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Dubai, October 2025. At the world’s grandest stage for technology and innovation — where artificial intelligence, biotechnology, and advanced robotics converge — one European company shines with singular brilliance.  Gogoa Mobility Robots , a pioneer of Basque bioengineering, has been  officially invited to participate in GITEX Global 2025 , the most prestigious technology and innovation event on the planet. This invitation arrives in a milestone year:  Gogoa celebrates its tenth anniversary  as a company that has transcended the limits of robotics to become a  global benchmark in biomedical engineering and life-enhancing technologies for health, prevention, and human performance . GITEX GLOBAL 2025: THE STAGE WHERE THE FUTURE TAKES SHAPE From  13 to 17 October , the  Dubai World Trade Centre  and  Dubai Harbour  will host more than  200,000 visitors  and  6,000 exhibitors  from 170 nations. GITEX Global  is far more than a technology fair; it is the meeting point where the world’s foremost innovators debate, experiment, and envision the decade ahead. From artificial intelligence and biotechnology to digital health, clean energy, cybersecurity, and smart mobility, GITEX gathers under one roof the forces that are redefining the future.And this year, among global giants,  Gogoa will stand as the new frontier of bioengineering — applying science and design to advance health, prevention, and human capability. GOGOA: A DECADE LEADING THE NEW ERA OF BIOENGINEERING What began ten years ago as a Basque start-up devoted to exoskeletons for neurorehabilitation has evolved into an international company that designs, develops, and integrates  technologies aimed at expanding both physical and cognitive capacity . At Gogoa, engineering is never an end in itself, but a  means to elevate human potential . Today, its innovation ecosystem embraces three major domains: Health and Functional Recovery:  robotic solutions, cognitive systems, and intelligent therapies that optimise motor, neurological, and mental rehabilitation. Prevention and Well-being:  biomedical technologies that analyse, strengthen, and preserve muscular and neurological function, reducing risk of injury and deterioration. Sport and Performance:  tools that enable elite athletes and professionals to enhance performance, resilience, and recovery through data, neurostimulation, and advanced feedback. “At Gogoa we don’t just help people walk again — we help the world move forward. Our purpose is to unlock human potential, from the patient who learns to trust their body once more to the athlete striving to surpass their own limits.” —  Galder Arego, Brand Strategy Director, GOGOA Mobility Robots IN DUBAI: TECHNOLOGY THAT UNITES SCIENCE AND LIFE At  GITEX Global 2025 , Gogoa will present a new paradigm in bioengineering —  systems that merge artificial intelligence, adaptive robotics, biomechanical analytics, and applied neuroscience .The goal: to design intelligent therapeutic environments and sustainable experiences of human enhancement. During the event, Gogoa will unveil: Clinical and modular exoskeletons , suitable for both rehabilitation and physical training. Integrated cognitive-motor systems , capable of measuring and enhancing brain performance during movement. Advanced biomechanical assessment platforms  for injury prevention and performance optimisation. Tailored therapeutic projects , combining data, sensors, and predictive analytics to personalise every recovery journey. “The future of healthcare will not merely cure or restore — it will anticipate, enhance, and prevent. Gogoa is building that future.” —  Carlos F. Isoird, CEO, Gogoa Mobility Robots AN INVITATION THAT CELEBRATES EUROPEAN EXCELLENCE GITEX’s invitation acknowledges not only technological innovation but also the global impact of Gogoa’s distinctive model: a company that designs technology, applies clinical science, and operates its own network of therapeutic centres —  Gogoa Clinics , where research translates directly into tangible outcomes. This complete ecosystem — from design to clinical application — has positioned Gogoa as a  leader in integrated biomedical engineering , capable of bridging academia, industry, and human experience. INTERNATIONAL GROWTH AND EXPANSION Gogoa’s participation in GITEX cements its international projection. The company already develops projects and partnerships across  Europe and the United States , while its 2025–2030 strategy targets  new markets in the Middle East, Asia, and Latin America . With sustained investment in R&D —  over 30% of annual revenue dedicated to innovation  — Gogoa is shaping a future in which bioengineering becomes a driver of economic, medical, and social progress. “From the Basque Country to the world. We aim to prove that European innovation can lead the global transformation of health and human performance.” —  Guillermo Asín, R&D Director, Gogoa Mobility Robots GOGOA AT GITEX: TO LEAD IS TO INSPIRE In Dubai, Gogoa will showcase more than technology — it will share a vision:  a bioengineering that unites science, technology, and purpose. Where others display algorithms or prototypes, Gogoa will present  a new way of understanding human potential . Because leadership is not only about innovation. Leadership is about inspiration. And at  GITEX Global 2025 , Gogoa will demonstrate that  engineering can be every bit as human as the heart that drives it. GOGOA MOBILITY ROBOTS Global leader in bioengineering for health, prevention, and human performance.

