The latest news worth knowing and reading
Ambos Security and Security Robotics enter into partnership
- We are stronger together - We are delighted to announce our partnership with Ambos Security from Dresden. The Saxon company has great expertise in consulting and concept development of particularly innovative security solutions, which in future will also include...
Smart Technology + Robotic + AI Solutions – Review of Security Essen 2024
Security Messe Essen, the global highlight of the security industry, once again proved its status as an indispensable platform for innovation and the exchange of expertise in 2024. During the 50th (anniversary) edition, over 500 exhibitors from 36 countries and more...
Security Robotics Innovation Days 2024
Industry leaders in Germany focus on autonomous systems: robotics on the rise
Digitalisation and automation are advancing inexorably. In Germany, more and more companies are relying on autonomous robot technologies to optimise their processes and meet the requirements of a modern, efficient industry. These technologies are playing an...
Security Robotics Innovation Days 2024 – Experience flexible security robotics live
We are pleased to announce the Innovation Days - Summer 2024, which will take place from 13 to 15 August in Leipzig. This year, our focus is on the flexibility and adaptability of our robotic platforms. Under the motto ‘The right system for every use case’, we will be...
Unitree meets Security Robotics
Our company acts as a system-open software developer and robotics integration specialist. We use customised hardware, i.e. robots, drones, cameras, sensors, etc., which represent the ideal platforms and equipment at any given time to meet individual security concepts...
How does the integration of robots into existing safety infrastructures work?
The integration of robotic systems - including rented systems - into existing security infrastructures is carried out in close cooperation with the provider. This includes the customisation of interfaces, the configuration of communication protocols and coordination...
Spot on for the next step security on DB
Wie Roboter Schienen(verkehr) sicherer machen können. Die Deutsche Bahn und Security Robotics arbeiten gemeinsam am Fortschritt und verschieben dabei die Standards der Sicherheit.
How can I rent or buy ARGUS?
Alarm verification
Alarm verification is the process of checking an alarm to determine whether there is an actual threat or whether it is a false alarm. This can be done by visual verification via cameras, audio-visual sensors or manual inspection on site. Specialised security robots...
Access control
Access control refers to the measures used to monitor and regulate access to certain rooms, buildings or areas. This can be done using various technologies such as RIFD, key cards, biometric scanners or passwords to ensure that only authorised persons are granted...
Control centre
A control centre is a central control room that is manned around the clock and serves as a point of contact for security issues. The emergency call and service control centre not only receives emergency calls, but also monitors all security systems, coordinates alarms...
Go1
Resiliance
Resilience refers to the ability of a system to withstand external influences without compromising its functionality or structure. In the context of safety robotics, this means that a robot or safety system should be designed and built to withstand adverse conditions...
Maintenance robot
A maintenance robot is an autonomous or semi-autonomous robotic system designed to carry out maintenance work on plant, machinery or infrastructure. These robots can carry out tasks such as inspections, cleaning, repairs and other maintenance work autonomously or with...
Video surveillance
Video surveillance refers to the use of different types of cameras to visually capture and record events in a specific area. This enables continuous monitoring of locations or objects in real time, real-time analyses and the subsequent evaluation of recorded video...
Video compression
Video compression refers to the process of reducing the amount of data in a video by removing redundant or unimportant information while largely preserving the image quality. This makes the transmission and storage of video data more efficient, which is particularly...
Video analysis
Networking
Networking is the connection and communication of different devices, systems or units with each other in order to exchange data, fulfil common tasks or carry out coordinated actions. In safety robotics, networking enables the exchange of information between different...
Surveillance robot
A surveillance robot is an autonomous or remote-controlled robotic device equipped with routing/movement/navigation technology, as well as various sensors, cameras and customisable equipment to monitor the environment, perform security inspections or collect real-time...
Surveillance drone
A surveillance drone is a remote-controlled or autonomously flying drone equipped with cameras, sensors and other surveillance devices to conduct aerial security inspections, monitor areas or collect real-time data. It is often used in security applications to protect...
Surveillance service
A surveillance service is a security service that is responsible for monitoring specific areas, objects or people in order to recognise and prevent potential dangers or security risks. This can be supported by the use of various technologies such as cameras, sensors...
Temperature resistance
Temperature resistance refers to the ability of a device or component to function under extreme temperature conditions without losing performance or functionality. In terms of robotics, this means that the corresponding system can work reliably even at very high or...
Telemetry data
Telemetry data is information that is collected by sensors in real time and transmitted wirelessly. This data provides important information about the status and performance of a system, such as a safety robot or a monitoring system. It enables remote monitoring,...
Voice interaction
Voice interaction refers to the ability of a system to respond to spoken commands or requests and perform corresponding actions. Voice interaction enables, for example, the control of security robots or the retrieval of status information from monitoring systems using...
Predictive maintenance
Predictive maintenance of robots based on predictive analyses, empirical values and live condition data to minimise failures.
Speech recognition
Speech recognition is the ability of a system to understand and interpret spoken language and to respond to it in an appropriate way, both verbally and in writing. Speech recognition is used in communication robots, for example, and is also used in voice-controlled...
Security technology
Security technology refers to technical solutions and systems that are used to protect people, property and information from dangers, threats and unauthorised access. These include alarm systems, video surveillance systems, access control systems, fire alarm systems,...
Safety inspection
A safety inspection is a systematic review of safety precautions, related equipment or systems involved in order to identify potential risks, vulnerabilities or violations of safety standards. Various aspects such as the integrity of protective devices, the...
Real-time monitoring
Real-time monitoring is a safety concept that describes the continuous and immediate recording, analysis and reaction to events in real time. This immediate and continuous monitoring of defined relevant parameters and events with networked sensors and integrated...
Rel-time data
Dynamic algorithms
Dynamic algorithms are computing methods that adapt to changing conditions and thus enable robots to be controlled flexibly.
Security drone
A security drone is a remote-controlled or autonomous flying robot that is used to monitor, explore and secure areas. The drone is equipped with various sensors and cameras to capture real-time images and data, which can then be used for monitoring and analysis. These...
Smart Connectivity
Smart connectivity refers to the intelligent networking of devices and systems in a network to enable particularly efficient communication and interaction. In safety technology, smart connectivity means that various safety components and robotic systems are connected...
Software as a Service
Software as a Service (SaaS) refers to a model in which applications are provided via the internet and can be used by users as a service. The software is provided, maintained and updated centrally by the provider, while users simply access and use the applications via...
