help security teams interpret high volumes of video, access-control, and sensor data, surfacing patterns that may require human review or a faster response.
The rapid development of physical AI in robotics is accelerating deployment for security. Robots are already active in hospitals, shopping malls, and education campuses worldwide.
With scalable potential, robots and physical AI, paired with other security technologies, will play a fundamental role in proactive security strategies. They will form a frontline layer that reduces gaps and minimizes vulnerabilities through enhanced detection and response.
About the author
Charlie Burgess trained as a journalist and now contributes writing and research to publications in security and technology. Specializing in physical security, his work has appeared in outlets around the world, including Business Insider Africa, ASIS International, and SecurityJournalUK.