Last week, the consortium of the  VIVELAB-EXO  project undertook a pivotal phase of data collection and evaluation within the  Human-Centric Laboratory  at CTAG’s state-of-the-art facilities. This milestone underscores the shared commitment of all partners to transform industrial ergonomics and exoskeleton deployment into a measurable, safe, and widely accessible reality. What is VIVELAB-EXO? VIVELAB-EXO  is an initiative co-funded by  EIT Manufacturing , uniting the expertise of  CTAG ,  ViVeTech Nyrt. ,  GOGOA Mobility Robots , and  FAREL Plastics  (a Wirthwein Group company). Its mission is to pioneer an innovative methodology to evaluate the ergonomic benefits of exoskeletons, harnessing the power of  advanced simulation  and  human digital twins . The vision is bold yet clear: to deliver a tool that accelerates the adoption of physical assistance devices across manufacturing and beyond, providing quantifiable evidence of their ability to reduce strain, prevent musculoskeletal disorders, and enhance worker well-being. Scientific and Technical Challenges The creation of human digital twins seamlessly integrated with exoskeleton models poses a fascinating array of challenges: Multimodal data capture – encompassing kinematics, muscular forces, posture, fatigue, and workload. Coupled human–machine simulation – ensuring biomechanical models truly reflect real-world behaviours. Experimental validation with participants – calibrating digital models with empirical data. Decision-making interfaces – enabling ergonomists and industry leaders to interpret simulations with clarity and confidence. Recent Progress at CTAG In this latest campaign at CTAG: Extensive human data collection was carried out under controlled conditions simulating industrial tasks. Comparative assessments were undertaken to quantify the biomechanical differences between scenarios with and without exoskeleton assistance. These data sets are now feeding into the calibration of simulation models and digital twins. The exercise reinforced the cross-sector collaboration of the consortium, a decisive element in ensuring scientific rigour and industrial relevance. Such laboratory trials are indispensable, ensuring that digital simulations remain firmly anchored in reality, whilst providing invaluable insight into improvements required for real-world applications. Why It Matters for GOGOA As a core partner,  GOGOA  brings expertise in exoskeleton technology and industrial integration. The success of VIVELAB-EXO directly enhances our mission to set the standard in physical assistance solutions. Key benefits include: Delivering a digital decision-making tool for manufacturers to anticipate the impact of exoskeletons before large-scale adoption. Lowering barriers to acceptance by providing robust, quantitative evidence of ergonomic benefits. Cementing GOGOA’s role as a European frontrunner in industrial ergonomics and human-centred robotics. Moreover, synergies with the  SUPERHUMAN project  reinforce our trajectory towards next-generation solutions for fatigue mitigation and safe human-robot collaboration. The Road Ahead The forthcoming stages of VIVELAB-EXO will include: Refinement of digital twin models, drawing upon broader datasets and diverse industrial scenarios. Validation in real-world industrial environments, beyond the laboratory. Development of intuitive dashboards and interfaces to guide ergonomic decision-making. Adaptability across contexts, ensuring applicability to varied exoskeleton types and work settings. Long-term impact assessments, examining reductions in injuries, absenteeism, and worker fatigue. Conclusion The milestone reached at CTAG is more than a research exercise; it is a decisive step towards re-imagining how industry safeguards its workforce.  VIVELAB-EXO  epitomises the convergence of technology, ergonomics, and human-centred design, with GOGOA proudly contributing to this European endeavour. We remain steadfast in our mission: to make tomorrow’s factories safer, more efficient, and fundamentally more humane. Onwards we go!  🚀 #Innovation #Technology #Exoskeletons #Ergonomics #DigitalTwins #Industry40 #Manufacturing #PhysicalAssistance #EITManufacturing #Gogoa