Software platform
A software platform is a comprehensive framework that provides various functions and services for controlling, monitoring, utilising and analysing data from autonomous robotic systems. It enables the integration and coordination of software components for the...
Robotics research
Robotics research refers to the systematic investigation and development of technologies in the field of robotics. Innovative concepts, algorithms and hardware components are researched in order to improve the performance, autonomy and applicability of robotic...
LTE connection
Gimbal
A movable suspension mechanism for cameras that reduces vibrations and enables stabilised image capture.
Geofencing
Geofencing is the digital marking of a geographical area within which a specific action or reaction is triggered when an object or person enters, leaves or moves within that area. It is often used in security systems to define boundaries and automatically respond to...
Drone navigation
Digital check-in
Distance sensors
Distance sensors are devices or sensors that are used to measure the distance between the sensor and an object in its environment. They detect the spatial distance using various technologies such as ultrasound, infrared, laser scanners or radar technology. These...
Safety assessment
Safety assessment in the field of safety engineering and robotics is a systematic analysis and evaluation of safety aspects in a specific context. It involves identifying and evaluating potential hazards and risks in order to develop appropriate protective measures...
Safety audit for robotics
Sensor technology
Sensor technology refers to the use of various sensors, such as cameras, ultrasound and infrared, to collect precise environmental information. In safety applications, this technology enables relevant data from the environment of robots or safety systems to be...
Sensor technology
Sensor technology here refers to the totality of different cameras, acoustic, visual, laser and IR sensors, or devices for the independent detection of conditions and environmental values (heat, gases, radiation), which are integrated into robots or used by them as...
Sensor fusion
Sensor fusion is the combination of different sensor signals to obtain more comprehensive and accurate environmental information.
Self-monitoring function
Self-monitoring functions are in-built mechanisms and algorithms that enable a robot to monitor its own systems and functions and make adjustments if necessary.
Return function
robotics ecosystem
Robotics Integration
The seamless integration of robotic solutions into existing safety infrastructures to ensure optimum functionality. In this process, various robotic components, technologies and systems are networked with the existing security infrastructure, i.e. a wide variety of...
Robotics
Robotics is a general term that refers to the research, design, construction, control and application of robots. In the context of security technology, robotics is particularly concerned with the development and implementation of robots for security-related tasks....
Autonomous Mobile Robots
Autonomous Mobile Robots (AMR) are stand-alone mobile robots that operate autonomously and without human control. In the security industry, AMRs are used for various tasks, including patrolling, monitoring and inspecting specific areas. These robots utilise advanced...
Robotic Process Automation
In security applications, robotic process automation (RPA) refers to the use of robot-controlled systems to realise automated processes in the area of security monitoring and control. These security robots are designed to perform certain tasks autonomously, such as...
Robotics certification
Robotics certification is the process by which a robot or robotic system is tested by an authorised body for compliance with certain safety standards and regulations and officially certified as safe and ready for use. This certification ensures that the robot fulfils...
Robot platform
The basic architecture and structure on which robotic solutions are built. This includes the design of the physical structure of a robot, including the shape, size and arrangement of the limbs and components. Drive concepts, expansion options and expected...
Robot ethics
Robot ethics is the philosophical and ethical consideration of the moral implications of dealing with robots.
Robot as a Service
Robot as a Service (RaaS) refers to the provision of robots and their functions as a service, usually including all associated maintenance and support services. RaaS is usually defined for a fixed, longer period of time and the associated monthly expenses on both sides.
Return on Investment
Return on investment (ROI) describes the return or economic benefit that companies achieve by investing in robotic safety solutions.
Remote maintenance
Remote maintenance is the ability to carry out maintenance work on robots remotely in order to minimise downtime. In addition to software issues, this can also include tests and settings.
Wheel-driven robot
A wheel-driven robot uses wheels driven by electric motors to move around and is characterised by several advantages. The use of wheels enables efficient movement on different surfaces, both indoors and outdoors. This style of propulsion offers high manoeuvrability...
Promobot
Quickload batteries
Quickload batteries with can be partially or fully charged particularly quickly, thus reducing charging times and enabling robots to be operated without long interruptions.
Person recognition
Person recognition refers to the ability of camera systems, e.g. on board mobile robots, drones, etc., to identify and distinguish human individuals. Various (depth) sensors, cameras and AI-supported image processing technologies are used for this purpose. Recognising...
Perimeter protection
Perimeter
In security technology, a perimeter refers to the outer boundary area of a facility, plant or property. This can be realised by physical barriers such as fences, walls or gates. Protecting the perimeter is crucial to prevent unauthorised access and ensure the security...
Payload
Patrol robot
A patrol robot is an autonomous mobile platform designed specifically for security and surveillance tasks. Its main task is to patrol predefined routes or areas, keeping an eye out for potential dangers or unusual occurrences. Typically, a patrol robot is equipped...
Emergency stop
The emergency stop is a mechanism that stops robots immediately in an emergency to ensure safety. Such physical buttons / switches are integrated in most ground-based robot platforms.
Network security
Multilingual reception service
This refers to a robot that can receive visitors and users in different languages and interact with them as a digital reception service. Advanced speech recognition and processing functions and sophisticated language databases enable the system to communicate in...
Multifunctional security robots
Multifunctional security robots integrate different functions and technologies to fulfill a wide range of security requirements and parallel, diverse tasks. Typical features include advanced sensors, video surveillance, communication technologies and often autonomous...
Machine learning
Machine learning (ML) is a technology in which algorithms and models are developed to give machines the ability to learn from data and improve their performance without being explicitly programmed. For example, ML enables robotic systems to recognize complex patterns...
M2M connectivity
M2M connectivity refers to the ability of machines, devices or sensors to communicate with each other, exchange data and, for example, enable seamless connection and interaction between different networked systems. This promotes efficient collaboration, particularly...
Machine-to-machine communication
Machine-to-machine communication (M2M) refers to the direct exchange of data between networked machines, devices or sensors without human interaction. In terms of security technology, M2M communication enables the seamless and automated transfer of information between...
Modular platform solutions
Modular platform solutions are flexible and adaptable systems that consist of various modules that can be combined with each other. In the security industry, modular platform solutions enable the combination of individual components to meet specific requirements....
Mobile video surveillance
Mobile video surveillance refers to a flexible surveillance system installed on moving platforms such as vehicles, robots or drones. These systems allow video data to be captured, transmitted and analyzed in real time from different locations. Mobile video...
Modular robotics solutions
Magnetometer
A magnetometer is a sensor that measures the magnetic field and is used in the navigation of drones to determine their orientation.
