Top 50 Autonomous Mobile Robot in Europe

Sevensense Robotics develops autonomous navigation systems for mobile robots using advanced sensor fusion and machine learning algorithms. Their technology enables robots to operate safely and efficiently in dynamic environments, addressing the challenges of obstacle detection and path planning in real-time.

The startup develops autonomous robots that perform efficient striping for parking lot layouts using precision-guided technology. This method enables striping companies to complete projects faster and with fewer resources, significantly increasing productivity while minimizing environmental impact.

Develops an AI-driven software stack for general-purpose robots, focusing on simulation, perception, and navigation to improve their understanding of spatial environments and human behavior. This technology enables robots to safely and effectively collaborate with humans across diverse settings, addressing the limitations of current robotic systems in dynamic and unstructured environments.

Oinride Oy develops mobile robots, such as the AutoJoe, designed for remote operation in hazardous environments, enhancing operator safety and productivity. Their ControlWire® software suite provides real-time monitoring and analytics, enabling efficient management of robotic assets while minimizing operational costs.

Provides a B2B micro-mobility platform that uses autonomous electric vehicle fleets equipped with AI and IoT technologies to transport people, particularly those with reduced mobility, in environments like airports, hospitals, and museums. This solution improves accessibility and independence for users while offering facilities a scalable, efficient transportation system.

The startup develops small outdoor robots that utilize GPS technology and algorithms to facilitate infrastructure layout and sports pitch marking. These robots enable engineers to efficiently survey and delineate areas for roads and sports fields, significantly reducing the time required for these tasks.

Robotise Technologies develops the JEEVES service robot, utilizing a cloud robotics IoT platform for autonomous mobile logistics in healthcare, hotels, and offices. This technology addresses labor shortages and enhances operational efficiency by automating material transport and touchless service delivery.

Energy Robotics develops software solutions for mobile inspection robots that enhance operational efficiency in asset monitoring and maintenance. Their technology addresses the need for accurate, real-time data collection in hazardous environments, reducing downtime and improving safety for industrial operations.

Opteran develops neuromorphic software that mimics the brains of insects and animals, enabling autonomous machines to navigate complex environments without relying on GPS or extensive data collection. This technology provides robust and efficient localization in dynamic conditions, enhancing the operational capabilities of mobile robots in unstructured spaces.

Gideon Brothers develops autonomous mobile robots equipped with AI visual perception to automate manual material handling tasks in manufacturing, logistics, warehousing, and retail. Their technology addresses labor shortages and inefficiencies by increasing throughput, improving process stability, and enhancing workplace safety.

Agile Robots develops intelligent robotic systems that integrate advanced machine learning and sensor technologies for automation in various industries. Their solutions enhance operational efficiency by enabling precise task execution and reducing labor costs in environments that require repetitive or complex manual processes.

WAKU Platform provides a centralized software solution for managing and analyzing mobile robots, including AGVs and AMRs, by automating troubleshooting, maintenance, and asset management. This platform enhances operational efficiency by reducing mean time to repair (MTTR) and enabling predictive maintenance through real-time device data insights.

Idealworks provides a robotics ecosystem that includes the AnyFleet cloud platform, iw.hub autonomous mobile robots, and iw.os operating system to automate material handling and inventory processes in warehouses. This solution reduces operational costs and improves delivery times by addressing inefficiencies in supply chain management through real-time monitoring and integration with existing systems.

Swiss-Mile develops an AI-driven wheeled-legged robot designed for logistics and monitoring, capable of autonomously transporting goods and detecting anomalies in real-time. This technology addresses labor shortages by automating repetitive tasks, enhancing operational efficiency, and improving worker safety across various sectors, including security and construction.

Sonair develops a 3D ultrasonic sensor that enables autonomous mobile robots (AMRs) to detect distance and direction to objects within a 180x180 field of view, significantly enhancing spatial awareness. This technology reduces navigation and safety sensor costs by up to 80%, addressing the high expenses associated with traditional laser and camera systems.

The startup develops robotic systems equipped with a proprietary communication platform for control and video transmission, enabling autonomous operations in military environments. This technology allows defense units to conduct warfare without human involvement, addressing the risks associated with human casualties in combat scenarios.

