Security Robotics in the final of the GIT SECURITY AWARD 2026

Security Robotics is for the GIT SECURITY AWARD 2026 and has made it to the final thanks to its innovative technologies and solutions.

The GIT SECURITY AWARD is an important indicator of developments in the security sector. It reflects the current market dynamics and recognizes solutions that not only follow technological trends, but also implement them in practice. For experts, this award is an opportunity to evaluate and classify new systems.

We see participation in the final as recognition of our efforts to rethink modern security technologies – with technology and for the benefit of people. It gives us the opportunity to present our products, our team and our vision to a wider audience.

🗳 Voting starts on 01.06.2025
If you would like to support our work, we look forward to your vote.

Voting on the website: GIT SICHERHEIT AWARD – GIT-SICHERHEIT.de is the target group portal for all security professionals and decision-makers

Why are autonomous security robots attracting more and more attention?
Because advanced security solutions with robotics have long been proven in practice – they work precisely, reliably and are a central component of modern security strategies.

In the following, we would like to introduce you to some systems from the Security Robotics portfolio that have proven themselves over the years. One of these systems is the ARGUS robot from SMPwhich specializes in autonomous security tasks in outdoor areas.

ARGUS – autonomous security in outdoor areas

ARGUS is a completely autonomous, mobile security device that has been specially developed for reliable 24-hour outdoor use. Whether industrial plants, energy plants, construction sites or critical infrastructures – wherever constant monitoring is required, the ARGUS ensures safety with minimal personnel costs. Thanks to its weatherproof design, off-road capability and intelligent sensors, it is ideal for extensive and difficult-to-access areas.
ARGUS is weatherproof, flexible and designed for year-round outdoor use – reliable and adaptable. The IP65 certification and the wide operating temperature range of -25 °C to +55 °C enable use in heat, cold, rain or snow. The robust chassis with high ground clearance and powerful drive can cope with a wide variety of surfaces – from asphalt and gravel to mud.

The patrol speed is between 4 and 6 km/h. For precise navigation ARGUS uses a combination of GPS, cameras to record the surroundings, intelligent obstacle detection and artificial intelligence-based route guidance optimized for use in difficult outdoor conditions. ARGUS monitors with 360° panoramic cameras and a controllable PTZ camera.

Thermal imaging systems can be added as an option in order to obtain clear images even in darkness or smoke. The robot can also be supplemented with modular sensors, for example to detect gases, air pollutants or other hazardous substances. In this way ARGUS can be used in important locations such as hazardous material warehouses or open industrial areas.

ARGUS works completely autonomously. It sends images and sensor data to the control center in real time. You can talk to the people on site via an intercom system. When the battery is empty, the robot returns to the charging station on its own, recharges itself automatically and thus ensures smooth operation.
Real data shows what the system can do: In two years, the ARGUS -robot has covered more than 8,000 kilometers under real conditions.

Another model covers more than 30 kilometers per shift in 24-hour operation, even under difficult conditions. Thanks to its modular design, the ARGUS can be easily adapted to the requirements of different sectors. With additional components such as a light mast, loudspeaker or sensors, it can be integrated into networked safety systems with real-time response and central control together with the ACUDA and BEEHIVE platform.

ARGUS is more than just a robot: it is a scalable, networked component for future security solutions – reliable, efficient and ready for all outdoor tasks. SPOT is used for complex indoor areas and rough terrain with stairs.

SPOT – the maneuverable robot for difficult terrain

SPOT is no ordinary robot, but a high-tech, four-legged helper that thinks for itself, moves intelligently and can be used where conventional wheeled or tracked means of transportation fail. Developed by Boston Dynamics and adapted by Security Robotics for important security and inspection tasks, the SPOT impresses with its exceptional maneuverability, stability and precision – even under the most difficult conditions.