Airspace surveillance
Critis
CRITIS refers to infrastructures that are crucial to the functioning of a society. This includes sectors such as energy supply, water management, healthcare, transportation and communications. The protection of these critical infrastructures is of paramount...
Communication protocol
A communication protocol is a defined set of rules and standards that defines the structure, syntax, semantics and synchronization of communication between different systems or devices in a network. It enables smooth and standardized data transmission by defining how...
Spot
Communication robot
A communication robot is an intelligent robot designed to communicate with humans and perform specific reception and access management tasks. With a friendly appearance, the robot welcomes visitors, moves autonomously and has advanced technologies. Equipped with...
Walking robot
A walking robot is a robot that has legs or leg-like means of locomotion and moves by running or walking. This type of robot imitates the locomotion of living creatures and has a similar range of movement, e.g. the ability to climb stairs.Walking robots are...
Aerial image analysis
Aerial image analysis refers to the processes of collecting and analyzing data to gain valuable insights from aerial imagery, including cartographic, topographic or security information.
Beehive
The Beehive drone from Sunflower Labs is an autonomous flying robot system that is suitable for aerial surveillance. With terrain independence, it is particularly suitable for medium to large areas. The drone performs effective aerial patrols, reliably detects and...
Argus
ARGUS is a wheeled patrol robot designed for perimeter surveillance of extensive outdoor areas. Its robust chassis enables all-terrain use in various weather conditions (IP65). With 360° panoramic video surveillance, daylight and thermal PTZ cameras, it ensures...
Weather resistance
Weather resistance is the ability of a robot to work effectively under different, even rapidly changing weather & environmental conditions, such as rain, snow, wind, sunshine, air pressure, humidity, etc.
Easy maintenance
Ease of maintenance means designing robots in such a way that maintenance work can be carried out easily and efficiently to minimize downtime.
LTE connection
The use of LTE (Long-Term Evolution) for fast and reliable wireless connections via the 4G standard mobile network for communication between individual actuators, security systems and network devices.
Live streaming
Live streaming is the real-time transmission of video or image material from a camera, e.g. on board a drone or a robot, to one or more control centers / control stations.
LIDAR
Service life
Service life, in relation to technical systems, is the estimated time during which a robot or safety system will function properly before extensive repairs or replacements are required. It depends on various factors such as material quality, operating conditions and...
Noise protection
Noise protection describes a bundle of measures and technologies to minimize the noise pollution caused by the use of robot-supported systems. This can include the integration of noise-absorbing materials, the optimization of motion sequences or the use of quiet drive...
Communication interfaces
The interfaces that robot systems use to communicate with other robots, devices, control centers, people or networks.
Artificial intelligence
Artificial intelligence is the ability of machines to use algorithms to perform human-like thought processes in order to recognize patterns, solve problems or make decisions. The simulation of human-like intelligence in computer-controlled systems, often used to allow...
Collision safety
Collision safety refers to the ability of a system to avoid collisions or minimize their impact. When robots interact with objects, people or other robots, technologies must be integrated to prevent accidents or damage. This can be achieved through various sensors,...
Camera drone
A camera drone is an unmanned aerial platform that is equipped with one or more integrated cameras and is used to record image and/or video material from the air. In security applications, a camera drone can be used to monitor terrain, events or critical...
Cascadability
Cascadability refers to the fact that safety systems or robotic components can be interconnected in a way that enables a hierarchical arrangement. This enables effective coordination and communication between the different parts of the system. In safety applications,...
AI-assisted navigation
AI-assisted navigation refers to the use of artificial intelligence (AI) to enable robots to navigate autonomously in different environments. The AI continuously analyses environmental data, plans safe routes, takes obstacles into account and optimizes the robot's...
ISO 9001 certification
ISO 9001 certification refers to compliance with quality management standards in accordance with the ISO 9001 standard and demonstrates that the company has implemented quality management practices to ensure the efficiency, consistency and customer focus of its...
IoT integration
IoT integration uses Internet of Things technologies to improve the networking of robots and safety systems. Data and information is exchanged between robots and other networked devices to enable improved control, monitoring and efficiency. In the safety sector, IoT...
Height limitation
The maximum altitude that a) a drone can reach due to technical limitations or b) is set by law to comply with safety regulations.
high-security area
A high-security area is a specially secured area in which particularly strict security precautions apply. This includes locations where robots are used in sensitive or critical environments, for example in the industrial manufacture of products with national security...
Georeferencing
Georeferencing refers to the process of linking spatial data with geographical coordinates. This enables objects or information to be clearly assigned to specific locations. In practice, this means that security systems or robots, for example, can use georeferenced...
Integration
Integration is the seamless incorporation of robots into existing security or operating systems and the merging of different components, systems or technologies into a functioning unit. This enables smooth interaction and coordination between different elements in...
Infrared camera
An infrared camera is a camera that detects infrared radiation and uses it for imaging. It enables the detection of heat signatures and also works in poor lighting conditions. In security applications, it is often used to monitor areas, detect people or objects in the...
Human-robot collaboration
Cooperation between humans and robots in order to exploit synergies in certain tasks is known as human-robot collaboration. This involves human employees working directly with robots in a shared environment or on shared tasks. This requires special safety precautions...
Obstacle detection
Obstacle detection describes the ability of a robot to recognize, identify and react to objects in its environment. This is achieved through the use of sensors such as cameras, ultrasound, lidar or radar, which continuously scan the environment. The detected obstacles...
All-terrain mobility
All-terrain mobility is the ability of robots to move safely on different types of terrain, including uneven or difficult surfaces, muddy, slippery, soft, hard, wet or snow-covered ground.
Hazard detection
Hazard detection is the ability of a system to identify potential threats or risks in its environment. This is achieved through the use of various sensors such as cameras, radar systems, infrared detectors and other technologies. The system continuously analyzes the...
Radio communication
In security technology and robotics, radio communication is often used for wireless control and data transmission between robots, drones and connected control centers / control devices. Radio communication and networking of devices and systems.
Early warning system
An early warning system is a security instrument that serves to provide early warning of potential dangers or threats. It enables the timely detection of anomalies or unusual events in order to initiate preventive measures and minimize damage. Ideally, incidents can...
Photogrammetry
Photogrammetry is the measurement of objects by analyzing photographs or images, often used to create 3D models of terrain or structures.
Flight monitoring
Flight monitoring is the continuous observation and control of drones during their flight to ensure compliance with regulations and safety standards.