QuirónSalud Bizkaia Hospital & Gogoa Mobility Robots 👉  Registration form here Robotic Neurorehabilitation Unit On  Tuesday 21st October at 6:00 pm , the  Auditorium of Quirónsalud Bizkaia Hospital  will host the  First Health and Robotic Neurorehabilitation Symposium , an exceptional event organised by the hospital’s  Robotic Neurorehabilitation Unit  in collaboration with  Gogoa Mobility Robots , Europe’s leading enterprise in exoskeletons and advanced neurorehabilitation solutions. 👉  Registration form here This landmark occasion celebrates a  double anniversary : the  first year of the Robotic Neurorehabilitation Unit at Quirónsalud Bizkaia  – the  only hospital-based unit of its kind in the Basque Country  – and the  tenth anniversary of Gogoa Mobility Robots , a Basque pioneer in the clinical application of robotic technologies for health. A showroom with live demonstrations The highlight of the symposium will be the opportunity to  witness cutting-edge technology in action  through an  interactive showroom  featuring live demonstrations of some of the most advanced devices developed and deployed by Gogoa: HANK Exoskeleton : an international benchmark in gait rehabilitation. In the live demonstration, attendees will see how patients with neurological impairment may regain the ability to walk thanks to this state-of-the-art exoskeleton. BELK Exoskeleton : a device conceived for  gait training and the enhancement of knee mobility , making it a versatile solution for exercise programmes and preventative care. Hand of Hope (HoH) Exoskeleton : an innovative system for the  rehabilitation of hand and arm mobility . This device restores functionality and creates new opportunities to recover essential movements – from grasping an object to performing precise everyday tasks. BESK Exoskeleton : a dynamic system for the  rehabilitation of upper limbs , enabling self-initiated, adjustable and safe therapies, while improving strength, coordination, and range of motion. ALPERK Vagus Nerve Modulator : a revolutionary device that  accelerates cerebral neuroplasticity , enhancing therapeutic efficacy and fostering functional recovery up to 50% faster. Balance platforms and virtual reality systems , integrating physical and cognitive training within immersive and motivating environments. This showroom will grant attendees the chance to  interact first-hand with the technology , appreciate its mechanisms, and discover how these innovations are  transforming neurorehabilitation within the hospital environment . A pioneering hospital-based unit The  Robotic Neurorehabilitation Unit at Quirónsalud Bizkaia Hospital  is the first and only hospital-based unit of its kind in the Basque Autonomous Community, making it a distinctive and pioneering resource compared with extramural initiatives. Its  unique value  lies in the combination of  cutting-edge robotic technology  with the  safety and assurance of a hospital clinical setting , where every patient benefits from: Continuous medical supervision throughout the therapies. Immediate access to diagnostic tests and hospital services. Multidisciplinary coordination with neurology, physiotherapy, rehabilitation, and traumatology. This model ensures safe, intensive, and personalised treatment for patients with stroke, acquired brain injury, spinal cord injury, neurodegenerative conditions (such as Parkinson’s disease, multiple sclerosis, ALS), as well as post-operative sequelae and traumatic injuries. Even in chronic stages or in cases where conventional therapies have reached their limit, robotic neurorehabilitation offers  new avenues of recovery , improving strength, mobility, balance, posture, and independence. Key speakers and real-life testimonies The programme will blend scientific insight with clinical expertise and personal experience: Carlos Fernández Isoird , CEO of Gogoa Mobility Robots, on the future of neurotechnology. Sara García Delgado , specialist physiotherapist in neurology and Head of the Robotic Neurorehabilitation Unit at Quirónsalud Bizkaia Hospital. Guillermo Asín Prieto , Director of R&D at Gogoa Mobility Robots. Patients and relatives , sharing their personal testimonies and journeys of recovery. Invited medical experts  (to be confirmed: neurologists, neurosurgeons, and trauma specialists). How to attend The symposium is open to patients, relatives, healthcare professionals, and anyone wishing to discover how technology is transforming neurological rehabilitation. 📅  Tuesday, 21st October – 6:00 pm 📍  Auditorium, Quirónsalud Bizkaia Hospital 🎟️  Admission free of charge 👉  Registration form here ✨ The  First Health and Robotic Neurorehabilitation Symposium  will be far more than a scientific gathering: it will be an  immersive experience , where attendees may  witness the HANK exoskeleton and other pioneering technologies in action , engage with them directly, and appreciate how the synergy between innovation, science, and hospital care is redefining the very future of neurological rehabilitation.