Its animal behavior is unique: SPOT climbs stairs, overcomes obstacles, balances safely on uneven ground and gets up again on its own after a fall. This mobility makes it ideal for machine rooms, confusing warehouses, factory premises with height differences or areas that are difficult to access. Twelve electrically controlled joints ensure smooth movement at a speed of up to 5.76 km/h – fast enough for inspection rounds and safe and stable at all times.

SPOT shows its full potential on slippery floors, in wet conditions or on uneven terrain, analyzing the surface in real time, adapting its movements dynamically and always remaining in balance. For outdoor use SPOT is suitable for temperatures from -20 °C to +45 °C and is protected against dust and splash water in accordance with IP54.

The working time is around 90 minutes, after which SPOT returns to the charging station on its own. It can be easily integrated into existing security and inspection processes via the Security Robotics cloud platform. You can plan routes, assign tasks and analyze sensor data in real time – automatically or remotely.

The modular design is a major advantage: SPOT can be equipped with 360° stereo cameras, PTZ and thermal imaging cameras, depth sensors, air quality sensors and other modules. This turns it into a mobile observer that measures, documents and forwards important information to the control center – even in dangerous or difficult-to-access locations.

SPOT is particularly suitable for use in places where safety is very important, such as power plants, oil refineries or research centers: it quickly detects changes that could affect safety, such as temperature changes or technical faults, and sends the data for analysis – even under difficult conditions. For more compact spaces, there is the smaller and versatile GO2 walking robot, which is perfect for confined spaces with high passability requirements.

GO2 – compact, clever and fast: robotics for flexible indoor use

With the GO2, Security Robotics is launching a particularly compact and flexible robot for indoor use. The GO2 is based on technology from Unitree Robotics and is ideal for situations where maneuverability, precision and compactness are required – for example in offices, data centers, medical facilities or areas with restricted access.

The GO2 weighs around 15 kg, measures approx. 70 × 31 × 40 cm and is ready for immediate use. Thanks to its modern motion architecture, it can move independently through narrow corridors, over thresholds and uneven floors indoors – even with high volumes of people or changing conditions.

The heart of the navigation system is a built-in 4D LiDAR with a field of view of 360° × 90° and a minimum detection range of just 5 cm. The system is supplemented by an ultra-wide-angle HD camera, force sensors, microphones, loudspeakers and a powerful headlamp. This combination ensures precise orientation in the room and fast reactions to changes – even in difficult lighting conditions.

With a speed of up to 5 m/s, the GO2 is one of the fastest robots in its class. It is powered by a powerful 8000 mAh battery, which can be extended to 15,000 mAh. Depending on the settings, this enables an operating time of up to 4 hours.

The GO2 has a modular design and can be expanded with various components – including a 3-axis gripper manipulator, thermal imaging cameras or special sensors for analyzing air or environmental quality. With a maximum payload of 10 kg, individual sensor packages can be integrated.

Thanks to the wireless connection via WLAN 6, Bluetooth 5.2 or an additional 4G module, the GO2 can be fully networked. Thanks to its integration into the Security Robotics security platform, it can be connected directly to existing monitoring and control systems. This makes it a mobile extension of existing structures – for example for alarm tracking, spot checks or dynamic monitoring tasks.

Thanks to its size, maneuverability and intelligence, the GO2 is particularly suitable for use where conventional robots reach their physical limits. It is perfect for flexible, tactical operations at close range – quiet, targeted and with constant data support. For monitoring large areas from the air BEEHIVE completes the portfolio – the next logical step in the security network.

BEEHIVE – autonomous air monitoring with docking station

What robots like ARGUS or SPOT do on the ground, the drone system BEEHIVE takes over in the air – and raises security robotics to a new level. BEEHIVE enables intelligent, fully automated aerial surveillance, ideal for large areas, complex sites or time-critical operations. Fast, efficient and virtually personnel-free.

The system is based on technology from Sunflower Labs and has been further developed by Security Robotics specifically for security-relevant applications and seamlessly integrated into existing robotics and platform solutions.