Flight route
A flight route is the predefined path that a drone or flying robot follows during its flight.
Flight patrol
Fleet management
Fleet management refers to the effective management and control of robot systems, especially when several are used simultaneously.
Remote monitoring
Remote monitoring is the monitoring of systems, devices or environments from a distance. This can include monitoring functions, statuses or events to ensure that they correspond to the expected parameters.
Remote control
Remote control refers to the ability to control various types of robots from a remote location using a web application, physical controller or mobile app, i.e. wireless connections. Often used for special tasks or in hazardous environments or for applications that...
Remote pilot
A remote pilot is a person who remotely controls a drone or flying robot, especially in situations that require human intervention.
Troubleshooting
Troubleshooting is the process of identifying, analyzing and correcting problems or malfunctions in a system. This process is crucial to ensure the proper functioning, reliability and safety of systems and robots.
Detection range
The detection range refers to the physical space in which sensors or cameras are placed and in which they can detect events or activities. It is the spatial extent within which the system, such as a robot, drone, etc., is able to collect and analyze data or information.
Event-driven monitoring
With event-driven monitoring, the monitoring system reacts to certain events, conditions or alarms and triggers corresponding, predefined actions. Sensors and algorithms are configured to detect specific events, such as entering a restricted area or the occurrence of...
Event detection
Event detection refers to the automatic identification and recording of specific events or situations using sensors and algorithms. This technology makes it possible to recognise relevant incidents, react to them and, if necessary, initiate appropriate measures to...
Event recording
Event recording is the automatic documentation and storage of relevant events. Data on specific incidents or activities is recorded and archived. These recordings are used for later analysis, checking safety incidents or optimising robotic processes.
Energy management
Energy management refers to the optimal management and use of internal energy sources and external energy supply in order to maximise the operating time and efficiency of a robot.
Energy efficiency
Energy efficiency refers to the level of efficient energy consumption of robotic systems that is necessary to ensure consistent performance and sustainable and cost-effective operating costs.
Operating temperature
The operating temperature is the temperature range in which robots can be operated continuously and fulfil their tasks effectively and reliably.
Application scenarios
Application scenarios are the various areas of application in which robotics solutions for security and surveillance can be used. This can include, for example, the monitoring of industrial plants, public places or critical infrastructures.
Intruder alarm
An intruder alarm is triggered when unauthorised persons or objects are detected. The sensor technology for detecting unauthorised intrusion can be permanently installed or installed and used on board mobile patrol systems.
Edge computing
Edge computing in robotics refers to the local processing of data directly on the robot platform or in the immediate vicinity of where the system is used. This enables latency-critical tasks to be performed in real time without having to transfer all data to remote...
Real-time monitoring
Real-time monitoring is a safety concept that describes the continuous and immediate recording, analysis and reaction to events in real time. This immediate and continuous monitoring of defined relevant parameters and events with networked sensors and integrated...
Drone insurance
Drone insurance is a specialised form of insurance that provides cover for risks associated with the operation of drones. This can cover damage to the drone itself, liability claims for damage to third parties or their property and other drone-specific risks.
Drone surveillance
Drone surveillance encompasses both the use of technology to monitor airspace for unmanned aerial vehicles and the use of drones themselves to monitor and secure specific areas. It includes recording drone movements, identifying flying objects and analysing...
Drone system
A drone system is:a) A robotic system consisting of one or more drones and their base stations, which serves, for example, as a weather station, weather protection, charging station, etc. (see Beehive drone system).b) A combination of several drones that act together...
Drone management
Drone management describes the coordinated planning, management, monitoring and control of drone operations to ensure safe and efficient flight operations and compliance with legal requirements and safety standards.
Drone
A drone is an unmanned aerial vehicle that operates remotely or autonomously. It can be used for various purposes, including surveillance, surveying, delivery or recreational activities. Drones can be equipped with cameras, sensors or other payloads to fulfil specific...
Drone defence
Drone defence refers to the development and implementation of systems designed to detect, identify and defend against unwanted or potentially dangerous drones. These systems can use various technologies such as radar, cameras, radio jammers or other means to detect...
Digital reception service
A digital reception service is a stationary or mobile, multifunctional service that offers digital interfaces for interaction with visitors or users. Specialised robots provide support, particularly in the areas of communication and information.
Digital twins
Digital twins are virtual representations of physical robots or security systems for the purposes of simulation and monitoring.
Data processing
Data processing is the systematic processing of information by robot-controlled systems. This includes recording, analysing, storing and interpreting data in order to make safety-relevant decisions and carry out appropriate actions. Data processing forms a central...
Data backup
Data backup is the systematic backup of data in or from robot-controlled systems to ensure their availability and integrity. Regular backups and redundant storage solutions minimise potential data loss due to malfunctions, attacks or other unforeseen events. An...
Data security
Data security in the context of security technology and robotics refers to measures taken to ensure the confidentiality, integrity and availability of data in robot-controlled systems. This includes protective mechanisms against unauthorised access, manipulation or...
Privacy policies
Privacy policies are defined rules and regulations that govern the handling of personal data by organisations or companies. These policies define how personal information should be collected, stored, processed, transmitted and protected. Their aim is to protect the...
Data capture
Data capture refers to the process of collecting, recording and storing information from various sources. This process can be manual or automated and involves the collection of raw data that is later analysed and processed to obtain relevant information for...
Biometric access control
Biometric access control refers to a security system that controls access to rooms, buildings or sensitive areas through the use of biometric features. It uses unique physiological or behavioural characteristics, such as fingerprints, retina scans or facial...
Biometric authentication
Biometric authentication refers to the method of identifying or verifying individuals based on unique physiological or behavioural characteristics. These include fingerprints, facial or iris recognition, voice analysis and other biological characteristics. The purpose...
Motion sensors
Motion sensors, also known as motion detectors, are sensors that recognise the change in position, i.e. the resulting movement of objects, in the detection area and are primarily used in security systems.
Autonomous robotics
Autonomous robotics refers to the ability of robotic systems to perform tasks and operations autonomously, without ongoing human control. These robots are equipped with advanced sensors, algorithms and decision-making mechanisms that enable them to understand their...
Autonomous navigation
Autonomous navigation is the ability of robots to navigate independently and without human intervention in their environment, based on pre-programmed algorithms and environmental information.
Autonomous inspection
Autonomous inspection is the independent inspection of systems or areas. In terms of robotics, autonomous inspection refers to the process in which a robot performs inspection tasks independently, without continuous human control. The robot uses sensors, image...