Keybotic designs and manufactures autonomous four-legged robots equipped with AI algorithms for real-time monitoring, inspection, and mapping of complex industrial environments. These robots enhance safety and productivity by detecting thermal anomalies and gas leaks, thereby minimizing downtime and maintenance costs in facilities such as chemical plants and oil refineries.

PHINXT Robotics provides a universal software platform that enables warehouses to deploy and manage autonomous robots for tasks such as material handling and parcel sorting, requiring minimal infrastructure and expertise. This solution addresses operational inefficiencies by ensuring over 98% uptime and significantly increasing pick rates and throughput while reducing labor costs and error rates.

ANYbotics develops legged robots specifically designed for industrial inspection tasks in challenging environments. These robots enhance operational safety and efficiency by autonomously navigating complex terrains to perform inspections that would be hazardous for human workers.

Develops humanoid robots, such as the Mirokaï, that combine advanced AI-driven interaction and mobility with industrial design to automate logistics and customer service in environments like hospitals, hotels, and airports. By reducing manual tasks such as equipment transport and guest assistance, these robots improve operational efficiency and allow staff to focus on higher-value activities.

Coalescent Mobile Robotics develops autonomous mobile robots designed for in-store transportation of goods, including restocking and order fulfillment. By automating the movement of trolleys, the robots reduce employee walking time by up to 40%, enhancing operational efficiency and allowing staff to focus on customer-centric tasks.

Neura Robotics develops cognitive robotic assistants equipped with advanced sensors and artificial intelligence to enhance human-machine collaboration in both industrial and personal environments. Their technology addresses the need for intuitive interaction and autonomous navigation, enabling robots to perform complex tasks safely and efficiently.

Clevon develops and manufactures lightweight, fully electric autonomous robot carriers designed for last-mile delivery in urban environments. These driverless vehicles reduce labor costs by 80-90% while ensuring timely and safe package delivery, supported by a proven track record of zero safety incidents over three years of operation on public roads.

ALTO Robotics provides an AI-driven robotics solution called node that automates shopfloor processes such as transportation, inventory management, and quality checks without requiring extensive training or new infrastructure. This technology reduces human error, minimizes hidden costs, and enhances production efficiency by facilitating real-time data collection and adaptive workflows.

The startup develops autonomous unmanned aerial vehicles (UAVs) that operate independently of satellite navigation and radio control. This technology enables reliable drone operations in environments where traditional navigation systems are unavailable or compromised.

Avular develops modular drone and mobile robotics platforms, including the Vertex One drone and Origin One robot, equipped with advanced autopilot technology for autonomous navigation. Their solutions enable the rapid integration of custom sensors and the automation of existing machinery, addressing the need for efficient and precise robotic applications in various industries.

This startup develops autonomous farming robots utilizing ExoMars Rover technology to carry precision agricultural tools and integrate with an intelligent data platform. Their solution addresses the need for fresh, chemical-free produce by modernizing traditional farming methods through automation and data-driven insights.

Provides autonomous outdoor vehicle parking and logistics solutions using mobile robots and intelligent storage management software. This system increases parking capacity, reduces operational costs, and streamlines vehicle handling for industries like valet services and car logistics.

NODE Robotics provides plug-and-play software solutions for autonomous mobile robots, enabling seamless integration of localization, navigation, and fleet management technologies. This platform addresses the challenge of complex robot deployment by allowing OEMs to configure and operate diverse robotic systems without hardware modifications.

The startup develops affordable smart mowing robots equipped with artificial intelligence that autonomously navigate lawns while avoiding obstacles such as plants, water, and animals. These robots provide efficient lawn maintenance and security features, along with lifelong free software updates to enhance functionality over time.

Manifest builds integrated platforms for designing and manufacturing advanced humanoid robots. Their solution combines modular hardware with AI-driven control software to streamline development and enhance robotic adaptability for industrial and service applications.

Academy of Robotics designs and builds autonomous machines, including delivery bots and helper-bots for sectors like logistics and healthcare. Their technology simplifies complex tasks by providing reliable robotic solutions that enhance operational efficiency and reduce the need for human intervention.

Olive Robotics develops interoperable embedded sensor technologies, including the olixSense™ IMU and olixVision™ Camera, powered by ROS 2 for real-time data processing and low-latency communication. Their solutions enhance the precision and intelligence of mobile robots and industrial automation systems, enabling seamless integration and adaptability across diverse applications.