At its heart is the weatherproof “Hive” ground station, which takes off, lands, calibrates and charges the drone’s batteries completely automatically. At the push of a button or in the event of a safety-relevant incident, the drone takes off, flies predefined routes or heads for specific coordinates. Once the mission is complete, it returns autonomously and automatically prepares for the next mission.

Weighing just 1.5 kg, the “Bee” drone has a full HD camera (Sony IMX385) with a resolution of 1920 × 1080 pixels and a field of view of 100° horizontally and 50° vertically. Floodlights are available as an option. It works reliably in wind speeds of up to 20 km/h (gusts up to 30 km/h) and temperatures from -10 °C to +40 °C.

A major advantage is the integration into the ACUDA-platform. If a ground robot such as ARGUS detects an anomaly, the BEEHIVE can automatically take off for aerial reconnaissance. Thanks to the real-time coordination of ground and air systems, situations can be assessed quickly and in a targeted manner.

The drone reaches speeds of up to 4 m/s, stays in the air for up to 15 minutes and detects obstacles up to 6 meters away. It maintains its position with ±30 cm accuracy and transmits data with a delay of approx. 250 ms over a distance of up to 300 meters. The 4000 mAh battery is charged in the Hive station in just 25 minutes.

The Hive weighs around 45 kg, measures 79 × 87 × 89 cm (closed) or 120 cm (open) and has a 110/220 V connection, emergency power supply and WLAN, Ethernet or LTE connection.

BEEHIVE is prepared for BVLOS operation. Several stations can be connected to form a swarm – for maximum range and scalability. Security Robotics thus offers a pioneering solution for autonomous aerial surveillance in the security network.

PROMOBOT – a robot that talks to people to greet, advise and serve them

Technology can not only automate processes, it can also communicate. This is exactly where the communication robot comes into play: it works as a digital assistant in reception areas, greeting guests, answering questions and guiding them through reception and administrative processes. As an interface between humans and the system, it is capable of dialog, interactive and reliable.

It is used in public authorities, hotels, hospitals, educational institutions or at trade fairs – wherever visitor management is required. It detects movements, responds to requests and guides guests through the building – even in several languages.

Its human-like design with movable head, arms, facial expressions and a 10.1-inch touchscreen ensures natural interaction. Its omnidirectional microphone, facial recognition and AI dialog system ensure precise and personal responses. Integrated loudspeakers ensure clear acoustic communication – for example when greeting or giving directions.

The robot also performs administrative tasks: Barcode reader, badge printer, card dispenser and receipt printing enable fast, secure and low-contact registration and identity verification.

At a speed of 0.3 km/h, the robot moves independently over short distances and positions itself precisely in the desired locations. It has a battery life of up to eight hours and can be recharged via a docking station or mains connection – ideal for continuous daily use.

Thanks to the open software architecture, the language, behavior and content can be individually adapted. The robot can be seamlessly integrated into existing systems such as CRM, access control or visitor management via standardized interfaces (APIs). An optional payment module also enables secure transactions.

The communication robot helps to make processes more efficient, reduce waiting times and relieve staff. At the same time, its modern appearance strengthens the service character and signals technological competence at reception.

With PROMOBOT, Security Robotics shows how robotics can be used productively in direct contact with humans – as an empathic, communicative assistant. However, autonomous systems require central coordination in order to fully exploit their potential – and this is where ACUDA comes into play: the platform for networked, intelligent security architecture.

ACUDA – a smart network of autonomous security technologies

Individual robots can only develop their full potential if they communicate with each other, exchange data and work together. This is exactly where ACUDA comes into play – the “Autonomous Center for Unified Digital Actors” from Security Robotics.

ACUDA is not just a control center, but the digital brain of a networked security system that combines robots, sensors, drones and video management solutions on a single platform. It is not just about an overview, but about active, automatic control and real-time reactions.