User-friendliness
User-friendliness refers to the design of user interfaces, control options and interactions in order to promote intuitive operation of the robots and associated / necessary software.
Anti-collision system
An anti-collision system is a technology developed to prevent collisions between objects, vehicles or other moving parts. It uses sensors, data processing algorithms and control units to detect potential collision hazards and take appropriate action. As a rule, this...
Alarm system
An alarm system is a security device that is used to detect unauthorised access, dangers or unusual events and to draw attention to them by means of alarms. It consists of sensors, control units and alarm transmitters to identify potential security threats and enable...
Actuator
Actuator is a real, physical device or person that plays a role in security processes. Examples include surveillance cameras, access control systems, doors/gates or security personnel. In a technological context, an actuator is part of a security solution that...
Battery life
Battery life is the period of time during which a drone or robot can be operated on a full battery charge.
3D mapping
360° view
A 360° view of a robot is generated by integrated cameras and sensors, which enable a visual all-round view.
What role does the technological development of security robots play?
Continually staying up to date is a market-determining and technological necessity. Although the products used are based on proven technologies, there is ongoing investment in research and development to ensure that robotic security solutions are always at the...
How flexible are autonomous security robots in terms of individual adjustments?
Instead of standardized solutions, a modular structure was used in order to be able to make precise customer adjustments. Within a project, different models and modules can be combined to create tailor-made solutions. This ranges from specific sensor installations to...
What types of robotic solutions are used in the security industry?
A variety of robotic solutions are used, including four-legged robots for flexible patrolling in small to medium-sized areas, drone systems for terrain-independent surveillance in medium-sized to large areas, wheeled robots with all-terrain capability for medium-sized...
Which services does Security Robotics offer?
Security Robotics is an IT system house, experienced software developer and integrator in the field of robotics + AI with the following specialisations: Innovative security robots: we deploy state-of-the-art security robots equipped with advanced sensors, cameras and...
How does Security Robotics ensure that the customer’s data protection guidelines are adhered to?
Close dialogue with the customer's data protection officer and the security service providers involved is of central importance to Security Robotics. We ensure continuous coordination to ensure that all data protection guidelines are adhered to. This collaborative...
How long can the GO1 walking robot be used?
The operating time of the GO1 walking robot is made particularly efficient by the use of Quickload rechargeable batteries, which can be replaced within seconds. The GO1 can be used continuously for 1-2 hours without the need for a long charging time. This function...
For which applications is the GO1 suitable?
The GO1 is extremely versatile and is suitable for a wide range of applications. Due to its compact design, flexibility and robust features, the GO1 can be used in various scenarios, such as Guarding and security: the GO1 can be used as an agile supporter in guarding....
Which sensors and cameras are integrated in the GO1?
The GO1 has ultrasonic sensors, foot force sensors and 5 sets of fish-eye stereo cameras for a high-resolution 360° all-round view. Various additional modules are also available, such as LIDAR and a thermal imaging camera, which significantly expand its perception...
How big is the GO1 and what additional modules are available?
The GO1 has dimensions of 220x290x588 mm (WxHxL) without payloads (additional equipment) and weighs 12 kg. It can be equipped with additional modules such as LIDAR, a 3-axis arm with gripping function or a thermal imaging camera, which considerably extends its...
What advantages does the GO1 offer compared to larger robots?
Thanks to its compact design, the GO1 is lightweight, transportable and ready for immediate use. For example, the system can be transported in the boot of any vehicle and deployed on site by a security guard for property protection tasks. The Go1 has modular equipment...
Why are new functions extensively tested before they are used by customers?
Before new features are introduced and before robotics are deployed to customers, it is important to ensure that they work properly under all acceptable conditions. Through extensive testing, we can ensure that the new software features work reliably on different...
What financial benefits do efficient support concepts offer?
Regular maintenance makes a decisive contribution to cost efficiency by minimising expensive repairs and unexpected downtime. Targeted prevention of potential problems and continuous optimisation of robotics and networked systems results in long-term cost savings....
What should an effective service concept for autonomous robots include?
A comprehensive service for autonomous robots ensures that these systems operate continuously at the highest level. Regular inspections, software updates, hardware checks and effective troubleshooting are essential components of the service offering. Regular...
What happens in the event of a malfunction or failure of safety robots?
Carefully planned and effective support is crucial. A dedicated support team is available around the clock to ensure immediate action and minimise downtime. Fast response times: An emphasis is placed on rapid response times to address critical situations immediately....
Why is regular service and maintenance important for robotic systems?
Regular service and maintenance ensure the optimum performance and reliability of robotic systems. This includes checking hardware components, updating software and identifying potential problems before they lead to failures. Clever maintenance concepts score points...
How do customers benefit from the openness, modularity and scalability of modern software platforms?
The SaaS model offers seamless integration of various software modules into the platform solution. This enables efficient communication between robots, mobile and installed components as well as external systems such as control centres. Customers benefit from...
How does the SaaS model guarantee the long-term availability and performance of a software solution?
Software as a service forms the basis for continuous support in service format by Security Robotics. Regular updates and upgrades ensure that our platform is always up to date, guarantees maximum performance and thus ensures long-term system availability. Customers...
What role does Security Robotics play in the promotion of sustainable security solutions?
Security Robotics Development & Solutions GmbH plays a central role in the continuous development of innovative and sustainable security solutions. Its wide range of products, from all-terrain robots to surveillance drones, enables customers from industry, trade...
What role do intelligent robot systems play in avoiding errors and conserving resources?
How do robots contribute to proactive environmental protection?
Thanks to their wide range of measurement and detection capabilities, robots can recognise potential environmental hazards at an early stage. In industrial plants, for example, they can point out changes that indicate safety problems such as gas leaks or leaking...
What contribution do intelligent robot systems make to energy efficiency and sustainability in the security sector?
Intelligent robot systems are playing a growing and sustainable role in increasing energy efficiency in the security sector. Thanks to the use of highly developed sensors, they not only enable reliable monitoring under extreme conditions, but also make a significant...
In which scenarios has SPOT already performed successfully?
SPOT has proven its resilience by being used successfully on oil platforms and in hazardous environments such as the Chernobyl zone. We also have experience in dense forest terrain and jungles. Walking robots are just as often used in industrial plants as research...
What do you need to know about the maintenance of walking robots like Spot?
Regular hardware and software checks are standard. In addition to the remote evaluation of all system data, check-ups are also carried out on site and the robot itself, its payload equipment and charging station are cleaned and checked. Software updates, security...
