What BruBotics does

BruBotics is the Brussels Human Robotics Research Center of the Vrije Universiteit Brussel (VUB), officially launched on April 27, 2016 and operating as an institutional research unit of the university. It concentrates eight interdisciplinary research groups covering robotics, AI, rehabilitation sciences, movement sciences, social sciences, ageing, retail marketing, and eHealth, employing more than 120 researchers across two Brussels campuses (Etterbeek headquarters and a Jette medical-campus satellite). The center develops human-centered robotic systems including lower-limb exoskeletons (RevalExo, ALTACRO), rehabilitation robots (SAFER), collaborative robots (ClaXon cobot 'Walt'), surgical AR (SARA), social care robots (WONDER, Zora), bionic prosthetics (Cyberlegs, AMPFoot), self-healing soft robots (SHERO), and spinal exoskeletons (SPEXOR), with notable proprietary components such as Series-Parallel Elastic Actuators and adaptive control software claimed to deliver a 60% accuracy improvement on compliant robots.

Its technology base combines custom hardware (multimodal sensors, soft materials, compliant actuation) with in-house AI frameworks—AidWear for intention detection and human-in-the-loop optimization, intent-aware control for SAFER, gesture recognition via Robovision deep learning in ClaXon, and tactile perception trained on NVIDIA Isaac Sim under the SKINAXIS project. Validation occurs through clinical partnerships with UZ Brussel, Bewel, and nursing homes, alongside industrial deployment pilots with Audi Brussels and the SOPHIA consortium coordinated with Volkswagen Sachsen. Competitive technology transfer has produced two spin-offs, Axiles Bionics (bionic prosthetics) and iCense (neuro-research services), with Axiles having received an Innoviris €2M R&D subsidy.

The business model is research-center economics rather than commercial product sales: revenue is generated from competitive government grants (EU H2020 / FP7 / ERC, Belgian FWO, IWT/VLAIO, regional Innoviris), industry R&D collaborations (Otto Bock, Ossür, and over 70 Flemish companies over a five-year window), technology licensing, and spin-off equity, delivered via a Brussels-based academic infrastructure with pan-European consortium participation rather than a traditional sales force.

Name

BruBotics

Legal name

Vrije Universiteit Brussel

Website

https://brubotics.eu

Company type

Private

Founded year

2016

Operating status

Operating

Headcount range

101–250 employees

Short description

BruBotics is the interdisciplinary Brussels Human Robotics Research Center of VUB, combining robotics, AI, rehabilitation and social sciences across 120+ researchers to build exoskeletons, rehab robots, cobots, prosthetics, and social robots for healthcare and industry.

Ownership category

akta.pro rank

Product category

Human-Centered Robotics Research and Development

NAICS

Computer Systems Design and Related Services (54151), Professional, Scientific, and Technical Services (541)

SIC

Orthopedic, Prosthetic & Surgical Appliances & Supplies (3842), Services-Computer Integrated Systems Design (7373)

akta.pro primary industry

Healthcare & Assistive Robotics (HDAAAIAC)

akta.pro secondary industries

Humanoid & General-Purpose Robots (HDAAAIAJ), Robot Software, Autonomy Stacks & Simulation (ROS, digital twins) (HDAAAIAK), Surgical Robotics & Computer-Assisted Surgery Platforms (HLAHADAF)

Keywords

• Human-centered robotics research
• Rehabilitation exoskeleton development
• Collaborative robot systems
• Assistive bionic prosthetics
• Human-robot interaction technology