The  GAIA Project – Integrated management for the prevention, extinction and reforestation of forest fires (PLEC2023-010303) , funded by the  Spanish Ministry of Science, Innovation and Universities (MICIU/AEI)  and  CDTI  under the  Transmisiones 2023 Call , continues to progress with unwavering determination. This past Tuesday, a working meeting was convened at the premises of  Tekniker , bringing together the three partners engaged in  Task 2: Advanced personal protective equipment . The principal aim of this endeavour is the seamless integration of a  modular exoskeleton into the technical garments worn by firefighters , further enhanced with advanced sensors and innovative materials designed to: Mitigate  thermal stress  during firefighting operations. Enhance the  thermal protection  of the equipment. Elevate the  safety and resilience  of professionals operating in extreme environments. During the session, the consortium shared significant achievements: GOGOA  unveiled the integration of its modular exoskeleton with the  technical garments developed by FECSA . TEKNIKER  presented its latest advances in  flexible electronics printing , embedding temperature and humidity sensors directly into the fabric. The real-time monitoring afforded by these developments will provide invaluable input for  GOGOA’s Artificial Intelligence algorithms , enabling the early detection of thermal stress, facilitating informed decision-making, and offering firefighters additional safety features such as  GPS localisation  and  hazard alert signalling via LED indicators . This gathering represents a distinguished milestone in the trajectory of the project, fortifying the collaborative spirit of the consortium and underscoring our unwavering commitment to  technological innovation in the service of safety and protection in the fight against wildfires . 📷 Below, we share a selection of images from the day at Tekniker, illustrating the collective effort and shared vision of all partners involved.

By GOGOA Mobility Robots Bilbao, 23 July 2025 Yesterday, on the 22nd of July, the world observed World Brain Day —a date that pays tribute to an organ as intricate as it is indispensable. In a world where longevity is no longer the exception but increasingly the rule, one challenge stands out above all: to ensure that our minds endure as long as our bodies. Neuroplasticity: The Fine Art of Sculpting Without a Scalpel For decades, the adult brain was thought to be static—fixed in structure and capacity. Today, that notion lies firmly in the past. The brain is a living canvas, perpetually reshaped by experience. Thanks to neuroplasticity , not only do new connections emerge, but entirely new neurons can form—particularly in the hippocampus , the brain’s centre for memory and learning. Physical activity and cognitive stimulation serve as the chisels that shape this remarkable canvas. Studies show that as little as 30–40 minutes of moderate aerobic exercise, three to four times a week , can increase hippocampal volume by 1–2%, alongside noticeable improvements in memory. The Hippocampus: Memory Expanded (N+1) Far from being static, the hippocampus is dynamic and malleable. In older adults, its volume has been shown to increase by up to 2% annually, effectively counteracting age-related decline. A recent study involving individuals with mild cognitive impairment revealed that just two weekly sessions of strength training produced the following: Protection of key brain regions such as the hippocampus and precuneus. Significant gains in verbal memory. Increased neurotrophic factors such as BDNF and irisin . In some cases, partial reversal of cognitive decline. The verdict is clear: strength training is not merely for the body—it is vital for the brain . Enriched Environments: The Brain Thrives on Complexity Environments that stimulate—learning a language, altering one’s routine, playing music, or engaging in rich social interaction—are not indulgences. They are strategic interventions in brain health. In humans, those who lead intellectually active lives retain cognitive activation patterns similar to much younger adults. This phenomenon, known as cognitive reserve , supports both neurogenesis and long-term mental agility. Synergistic Strategies: Body + Mind = Unstoppable Brain The true magic lies in synergy. Combining physical training, cognitive stimulation, nutrition and restorative rest yields exponential benefits. This is the gold standard: Aerobic exercise (3–4 times weekly, 40 minutes): Increases hippocampal volume, boosts BDNF levels, improves memory. Strength training (2 times weekly): Preserves white matter, enhances executive function. Enrichment activities (reading, languages, the