What degree of autonomy does the Spot walking robot have?
SPOT operates completely autonomously and follows predefined routes, with dynamic algorithms and AI support ensuring optimised autonomous behaviour. It is possible to switch flexibly between the routes, and the immediate reaction to events can also be defined. After...
What technical features make SPOT particularly efficient?
SPOT impresses with AI algorithms and big data analysis, which enable it to gain precision and intelligence with every use. Its modular and customisable equipment with, for example, stereo cameras, LIDAR, PTZ camera, thermal imaging camera, 3-axis arm with gripping...
In which environments can a walking robot like Spot be used most effectively?
SPOT shows its effectiveness in a variety of environments, on rough construction sites, in industrial plants, logistics areas, between railway tracks, but also in buildings, even exotic environments such as jungles. Thanks to its all-terrain mobility and robustness,...
What additional functions and equipment are possible for communication robots?
Various advanced modules are integrated into the sophisticated humanoid systems. These include barcode readers, card dispensers, photo printers and receipt/coupon printers. These modules enable a wide range of functions, from issuing personalised plastic cards to...
Can communication robots operate effectively in noisy environments?
These robots are equipped with advanced audio technologies, including omnidirectional microphones and powerful speakers. These technologies enable clear communication, even in noisy environments. Precise noise cancellation allows them to respond effectively to spoken...
What advantages do communication robots offer compared to conventional reception services?
Sophisticated communication robots offer a number of advantages compared to conventional reception services. These include an always friendly reception at eye level, automated access management for buildings, multilingual communication, as well as a variety of...
In which languages can communication robots communicate?
Modern systems such as Promobot are multilingual and generally speak the most widely spoken languages in the world. This enables a broad communication capability to address visitors from different regions. This includes languages such as English, German, Spanish,...
In which areas are communication robots used?
Communication robots are used in a variety of environments and industries to support human-oriented tasks and take over routine tasks and digitalised processes. Examples include Reception services in companies: Communication robots are used as digital reception...
What advantages does the intelligent video analysis of modern surveillance drones offer?
AI routines and trained software systems support security by precisely recognising events. The sophisticated camera sensor technology detects and analyses suspicious activities. The recorded video footage serves as evidence that can be used for investigation and legal...
Are drones suitable for rapid alarm verification?
As the fastest system in the portfolio of autonomous security robots, the drone system is perfect for alarm verification. In the event of an alarm, triggered by a fence sensor for example, the drone can be automatically sent to the alarm location. Live video...
How does a Beehive drone support aerial surveillance tasks?
The drone system's sophisticated camera sensor technology ensures effective aerial surveillance. With a Sony IMX385 sensor and a FOV of 50° (vertical) and 100° (horizontal), the camera enables high-resolution video recordings (1920 x 1080 Full HD). These images...
What does SaaS (Software as a Service) mean in the area of platform solutions?
SaaS, or Software as a Service, is revolutionizing the way software is delivered. In platform solutions, this model allows users to access best-in-class software without having to worry about purchasing and maintaining software licenses. This service-oriented approach...
How long can the Beehive drone system operate continuously?
The Beehive drone system can operate continuously for an operational flight time of 15 minutes (+5 min. safety reserve). The short charging times (25 minutes from full discharge) allow operational flight time to be used efficiently. Thanks to a battery capacity of...
How autonomous is Sunflower Labs’ Beehive drone system and what technologies enable autonomous flights?
Beehive consists of the Bee drone and the Hive base station and is characterized by high autonomy. Sophisticated technology for autonomous flights allows autonomous and precise surveillance missions to be carried out. This autonomy is achieved through high-precision...
What advantages do small training groups offer?
The conscious decision for small groups or individual training at modern academies offers a variety of advantages. The focus is on providing participants with a highly personalized learning environment. Due to the limited number of participants, each individual...
In what format are training courses for security robots offered?
The training takes place in face-to-face classes that combine theory and practical elements. Small groups or individual training ensure effective knowledge transfer. This enables the participants to test the knowledge they have learned directly on the practical...
Do robotic system providers also offer training for IT staff?
Of course. The goal of these training courses is to prepare IT staff for integration, operations and troubleshooting. These training courses cover the technical aspects of system integration, network configuration, data processing and IT security. The goal is to...
To what extent can company management be trained in the area of autonomous safety robotics?
Are rented security robots also prepared individually for companies?
Robotic systems that are used as a RaaS model are tailored to the specific requirements of a company through adjustments to software, sensors and deployment strategies. The provider works closely with the company to understand individual security needs and adapt the...
How is data protection compliance ensured when using rented robotic systems?
Data protection compliance when using rented robotic systems is ensured by comprehensive measures. These include data protection guidelines, encrypted data transmission, limited access to stored data and regular security audits. Providers work closely with companies...
How does the rental of robotic systems support compliance with environmental standards?
The rental of robotic systems supports compliance with environmental standards through efficient resource utilisation. As the systems can be specifically adapted to requirements, this enables optimised monitoring and safeguarding of environmental aspects. Automation...
Why is software often offered in the SaaS model?
The increasingly frequent exclusive provision of software in the SaaS model offers users a number of advantages. In addition to continuous support, this model enables flexible and scalable utilisation without having to make high initial investments. The permanent...
How does the Software as a Service (SaaS) model ensure the trouble-free operation of technology solutions?
The SaaS model guarantees continuous and reliable operation of technology solutions. Permanent support in the service format not only ensures trouble-free processes, but also regular security updates, the implementation of new features and the updating of module...
What role does the Autonomous Centre of Unified Digital Actors (ACUDA) play in the integration of IoT devices?
ACUDA acts as the centrepiece of all Security Robotics innovations. It integrates all IoT devices and continuously expands their functionalities and areas of application. This central control unit not only optimises the collaboration of the devices, but also enables...
How does communication between different types of robots and IoT devices work?
The platform solution enables intelligent machine-to-machine (M2M) communication between a variety of mobile and installed components, including various robots and IoT devices. This seamless communication creates a connected environment in which devices can...
What advantages does an open and modular platform solution offer in the technology sector?
An open and modular platform solution offers unrivalled flexibility and adaptability. The integration of different modules enables the creation of customised solutions that meet the specific requirements and needs of users. This approach not only promotes efficiency,...
Can robotic systems improve the response time to security incidents?
In a modern security concept, continuous monitoring, constant live access to all cameras and sensors and real-time alerts significantly improve all response times. The automated detection of security threats enables security forces to react more quickly to potential...