Headquarters

HQ city

Brussels

HQ country

Belgium

HQ region

Europe

Offices2 records

Markets served

GTM type

B2B

Offering type

Services

Cost components

Personnel, Technology or R&D, Infrastructure, Operations, Marketing or Sales

Revenue model

1. Government Research Funding: BruBotics generates revenue through competitive government-funded research grants including EU Framework Programmes (FP7, H2020), European Research Council (ERC), national agencies (FWO, IWT/VLAIO, Innoviris), and regional government bodies. Multiple international (H2020, FP7, ERC) and national (FWO) and regional (IWT SBO, iMinds ICON, Flanders Make ICON, Innoviris) projects running.
2. Industry Collaboration and R&D Services: Direct collaboration with companies for research and development, technology licensing, and contract research. Research groups have had collaborations with over 70 unique Flemish companies over 5 years. European collaborations with industry leaders like Otto Bock and Ossür.
3. Spin-off Companies: Technology transfer through spin-off companies including Axiles Bionics (bionic prosthetics) and iCense (neuro-research services measuring emotional reactions). Goal to launch several spin-offs.

Go-to-market motion1 record

Distribution channels4 records

Marketing channels5 records

Core offering

BruBotics is the Brussels Human Robotics Research Center of VUB, conducting interdisciplinary research across 8 research groups in human-centered robotics. The center develops rehabilitation robots, exoskeletons, bionic prosthetics, collaborative robots, social robots, self-healing soft robots, and surgical augmented reality systems. It delivers outputs through government-funded research projects, industry R&D collaborations, technology licensing, spin-off creation, and dedicated testing infrastructure.

Differentiator

Problem solved

Functional benefit

Brands

• VEXO: BruBotics student team name for exoskeleton competitions including ASTM Exo Games
• AugmentX
• AI Experience Center

Products and services

• SAFER Rehabilitation Robot A rehabilitation robot that senses the patient's physical state during therapy and adjusts exercise intensity in real time based on patient abilities and needs, with an intelligent cuff reproducing a therapist's hand sensitivity. Uses AI to steer the robot and adjust assistance levels and can operate both lower and upper limbs for extended therapy sessions. Targeted at therapists and rehabilitation patients.
• AidWear AI-Driven Wearable Robots AI frameworks enabling robotic assistive devices (active prosthetics and lower-limb exoskeletons) for Parkinson's patients and amputees, advancing intention detection, mid-level optimization, and dynamic simulation. Building on the AI4exo project with technology transfer paths to existing Belgian start-ups.
• ALTACRO Rehabilitation Exoskeleton Automated Locomotion Training using an Actuated Compliant Robotic Orthosis. A step rehabilitation robot powered by compliant actuators developed for clinical testing in brain rehabilitation therapy.
• RevalExo Lower-Limb Rehabilitation Exoskeleton A wearable lower-limb exoskeleton integrating three functions: Assess (multimodal sensors for patient physical state monitoring), Assist (activities of daily living), and Resist (muscle strength training). Includes IoT connectivity for remote therapist follow-up, remote torsionally compliant actuation, and cuffs with embedded pressure sensors for neurological rehabilitation patients and older adults with sarcopenia.
• ClaXon Collaborative Robot System (Cobot Walt) An imec.icon research project for improved human-robot collaboration in manufacturing. Produced the cobot 'Walt' deployed at Audi Brussels production line, using adaptive control software that increased compliant robot accuracy by 60% and gesture-based human-robot communication powered by Robovision deep learning. Targets SMEs needing flexible, cost-effective collaborative robotics.
• Cyberlegs Lower-Limb Prosthesis An EU FP7 project developing a smart lower-limb ortho-prosthesis that integrates the user's physiology into the control of the prosthesis. Collaboration between R&MM and MFYS research groups at BruBotics.
• AMPFoot Bionic Prosthesis A lower-limb prosthesis prototype (AMP-Foot 4) developed for CYBATHLON competition and targeted at commercialization of bionic prosthetics for lower-limb amputees. An Axiles Bionics spin-off project that received EUR 2 million R&D subsidy from Innoviris.
• Spexor Spinal Exoskeleton An EU H2020 project developing a revolutionary spinal exoskeleton to prevent low-back pain in able-bodied workers and support workers with low-back pain, with musculoskeletal stress monitoring system and adaptive control architecture. Targets occupational back injury prevention.
• SOPHIA Cobots and Exoskeletons Platform An EU H2020 project (EUR 6.5 million funding) developing socio-physical interaction skills for cooperative human-robot systems in agile production across 12 partners in six EU countries. Delivers a new generation of cobots and exoskeletons for healthier workplaces.
• SARA Surgical Augmented Reality Assistance An imec.icon project that overlays 3D medical images and planning information onto patient anatomy during neurosurgery and orthopedic surgery using voice and gesture-controllable rendering apps on wall-mounted displays and Microsoft HoloLens. Targets surgical training, planning, visualization, and navigation.
• SCANERGY Smart Grid AI System An EU FP7 project building a scalable modular system for energy trading between prosumers using an intelligent multi-agent system. Manages electricity production and consumption at dwelling, neighborhood, and city levels via simulation, prediction, and optimization algorithms.
• AugmentX Research Lab Services A Flanders Make research lab at VUB that evaluates human augmentation technologies including exoskeletons and collaborative robots. Offers workshops and third-party services around exoskeletons and cobots for researchers, industry partners, and SMEs.
• WONDER Social Care Robot System An iMinds ICON project delivering an automated, interactive 24/7 care service using Zora humanoid robots in nursing homes. Uses kinsei sensors from Xetal and wearables to detect behavioral disturbances and trigger personalized memory interventions for dementia residents.
• SHERO Self-Healing Soft Robotics An EU H2020 FET Open project developing fully-autonomous self-healing soft robotic devices that integrate engineered functional materials, smart sensing, and active actuation to detect damage, evaluate performance, induce autonomous healing, and restore functions without human intervention.
• DREAM Robot-Enhanced Therapy An EU FP7 project delivering next-generation Robot-Enhanced Therapy (RET) for children with Autism Spectrum Disorder (ASD) using NAO and Probo social robots operating autonomously under therapist supervision. Includes a cognitive model interpreting sensory data to assess child behavior and map appropriate robot actions.