The system connects autonomous units via standard interfaces such as REST-API so that it can be easily integrated into existing IT infrastructures and solutions from other providers – including well-known systems such as Geutebrück or Dr. Pfau. This turns a local robot team into a fully networked, digital safety ecosystem.

ACUDA shows its strengths particularly in dynamic situations: When a robot – such as ARGUS or SPOT – detects an irregularity, ACUDA processes ACUDA immediately processes the data, assesses the situation and automatically triggers follow-up actions – such as activating additional cameras, launching a BEEHIVE drone or notifying the control center. This intelligent event processing immediately turns surveillance into targeted action – fast, coordinated and effective.

The platform has a modular design and is easily scalable. New devices, areas of application or security functions can be integrated at any time without changing the existing structure. This flexibility makes ACUDA the ideal solution for companies that want to simplify and automate complex security systems.

ACUDA is particularly useful at safety-critical locations such as industrial parks, airports, critical infrastructures or major events: It reduces the coordination effort, reacts faster and increases security – all without additional personnel.

With ACUDA the interaction of many individual solutions becomes an intelligent overall solution – with intuitive operation, high security, compliance with data protection requirements and expandability at any time. It is a digital hybrid security center and belongs to the next generation of networked security systems. ACUDA is already showing what intelligent security solutions look like in practice.

Safety robots in use – customized solutions for every industry

Security robots have long been part of modern security systems. They take on tasks that could previously only be performed by humans – but today they do so automatically, reliably and around the clock. Autonomous systems such as ARGUS, SPOT, GO2 or BEEHIVE show their strengths above all in large rooms, safety-critical areas or where there is little personnel available.

In perimeter surveillance, mobile robots patrol extensive areas independently. They monitor fences, check access points and report suspicious activities in real time. With 360° sensors, thermal imaging technology and intelligent motion analysis, they detect potential dangers at an early stage – regardless of the time of day or weather.

Autonomous safety solutions are also increasingly being used in industry. In production, in the energy sector or in logistics centers, robots take on tasks such as inspections, access controls or early warnings. They ensure precision, endurance and fast reactions – and reduce the risk to humans at the same time.

In logistics, robots secure transfer points, document deliveries and monitor outdoor areas. In retail, they are used for accident prevention and presence. In hospitals and public authorities, they control access, guide visitors and provide orientation assistance. At major events, in stadiums or smart cities, they have a de-escalating, visible and efficient effect.

All applications have one thing in common: robots do not replace humans, but relieve them. They take over monotonous, risky or time-consuming tasks – and allow staff to concentrate on the essentials: strategic thinking, interpersonal communication and targeted action.

Thanks to their modular design, scalability and networking capability, security robots can be tailored precisely to industry-specific requirements – whether in the construction industry, in KRITIS facilities, at airports or in public institutions. Integration into existing systems is uncomplicated and sustainable.

Robotics is an integral part of future network technologies. Autonomous systems unfold their full potential above all where absolute safety is essential – in the protection of critical infrastructures where errors are not an option.

KRITIS protection – with digital presence and robot-controlled response

The protection of critical infrastructures (KRITIS) is about much more than individual systems. It is about security of supply, stability and the functioning of our society – and therefore an area in which security robotics is becoming increasingly important.

Whether energy supply, telecommunications, water, health, transport or industry: requirements are increasing – not only due to external threats, but also due to a shortage of skilled workers, new legal requirements and the need for scalable, documented security.

This is where autonomous systems such as ARGUS, SPOT or BEEHIVE are used. They perform permanent monitoring, preventive checks and react in real time – without fatigue, without shift changes, without gaps. In combination with the ACUDA-platform, security structures are created that not only react, but also act with foresight.

A typical scenario: a robot registers an anomaly – such as an open gate, unauthorized movement or a technical alarm. Even before human help arrives, a drone takes off, flies over the area, sends live images and supports the situation assessment in the control center. The system analyzes, informs and, if necessary, takes action independently – quickly, in a coordinated and traceable manner.