How quickly can a hired security robot be put into operation?
The commissioning of rented robotic systems takes place quickly and is supported by the provider to ensure a smooth start. The process includes delivery of the systems, installation, configuration and staff training. Thanks to preparatory measures on the part of the...
How is data security guaranteed for robotic safety systems?
The data security of rented robotic systems is ensured by encrypted communication and comprehensive security measures. Providers such as Security Robotics implement advanced encryption technologies, secure protocols and conduct regular security audits to ensure the...
Do providers of security robots also offer training for employees?
Of course, providers of modern robotic systems also offer training courses to effectively prepare staff for the use of this technology. The training courses cover the operation of the systems, understanding safety concepts, dealing with emergencies and integrating...
What are the advantages of renting robotic systems compared to buying them?
Renting robotic systems offers several advantages over buying, including lower entry costs, flexible terms, continuous updates, professional maintenance and the ability to utilise the latest technology without making large capital investments. This enables companies...
In which scenarios is the hire of robotic security systems particularly recommended?
The rental of robotic security systems as a so-called Robot as a Service (RaaS) concept is particularly recommended for companies that require a flexible and scalable security solution. This can apply to temporary events, seasonal security requirements or projects...
What communication options does the ARGUS patrol robot offer?
The ARGUS robot has a wide range of communication options, including WiFi, LTE, 5G, Ethernet, Bluetooth and bidirectional audio transmission. These enable seamless integration into various networks and communication with control centres.
Which surveillance technologies are used in modern security robots?
Modern patrol robots utilise advanced technologies such as 360° panoramic video surveillance, thermal imaging PTZ cameras and advanced sensors. These enable precise detection of objects and events in different lighting conditions and environments. AI routines are used...
Under what weather conditions can an ARGUS safety robot be used?
The ARGUS robot is designed for use in different weather conditions. Its stable chassis is all-terrain, weatherproof and fulfils protection class IP65. It can be operated in a temperature range from -25°C to +55°C.
How effective is the ARGUS patrol robot in monitoring large outdoor areas??
The ARGUS patrol robot is extremely effective at monitoring extensive outdoor areas. Thanks to its state-of-the-art technology, including 360° panoramic video surveillance and thermal PTZ camera, it ensures reliable detection and analysis of people and machines at a...
What advantages do wheel-driven patrol robots offer compared to other types of drive?
Wheel-driven patrol robots offer high off-road mobility and stability. Thanks to their robust design and the option of integrating various sensors, they are particularly suitable for demanding surveillance tasks in different environments.
Kopter-Profi and Security Robotics establish security partnership
The close collaboration between Kopter Profi and Security Robotics promises a pioneering integration of drone technology in the security sector. The combination of experience, expertise and innovative solutions positions this cooperation as the key to optimising security measures.
Can robotic systems be adapted to changing safety requirements?
Yes, adaptations and extensions to the rented robotic systems are possible in order to respond to changing safety requirements. This includes the integration of new sensors, software updates and adjustments to patrolled routes. Continuous adjustments ensure that the...
Security Robotics integration in Geutebrück video management solutions
The integration of autonomous robotics and the ACUDA platform into GEUTEBRUCK GmbH's video management solutions represents a significant step forward in the field of physical security through modern video surveillance. At a time when the digitalisation and networking...
SRob with FLUKE SV600: Innovation in Surveillance & Inspection
FLUKE SV600, a fixed acoustic camera, is revolutionizing safety and monitoring with its ability to detect, locate and visualize air and gas leaks as well as changes in sound signatures. This technology, originally developed for industrial applications to minimize...
The importance of DIN ISO 9001: How Security Robotics combines innovation and quality
Ensuring long-term quality and innovation at Security Robotics The importance of DIN ISO 9001 certification goes far beyond the mere fulfilment of quality standards. This standard is a strategic tool to ensure sustainable excellence and customer satisfaction. As a...
Security event in Hamburg: knowledge exchange & networking
In just a few days, on 22 & 23 February 2024, Hamburg will once again be the meeting place for security experts. The renowned NBS, Northern Business School, is putting together what belongs together and organising a highly interesting security event consisting of...
The next bis thing – AI use in the security sector
Even though robotics is in our name, mobile, autonomous and very versatile assistants, supporters and colleagues are only ever one part, the hardware part, when we talk about innovations and modern solutions for the security industry. The use of AI, which fulfils a...
Security Robotics: A new member of the BDSW – the Federal Association of the Security Industry
In a world where security and technology are increasingly intertwined, Security Robotics' admission to the BDSW (German Security Industry Association) marks a significant milestone. This young company, which specialises in the development and implementation of...
Goodbye 2023 – welcome 2024
Our look back at a turbulent and exciting 2023 At Security Robotics, it is also a cherished tradition to pause in the first few days of a new year and review the past months. We take time to compare our original plans and intentions with actual events, draw...
Analytical intelligence and innovations in security management – the I2SM of the NBS
The development and characterisation of modern, above all forward-looking security concepts are significantly influenced by 2 circumstances. On the one hand, there are security-relevant events and, ideally, specifications derived from them for the implementation of...
Autonomous robotics ensure greater security in the KRITIS sector
Digital communication and data streaming
We often provide information about the importance of autonomous robotic systems, AI support, networked safety concepts, integration of IoT-enabled actuators and our digital solutions ACUDA (Autonomous Centre of Unified Digital Actors) and NUCRON (IoT Injector). The...
Smart, sustainable, cost-efficient – the future of security
Key technologies are always characterised by the fact that they are fast-moving, change, develop, spread, can be used in more and more areas, and grow in their possibilities. It is the same with autonomous robotics and networked AI. We are experiencing a continuously...
Be digital, stay human and love robots – Digital X 2023
There is probably no other European event that is as consistently and broadly dedicated to the topic of digitalisation as Deutsche Telekom's aptly named DIGITAL X event. Based in Cologne, the event remains true to its location year after year, but always brings in new...
Security Robotics Innovation Days – impressions of 2023
Information / knowledge / insight can also be obtained virtually in a variety of ways: via podcast, by reading a brochure, visiting a website and informative phone calls / video calls, etc. However, none of this can replace the personal impression and up-close, direct...
Security robotics roadshow – a short review
1 idea, 1 month, 5 events. The Security Robotics Roadshow was a complete success and made the month of June a particularly exciting and varied one for our team. The approach of participating in very different locations / events and thus informing and even inspiring a...