Quantifiable outcome

• 60% increase in accuracy of compliant robots through ClaXon adaptive control software
• +2 more outcomes

Named customers5 records

Segments3 records

Ideal customer profiles4 records

Technology focussed Yes

API detail

Has API

No

API docs

API detail

Core technology

AI maturity

App detail

Integration1 record

AI capability13 records

Feature7 records

Partnerships

14 partnerships are on record, tiered core and major.

• MelexiscoreStrategic or Co-development Partner · 17 April 2026Collaboration under VLAIO-funded SKINAXIS project to develop touch-enabled robots using Melexis' Tactaxis 3D magnetic tactile sensor. BruBotics uses NVIDIA Isaac Sim for AI training via simulation before real-world validation.
• Audi BrusselscoreStrategic or Co-development PartnerPartner in ClaXon project deploying cobot 'Walt' at Audi Brussels production line. Uses multimodal sensors and deep learning technology from Robovision for human-robot collaboration.
• Flanders MakecoreStrategic or Co-development PartnerR&MM is a core lab of Flanders Make, with AI Lab, SMIT, MFYS and ETRO also active in Flanders Make projects. Flanders Make AugmentX research lab opened at VUB.
• imeccoreStrategic or Co-development PartnerSMIT and ETRO are part of imec, enabling participation in imec.icon projects. Collaborative research with imec on rehabilitation robots, sensors, and smart systems.
• NVIDIAcoreTechnology or IntegrationBruBotics uses NVIDIA's Isaac Sim platform to train AI models via simulation for tactile sensing and robotic AI development.
• RobovisionmajorTechnology or IntegrationDeep learning technology partner in ClaXon project. Software used for image processing and robot interpretation of reality in cobot applications.
• InnovationQuartermajorStrategic or Co-development PartnerCoordinator of EXSKALLERATE project for boosting SME adoption of exoskeletons in North Sea Region. Part of consortium from six European countries.
• Istituto Italiano di TecnologiacoreStrategic or Co-development PartnerCoordinator of SOPHIA EU project. 12 partners from six EU countries developing cobots and exoskeletons for improved workplace ergonomics.
• Otto BockmajorStrategic or Co-development PartnerIndustry partner in SPEXOR project for spinal exoskeleton development. Global leader in prosthetics and orthotics technology.
• SoftKineticmajorTechnology or IntegrationSensor technology partner in ClaXon project providing touch and proximity sensors for human-robot interaction.
• Otto BockmajorStrategic or Co-development PartnerPartner in SPEXOR spinal exoskeleton consortium. Collaboration in European research projects with world leaders in prosthetics.
• euRoboticscoreStrategic or Co-development PartnerAI Lab and R&MM are active in European cluster organization for robotics research and development.
• VUB TechTransfercoreOthersTechnology transfer office of VUB supporting spin-off development, technology licensing, and industry collaboration.
• FARI - AI for the Common Good InstitutecoreStrategic or Co-development PartnerJoint AI institute with ULB and Brussels Capital Region announced during Belgian AI Week. European Commission President Ursula Von der Leyen visited the AI institute.

