As robots become more visible in everyday life, from delivering food and packages to assisting in commercial and industrial environments, people are becoming more familiar with interacting alongside autonomous systems.
Robot dogs, in particular, tend to draw attention because they look and move differently from traditional machines. For many, that reaction is a mix of curiosity, fascination, and questions about what role these technologies will play in the future.
Leaders now evaluate robotics like any other investment: by its ability to expand situational awareness, streamline operations and improve performance.
During major international sporting events like the World Cup, security teams must monitor expansive environments and respond rapidly to emerging threats. Whether it’s protecting stadiums, transportation hubs or critical infrastructure, it requires continuous awareness – one of the industry’s greatest challenges.
The question is: can ground robotics help security teams operate more effectively in these complex environments?
Extending Visibility Beyond Fixed Infrastructure
The answer depends on the use case. Robot dogs are not a replacement for trained personnel, contrary to some skeptics. Like any security technology, their value comes from their ability to extend operational reach and strengthen security operations. Technology alone does not improve security outcomes. Timely, accurate information enables more effective decision-making.
For large-scale events such as international sporting competitions, music festivals, conventions, and other high-profile gatherings, those demands continue to grow as security operations expand across larger footprints and require faster access to accurate information.
For example, security leaders in these environments must oversee large perimeters, restricted areas, transportation hubs, and other critical facilities. Much of this infrastructure exists beyond what attendees see, but it remains critical to maintaining a safe and secure event.
Covering these areas effectively can become resource-intensive. Security teams are expected to maintain operational readiness across large footprints while remaining prepared to respond to incidents ranging from unauthorized access and suspicious packages to safety concerns and operational disruptions.
Routine tasks such as conducting perimeter patrols before an event opens, inspecting restricted areas, or checking sections of a venue between shifts can consume significant personnel resources while still requiring timely, reliable information.
Even with extensive camera coverage, there are often gaps in oversight, areas that require physical inspection, or situations where additional information is needed before personnel are deployed. For example, a robot can investigate a fixed-camera blind spot, verify a suspicious package or inspect a restricted area before security personnel enter. This is where mobile ground robotics can provide meaningful value.
Mobile Sensors, Not Autonomous Security Guards
One of the most valuable aspects of mobile robotics is the ability to provide real-time insight. Security operations frequently generate alerts, notifications, and reports that require verification.
Command center personnel must quickly distinguish between genuine threats and routine activity. Fast, accurate data allows them to coordinate responses and allocate resources efficiently.
In security operations, context often matters as much as detection.
Ground robotics can help bridge that information gap. Rather than acting as autonomous guards, these systems function as a mobile sensor platform, providing operators with information from locations that may otherwise require a physical inspection.
Rather than relying solely on fixed cameras or secondhand reports, operators gain access to real-time video, sensor data, and visual confirmation from the location itself. That additional intelligence can improve response times, reduce uncertainty, and help security teams prioritize incidents more effectively.
Realizing that value depends on how robotic systems are deployed. Ground robotics delivers the greatest value when deployed as part of an existing security operation. These systems operate under human oversight and within operational procedures, extending the reach of security teams by providing timely and actionable information.
Like any security technology, successful deployment will depend on clear governance and defined roles and responsibilities to create a seamless fit within existing workflows.
The technology empowers professionals to make better, informed decisions.
Layered Security Depends on Integration
To maximize potential, organizations must define clear processes for how and when robotic assets are deployed and how information is communicated.
The most effective event security programs rely on a layered model in which technologies share information and support common workflows. No single technology can provide complete coverage, and no single system can address every threat scenario.
When evaluating robotic platforms, the most important questions are often not technical. How does the system fit into existing security workflows? How will information be shared between operators and responders? What actions can teams take based on the intelligence being collected? Answering these questions early helps ensure that technology investments translate into measurable operational improvements.
Technology delivers value when it fits naturally into existing operations. Data collected by robotic platforms should be integrated into broader command-and-control environments so that operators can view and act on information within existing workflows. Personnel must also be trained to understand both the capabilities and limitations of these systems.
During large-scale events, fixed cameras, access control systems, security officers, command centers, and mobile robotics each serve a distinct purpose. Their collective value depends on how well they work together.
Adding technology alone doesn’t improve security. Value comes from how information is collected, shared, and acted upon.
Focus on Outcomes, Not Optics
The physical security industry has seen many technologies arrive with significant hype and ambitious promises. Some have delivered lasting value. Others have struggled to move beyond pilot programs and demonstrations.
Like any emerging security technology, robotics will be evaluated based on its contribution to day-to-day operations.
For major events, the goal is resilience, not headlines. If robotics helps teams gain visibility and accelerate response, it belongs in the modern toolkit.
Robotics can extend awareness across large environments. From patrolling perimeters to inspecting blind spots, its success depends on how it strengthens overall security alongside existing systems and personnel.
Freddy Kuo is chairman of Luminys Systems Corp. and chief executive officer of Foxlink Group.
