The era of robotics and artificial intelligence is evolving rapidly, and 2025 marks a turning point for the integration of these technologies in the field of security. At Running Brains Robotics, we are keeping a close eye on these transformations to anticipate market needs and innovate accordingly. Here are the six major trends that will redefine safety and robotics this year.
If 2024 saw a significant change in the perception of robot guards and new technologies, 2025 promises to be a revolution in security management for infrastructures, industrial sites and strategic zones. Security professionals have clearly understood that new technologies, and surveillance robots in particular, will redefine tomorrow’s security standards.
Autonomous robots like the GR100 are equipped with a range of sensors whose data is merged (AI) to make them genuine allies in detecting people and preventing risks. Thanks to advanced machine learning algorithms, they are able to analyse massive volumes of data in real time, identifying people or anomalies before they become real threats.
Our GR100 safety robot has been deployed on several sensitive industrial sites in Europe to ensure their safety and security. It can navigate and locate itself in dangerous areas thanks to its various sensors. It was particularly effective on a landfill site, detecting individuals climbing over a fence. This enabled operators to intervene quickly and prevent the theft of materials in the middle of the night.
Faced with a shortage of manpower and increasing pressure on budgets, automation is still an essential solution in 2025. Autonomous roundup robots, capable of operating 24/7 without interruption, reduce operational costs while increasing safety coverage.
The installation of a GR100 safety robot has enabled one of our industrial customers to compensate for the absence of on-call operators at night and weekends. The robot patrols, detects and takes gas concentration and thermal measurements autonomously. It alerts staff only if an anomaly occurs. The robot reduces both human costs and the costs associated with malicious acts (damage, theft, etc.).
By 2025, cyber security will be an absolute priority for businesses, particularly in critical sectors such as industry, energy and nuclear power. The frequency and sophistication of cyber attacks are increasing exponentially, jeopardising not only sensitive data, but also industrial systems themselves. An intrusion into a network can have catastrophic consequences, ranging from production stoppages to risks to public safety.
New technologies deployed in these environments, such as connected devices (IoT) or automated systems, will need to demonstrate their reliability and compatibility with existing infrastructures. Any vulnerability in these devices could be exploited by cybercriminals to gain access to companies’ internal systems.
At Running Brains Robotics, we're well aware of the challenges posed by cyber security, and we make it a point of honour to ensure that our technologies are as secure as possible. The GR100 safety robot has been designed to inspect sensitive sites, such as nuclear or telecommunications sites, where the threat of hacking is very high. We undergo an annual audit by an external body to certify the reliability of our networks.
Artificial intelligence is changing the rules of the game. In 2025, autonomous patrol robots will rely on data analysis to anticipate risks.
Critical infrastructures, such as nuclear power stations, chemical industries or electricity grids, require constant surveillance to guarantee their safety. In 2025, fixed cameras, drones and robots equipped with sophisticated sensors will play a key role in the predictive maintenance of these infrastructures.
During a mission on a critical site, the GR100 robot detected a temperature threshold being exceeded on a set of pipes. This automated temperature measurement identified a leak and a risk of overheating, triggering preventive maintenance and avoiding an industrial accident.
According to a MarketsandMarkets report, the integration of AI into security systems is expected to reach a $38 billion market by 2025, with massive adoption in critical sectors such as energy and transport.
Crowd management at public events or in emergency situations is a major challenge. Security cameras, and some police robots, can already analyse crowd behaviour in real time, identify risks (panic movements, suspicious groupings, thefts) and intervene quickly.
Several manufacturers of police robots are already active in this market segment, including Knightscope and Boston Dynamics. These robots are designed to patrol public spaces, unlike the GR100, which is intended for private and strategic sites.
At a time when companies are looking to reduce their carbon footprint, autonomous robots are emerging as a greener solution. These machines consume significantly less energy than traditional surveillance vehicles, and are part of a sustainable strategy that is essential for meeting societal expectations and environmental standards.
According to a report by the IFR (International Federation of Robotics), robotic solutions consume up to 30% less energy than conventional surveillance vehicles. This reduction in energy consumption, coupled with their ability to operate without interruption, makes robots a strategic choice for companies concerned about their environmental impact.
In 2025, security and robotics will converge to create innovative and integrated solutions. At Running Brains Robotics, we are determined to be at the forefront of these developments, developing intelligent and sustainable robots that meet the growing need for safety.
These trends demonstrate that integrating robotics and AI at the heart of processes is not just a technological evolution, but a strategic necessity for businesses. Their ability to combine efficiency, sustainability and innovation places them at the heart of modern security strategies.
Head of Marketing & Communication at Running Brains Robotics
