Originally Posted at The AI Journal
combination of human personnel and AI-powered robotics is the best solution for today’s security needs. Today’s top security teams are a hybrid of human ingenuity and AI-powered robotics, completing patrols, inspecting entry points, carefully scanning video footage with artificial intelligence, and employing biometrics for identification. One clear advantage is that robotics adds an element of invincibility to the security force, as autonomous robots can traverse dangerous terrain, provide enhanced surveillance, and collect data or video without fatigue. For these reasons, a hybrid robotic/human approach is seen as the optimal solution for safeguarding assets and employees.
A Growing Market
In 2023, fatalities due to terrorism increased by 22%, the highest level since 2017. The market size for security robots, which was USD 31.7 billion in 2022, is projected to reach USD 71.8 billion by 2027. The commercial and residential sectors are experiencing increased use of security robots, especially at the national and regional levels, due to a demand for autonomous systems that make real-time monitoring smarter. Advanced sensors, autonomous navigation, artificial intelligence (AI), machine learning, sensor technology, autonomous navigation, and capability for real-time reporting are enhancing traditional security measures.
The ability of the autonomous robot to operate across various terrains is a selling point for organizations that must contend with geopolitical instability. The analytical surveillance capabilities of these robots, coupled with their durability and mobility, make these autonomous units perfect for patrols and protecting critical infrastructure. No matter the landscape or weather conditions, you can be assured that your patrol is alert and on duty, checking every inch of the perimeter.
The Hybrid Model
Not only is it safer to send a robot to patrol, but the hybrid security model takes advantage of both the robot’s and the human’s strengths. The robot’s durability and mobility, along with its advanced sensing capabilities, complement security personnel. As the robot patrols, the human personnel can use their insights to make critical decisions and solve complex problems presented by the robotic patrol. This combined effort allows larger areas to be secured more efficiently while reducing human workloads.
Some of the advanced capabilities of security robotics include:
● Robots with AI-powered cameras can distinguish between humans and objects with incredible accuracy. This reduces false alarms and enables faster responses to actual threats.
● Tasks like visitor management and access control are automated and streamlined, thus reducing delays and improving the overall user experience.
● Advanced sensor technology installed in the Robots can now search for thermal anomalies, smoke detection, and chemical spill detection to name a few.
● Advanced video management systems provide real-time insights that enable security teams to act quickly and effectively during incidents.
Benefits: Economic and Operational
Video monitoring and access control are time-consuming, labor-intensive tasks. A hybrid approach to security needs will yield economic and operational benefits. By shifting the work of identification, authentication, and authorization, as well as video monitoring, to an autonomous AI agent, security can be strengthened, and budgets lowered because greater safety can be achieved with fewer personnel needed to secure a given area.
In addition, the use of hybrid robotic security extends security personnel’s endurance and improves their precision. The robot does not call out sick; it remains alert and performs its tasks 24/7 without fatigue or distraction. Security coverage in high-demand
environments, such as utility companies, government institutions, and financial companies, benefits significantly from this level of unceasing surveillance.
Hybrid Security Is Not Just a Trend
The choice of hybrid robotic security is not a trend. This implementation will not just be another phase in security; it’s an evolutionary shift. Mobile electronic officers, access management solutions for entry points, observatory systems, and robotic dogs are quickly becoming the norm.
The solutions mentioned above are filling the demand for hybrid security. AI-powered robotics handles repetitive, high-risk, and data-intensive tasks, while humans use adaptability, judgment, and strategic thinking to handle the complexity of the scenario.
Artificial intelligence, machine learning, sensor technology, and autonomous navigation are all functions undergoing rapid evolution, which means the abilities of autonomous robots will also evolve rapidly. Efficiency and accuracy will increase, along with the skills derived from machine learning. Threat detection will increase significantly due to the vast amounts of data that can be analyzed, as technology advances, further enhancing capabilities for safeguarding assets and personnel.
CONCLUSION
The hybrid security ecosystem is an effective, resilient, and adaptive solution for today’s challenges. Humans and robots working in tandem give businesses confidence that their security is robust, efficient, and flexible enough to meet today’s evolving needs. As threats increase with sophistication, so must the abilities of security systems to safeguard assets and people.
AI is a game-changing technology that can be for betterment or detriment. It’s an astounding tool for business productivity and for those looking to jeopardize that productivity. The hybrid security model makes for scalable and highly durable security. Its efficiency and cost-effectiveness allow businesses to spend less time worrying about security and more time focused on profitability.