These systems also meet high requirements for redundancy and reliability, which are essential for KRITIS concepts. Robots are used where human personnel reach their limits – at night, in danger zones or over longer periods of time. They deliver structured data, reduce misinterpretations and provide seamless documentation.

Another advantage is that autonomous security technologies can be scaled flexibly and deployed quickly – for example in the event of a change in the risk situation, disruptions or major events. This creates a dynamic security system that does not function rigidly, but remains adaptive and adaptable.

KRITIS needs reliable solutions. Security robotics offers these – efficient, future-proof and technology-based.

But technology alone is not enough: effective security concepts can only be created by combining it with human experience. This is why Security Robotics relies on close cooperation with professional security companies.

Partnership with security companies – stronger together through digital support

Robotics is not only changing technologies, but also the way we work together. This is particularly evident in the close partnership between Security Robotics and security companies that are actively shaping the digital transformation.

One thing is clear: autonomous systems do not replace traditional security services, but rather complement them in a meaningful way. While robots monitor, document and react automatically around the clock, humans maintain an overview, make decisions, communicate and intervene as the situation demands. The strength lies in this division of tasks: technology does what it can do better – people do what they understand better.

Security Robotics works specifically with security service providers to realize joint customer projects. This results in integrated concepts in which robotics and security services work hand in hand and create both operational and cultural added value. The robot reports – the service provider evaluates. The platform coordinates – the personnel decide. Data provides information – experience provides context.

These partnerships offer advantages for all parties involved:

• Customers receive modern, scalable security solutions with high availability and transparency.

• Security services are expanding their portfolio, opening up new areas of business and becoming more attractive as employers.

• Security Robotics provides the technology, platform and know-how for ready-to-use innovations.

Collaboration not only brings operational efficiency, but also changes the job profile: security employees acquire digital skills, the job gains in prestige, and companies that focus on technological partnerships early on position themselves as modern, future-proof providers.

Robotics is therefore not a competing model, but a strategic tool for strengthening existing structures. Innovation is created through collaboration – between man, machine and organization – with a common goal: to rethink safety, design it together and implement it intelligently.

Security Robotics – a new chapter in autonomous security

Security Robotics develops modular solutions for modern security requirements – based on mobile, autonomous robots. Whether ground robots, drones or digital assistance systems: our technology is autonomous, scalable and networkable. It takes on tasks such as monitoring, inspection and access control – around the clock, in any weather and without additional personnel.

Our portfolio includes:

• ARGUS – Robots for patrols and perimeter security

• SPOT & GO2 – agile systems for complex interiors

• BEEHIVE – Autonomous drone system with real-time image transmission

• PROMOBOT – Assistance robot for visitor guidance and support

• ACUDA – Central platform for control, integration and analysis in real time

Our systems are used wherever safety counts and resources are limited: in industry, logistics, public authorities, critical infrastructures or at major events. Humans and machines work hand in hand: robots observe, analyze and react automatically – humans coordinate, evaluate and decide.

Together with security service providers, we develop hybrid security architectures that combine efficiency, reaction speed and scalability. Robots relieve employees of routine tasks and at the same time increase the quality and traceability of security-relevant processes.

The open system architecture enables flexible integration into existing infrastructures. Intelligent interfaces allow all components to be controlled centrally and evaluated with data support – for maximum transparency and control in real time.

Our solutions are as individual as our customers’ requirements – adaptable, future-proof and ready for immediate use. Whether temporary monitoring, permanent access control or mobile support: Security Robotics offers security that thinks for itself – adaptive, reliable and efficient.

With our technology, we are taking the step from static monitoring to dynamic, intelligent security. The focus here is not on replacing people, but on providing them with targeted support from automated systems.

Security Robotics – for a new quality of security.