The startup offers a robotics development platform that enables teams to collaboratively design and test complex robotic behaviors using simulation technology. By providing access to open-source tools and libraries for autonomous systems, the platform facilitates the efficient development of robotics and AI solutions.

Ava Robotics develops autonomous telepresence robots that facilitate remote collaboration, security, and healthcare services in workplace environments. Their technology enables real-time interaction and monitoring, enhancing productivity and safety while minimizing the need for physical presence.

The startup develops an autonomous mobility system that integrates with existing public transport networks, utilizing cloud-based technology to provide real-time movement data. This system enhances urban mobility by enabling seamless navigation for users, improving access to transportation options and reducing congestion.

Sherpa Mobile Robotics designs and manufactures autonomous mobile robots (AMRs) that optimize intralogistics by automating the transport of goods, including pallets and containers, within industrial environments. Their solutions enhance productivity and safety by reducing manual handling and streamlining material flow, addressing labor shortages and inefficiencies in logistics operations.

Ant Robotics develops autonomous agricultural robots equipped with image recognition and deep learning algorithms to identify and remove harmful weeds in crops. Their technology enhances farm productivity by up to 40% while reducing labor costs and physical strain on workers.

KEMARO AG develops autonomous cleaning robots designed for industrial environments, specifically the K900 model, which operates with advanced navigation technology to detect and avoid obstacles. These robots help companies reduce cleaning costs by up to 50% while efficiently maintaining safety in hazardous areas.

Agora Robotics develops autonomous cleaning robots that utilize advanced mapping and navigation technology to efficiently clean hard surfaces in large facilities like warehouses and airports. The robots operate independently, managing their own charging and waste disposal, which addresses the labor shortage in routine cleaning tasks.

Inovo Robotics develops a low-cost collaborative robot (cobot) designed to automate repetitive and hazardous tasks within existing workforce processes. Their modular robotic arms and intuitive software enable businesses to enhance operational efficiency and reallocate staff to more valuable work without the need for extensive robotics experience.

Provides a low-code platform for designing, simulating, and deploying autonomous robotics solutions, including drones, ground vehicles, and satellites. It enables rapid prototyping, real-time fleet monitoring, and seamless integration with ROS2 and custom code, improving efficiency and safety in sectors like agriculture, public safety, and education.

The startup develops autonomous robots specifically designed for healthcare environments, automating the transport of small equipment and supplies within hospital wards. This technology allows nurses and healthcare staff to focus more on patient care by reducing the time spent on logistical tasks.

Flowbotic designs and manufactures autonomous mobile robots (AMRs) equipped with artificial intelligence to enhance efficiency and safety in manufacturing and intra-logistics operations. Their technology enables manufacturers to automate material handling processes, reducing labor costs and increasing operational flexibility.

E-COBOT manufactures autonomous mobile robots designed for logistics tasks in stores and warehouses, utilizing advanced artificial intelligence for navigation and task execution. Their solutions enhance operational efficiency by automating the transport of various items, such as packages and carts, thereby reducing manual labor and streamlining supply chain processes.

The startup develops modular mobile robots equipped with artificial intelligence for indoor navigation in healthcare facilities. These robots facilitate the efficient transport of goods, addressing the challenges of manual logistics and improving operational workflows in health establishments.

ECEON develops autonomous mobile robots equipped with advanced artificial intelligence and cognitive visioning technologies for intralogistics applications. These robots automate material handling tasks, reducing costs by up to 90% and increasing productivity by 200-300%, all without requiring prior user training.

The startup develops and commercializes terrestrial robotic platforms equipped with modular technologies in mechanics, electronics, autonomous navigation, and artificial intelligence. These robotic systems are designed to operate effectively in human environments, enhancing operational efficiency and safety in various applications.

The startup develops mobile robots equipped with mechatronics, AI, and autonomous navigation to perform labor-intensive tasks in various environments. By utilizing advanced human-machine interaction techniques, these robots enhance operational efficiency and reduce the physical burden on workers.

Zeal Robotics develops autonomous mobile robots equipped with advanced navigation and control algorithms specifically designed for warehouse operations. These robots enhance operational efficiency by automating material handling tasks, reducing labor costs, and minimizing human error in inventory management.