Editor Introduction
In the world of cybersecurity, ethical hacking proactively identifies security vulnerabilities before malicious actors (i.e., unethical hackers) can exploit them. By simulating real-world attacks, organizations can strengthen defences, protect sensitive data, and maintain public trust. In the physical security world, ethical hacking can transform cybersecurity of security systems from a reactive struggle into a strategic safeguard. We asked our Expert Panel Roundtable:
What is the role of ethical hacking as it relates to physical security?
The role of ethical hackers has shifted from periodic security testing to continuous validation of complex, connected environments. Today, it is not just about identifying vulnerabilities in networks or applications but about understanding how entire ecosystems behave under real-world conditions. This shift is particularly evident in physical security.
Modern video management systems now span edge devices such as cameras and sensors, cloud-connected infrastructure, mobile clients, and web-based portals, each introducing new attack surfaces. As these layers converge, ethical hackers play a critical role in uncovering gaps across both digital and physical environments, from APIs and identity systems to firmware and remote access pathways.
Nowadays, organizations are moving beyond prevention toward detection, response, and resilience. Ethical hackers now help validate not only whether a system can be breached, but how effectively it can detect and recover. As AI accelerates both attack and defence capabilities, continuous real-world validation is becoming a core part of how secure systems are built and deployed.
Editor Summary
Ethical hacking proactively identifies vulnerabilities in physical security systems by simulating real-world attacks. As access control, cameras, and sensors become increasingly connected, they face traditional IT risks. Experts emphasise that “white hat” hackers use criminal tactics with permission to stress-test firmware, cloud platforms, and physical perimeters. This process supports “secure by design” principles, allowing manufacturers to remediate flaws, harden defenses, and ensure system resilience before exploitation.
Read the full article on securityinformed.com