Scale indicators8 records

Recent moves8 records

Expansion highlights6 records

Emerging players

• Ekso Bionics: Public company developing exoskeletons for medical and industrial applications. Operates in the same commercial exoskeleton space where BruBotics conducts research; a potential licensee or competitor for BruBotics' exoskeleton IP.

Direct peers

• MIT Computer Science and Artificial Intelligence Laboratory (CSAIL): MIT's flagship AI and robotics research lab with major grants, industry partnerships, and academic-to-commercial technology transfer pipeline. Comparable in scale, interdisciplinary research breadth, and research output.
• ETH Zurich Autonomous Systems Lab: Leading robotics research lab at ETH Zurich with expertise in autonomous systems, soft robotics, and human-robot interaction. Comparable as an academic research center producing IP and spin-offs in advanced robotics.
• Oxford Robotics Institute: Oxford's robotics research institute with focus on autonomous systems and human-robot interaction. Comparable as an academic research center with multidisciplinary expertise and industry partnerships.
• Imperial College London Personal Robotics Lab: UK robotics research group with focus on assistive and personal robotics. Comparable as an academic research center working on human-centered robotics and rehabilitation applications.
• Delft University of Technology Robotics Institute: Dutch robotics research institute with multidisciplinary groups and industry collaboration model. Comparable as a European university research center producing assistive robotics IP and spin-offs.
• Carnegie Mellon Robotics Institute: Premier US robotics research institute with extensive industry collaborations, government funding, and robotics spin-offs. Comparable as a leading academic robotics research center with a strong commercialization track record.
• Italian Institute of Technology (IIT): Italian research center focused on humanoid robotics and rehabilitation technology. Direct partner of BruBotics in the SOPHIA EU project; comparable as a European robotics research center producing applied research and spin-offs in assistive robotics.

Broad incumbents

• Össur: Global leader in prosthetics and orthotics. Listed as an industry partner of BruBotics (SPEXOR project). Comparable in the prosthetics and orthopedic technology space as a commercial industry incumbent.
• Toyota Research Institute: Toyota's research arm investing in robotics, AI, and autonomous driving. Comparable as a large, well-funded research organization with overlapping technologies (humanoid robotics, assistive devices) but with broader mandate and significantly larger scale.

Market position

Strengths5 records

Weaknesses4 records

Competitive moat5 records

Key risks5 records

Key highlights7 records

Customer concentration

• Xx.com/brubotics
• Facebookfacebook.com/brubotics
• LinkedInlinkedin.com/company/brubotics

Revenue estimate

Valuation estimate

Number of profiles

Profiles4 records

Subsidiaries2 records

Funding overview

Funding rounds

Investors

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M&A

Investments

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Frequently asked questions about BruBotics