3…2…1…ARGUS ready for patrolling
The Innovation Days, our three-day event, are behind us. And while some colleagues dismantled its components such as tents, fences and other technology, our software specialists and integrators returned to their tasks, unloading large wooden boxes and freeing a duo of...
Aleksej Tokarev, Co-Founder + CEO from Security Robotics in an interview with FOCUS online
"Don't wait for progress to come to you". As part of the FOCUS online interview series: Entrepreneurs of Germany: Experts talk about their business, Aleksej Tokarev, Co-Founder + CEO of Security Robotics talks about the current state of AI assisted robotics and the...
Security Robotics Innovation Days 2023 – Experience networked security systems live
The Innovation Days - Summer 2023 are all about digital networking of safety technology. We will present the complete range of our proven robotic walking, cycling, flying and communication robots and demonstrate live how they interact with each other and with other...
IPS – Innovative Navigation for Robotic Systems
Networked robotic systems that are used in the areas of security, maintenance and facility management score points there primarily thanks to their mobility and modularity. In order to be able to follow defined routes and act autonomously, these systems must be able to...
Advantages of networked security robots
In current, more aptly called conservative security concepts, technical solutions are often still used too selectively, a camera here, a motion detector there, a light barrier there. Although attention is paid to covering critical and access areas as completely as...
“The Assistant” – SPOTlight on the new member of the robotics team
Why support from robotic security systems will become a necessity in 2023
This is what robotic security systems do for CRITIS protection If one reviews the events of the last few months and at the same time looks at the challenges facing the economy today, it quickly becomes clear that there is no way around the use of innovative robotic...
Innovation that arrives – Security Robotics nominated for the DEKRA Award 2022
"The only true praise is that which someone else gives you." So when your own ideas and innovations are seen and recognised by a professional institution like DEKRA, it's a reason to be proud. We are pleased to have been included in the circle of nominees for our...
What we (must) expect from a future-oriented education system!
If you look at the curricula of today's high school and grammar school students, it is striking that the topics of artificial intelligence, digitalisation and robotics are hardly given any attention. It doesn't matter which federal state is chosen, because despite...
Because it’s your future as well – A plea for robotics and education
Our world is changing. And this does not only refer to the social, political and climatic conditions, no, also technologically everything seems to develop faster and faster. Ideas once dismissed as science fiction have long since become reality, and changes in the...
Security Robotics as an innovation driver at security Essen 2022
As the most important event in the security industry, security Essen is the highlight of every autumn trade fair and in 2022 it once again proved the enormous importance of the multi-day trade event. As an innovation driver in the field of networked robotic systems,...
The security sector is changing – are you ready for your digital future?
Pressure of expectations, cost explosion, shortage of personnel, shortage of skilled workers, all this will have a particular impact on the entire security sector in 2022. Anyone looking for solutions must rethink security and service concepts and understand where...
Digital transformation in the security sector
Our innovative modular platform solutions Learn all about our innovative modular platform solutions, AI-powered robotics, networked IoT security components, machine-to-machine communication, data normalisation, API and #artificialintelligence. Be curious about the...
Simply ingenious, Security Robotics convinces in live test on the MDR campus in Leipzig
Many company homepages are emblazoned with terms such as agile, innovative, flexible, customer-oriented and they refer to presenting THE individual solution as a matter of course & at lightning speed. But often the "lightning speed" turns into lengthy projects,...
Security Robotics present themselves – System demonstration at the Continental Group
Lead companies in the technology sector always have their eyes and ears on the proverbial pulse of time. When groundbreaking technologies are presented at trade fairs and events, you can be sure to meet expert representatives of renowned companies and associations....
Integrative platform solutions as the core of any security concept
Again and again we speak of integrative security solutions, of networking, of the interaction of the most diverse security components. But what does this mean? What forms the basis for such an exchange to take place, for many things to become one big whole, which is...
Tariff increases as an opportunity for rethinking in the security industry
The United Services Workers' Union, or Ver.di for short, is a very strong and present trade union. Together with the BDSW, which has more than a quarter of a million members, the workers' representatives regularly campaign for wage adjustments and compensation for...
EU top politician Marion Walsmann visits Security Robotics
To help shape the digital future, you first have to understand it. And especially when it comes to topics such as AI, robotics and smart security systems, nothing is more enlightening than entering into an intensive discourse with inventors, innovators and precisely...
Why we should help shape the EU’s AI law.
Traditionally, the EU goes into the political summer break until the beginning of September. One topic that has occupied the representatives of the "Telecommunications Working Group" in particular right up to the last session is the so-called AI Act (Artificial...
Understanding and experiencing safety robots on the Innovation Days July 2022
"Today's innovation is tomorrow's standard." Especially in the field of robot systems and the associated hardware, sensors, software and network technology, this saying is 110% true. And so it is only logical to hold our Innovation Days several times a year. For...
Security robots and control centers, singleplayer or dreamteam?
"The whole is greater than the sum of its parts." Aristotle once said, summing up in one sentence what today would be simplified as "Together we are strong". For it is only through the interaction of different partners and the right selection of hardware and software...
Humans and robots – service partner for the future?
An ordinary morning in an ordinary company. An employee enters the main gate of the branch. His digital access authorisation is automatically recorded, verified and he can continue on his way without delay. Other employees approach with an unusual amount of luggage....
SPOT proves its skills at the DB Test Centre Delitzsch
The Security Robotics Innovation Days have become a permanent fixture in our own company and well-known companies also take part in the event every year full of curiosity. In September 2021, we got into conversation with Mr Schermann, CTO (Security) of Deutsche Bahn...
Security Robotics at the Dussmann Autonomous Day
Security Robotalk: State-of-the-art robot solutions for the modern facility management specialist Dussmann Service New technologies are conquering the world, gaining more and more importance in the course of digitalization - also in the facility management industry....
The start of something big: Security Robotics at the Munich SecurityExpo
Security Robotalk: AI and state-of-the-art robotics - Security Robotics comes to the Munich SecurityExpo The Munich Security Expo is known for its role as an innovator. What is shown here is the industry standard a few years later at the latest. For this reason, the...
The new precision work in security
Security Robotalk: Precision at the very highest level - this is how robots are used in industry There are industries that feel the technology shift more than others. One of these is the security industry. On the one hand, it feels it directly - through...
How safety robots change Industry 4.0
Security Robotalk: Guard, measure, accompany - this is how Industry 4.0 is changing the security industry with robots 3 am. Large pressure vessels stand on a huge factory site. Silence reigns. Only a light rhythmic and mechanical tapping can be heard. It is the...