arts): Stimulate neural networks and consolidate learning. Sleep and stress management : Regulate cortisol, enable glymphatic cleansing, stabilise emotional tone. MIND diet : Rich in greens, berries, omega-3s; low in processed foods—offers protection against Alzheimer’s. Neurodegeneration Prevention: An Investment in Your Future Cognitive decline is not an inevitable sentence. These strategies can reduce the risk of Alzheimer’s and related conditions by over 30%, while significantly enhancing quality of life—starting today . Think of cognitive reserve as a savings account: the more you deposit, the greater your brain’s resilience to life’s challenges. GOGOA’s Weekly Plan: Build a Smarter Brain Monday, Wednesday, Friday 40 minutes of aerobic exercise (walk, cycle, swim) 10 minutes of mindful breathing or meditation Tuesday, Thursday Strength training (weights, resistance bands or bodyweight) 15 minutes of cognitive stimulation (language learning, memory games, focused reading) Weekend Long walk plus meaningful conversation Creative time: music, writing, art, or reading for pleasure Daily essentials 7–9 hours of sleep Anti-inflammatory, brain-focused nutrition (MIND diet) Avoid screens before bedtime Maintain strong, real-life social bonds Conclusion: The Brain Does Not Take Care of Itself World Brain Day must not be a fleeting occasion—it is a call to action. Ageing is natural; cognitive decline need not be. With consistent habits, we can not only mitigate it, but in some cases, reverse it. At GOGOA, we combine cutting-edge technology with neuroscience to reimagine human potential. Yet nothing replaces the power of a trained mind, a moving body, and a resolute will to preserve that which is most precious: our identity. So—what will you do for your brain today?

REHABLA: Pioneering Speech Rehabilitation Technology in Basque and Spanish At GOGOA, we are taking yet another step towards the transformation of neurorehabilitation by seamlessly integrating cutting-edge technology , linguistic inclusivity , and expert remote supervision . We are proud to unveil REHABLA , a groundbreaking product development initiative that will allow us to bring to market the very first online speech rehabilitation platform available in both Spanish and Basque , meticulously designed for individualised use under the remote guidance of certified speech and language therapists . A New Horizon in Digital Speech Therapy REHABLA is conceived with a clear and ambitious purpose: to attain Technology Readiness Level 9 (TRL9) by developing a fully operational medical device , prepared for commercial deployment and CE certification as a Class I medical device under the Spanish Agency of Medicines and Medical Devices (AEMPS). Throughout this endeavour, the project will include: The refinement and optimisation of the existing platform. The incorporation of new features tailored to the real-world needs of patients and speech therapists. Comprehensive preparation for market launch. The drafting and formalisation of all necessary technical documentation for certification and clinical rollout. Once completed, REHABLA will be seamlessly integrated into our clinical network and specialised robotic neurorehabilitation units , enriching our therapeutic ecosystem with a multilingual solution for speech disorders . A Technology in Service of Our Clinics The successful completion of this initiative will see REHABLA become an integral part of our advanced rehabilitation services , broadening our portfolio of digital therapies and further cementing our commitment to delivering comprehensive, inclusive and evidence-based medical care . This development fortifies our standing as pioneers in advanced healthcare technology and paves the way for a more accessible, effective and human-centred approach to speech therapy . We remain steadfast in our mission: bringing the rehabilitation of tomorrow into the hands of patients today . Supported by the FAST TRACK INNOBIDEAK Programme This initiative is proudly supported by the FAST TRACK INNOBIDEAK LAGUNTZA PROGRAMA – FAST TRACK INNOBIDEAK Support Scheme , under grant QB-2024/00243 , which promotes the development and industrialisation of high-value innovation projects across the Basque Country.

HANK, GOGOA's Rehabilitation Exoskeleton Introduction: The Augmented Human and Its Impact on Society The integration of technology with the human body is no longer a futuristic concept. Today, we are living in the age of the  augmented human , where advanced technologies are enhancing our physical, cognitive, and sensory abilities. This phenomenon is not only transforming the healthcare sector but also impacting sports, industry, defense, and space. At  GOGOA , we are at the forefront of this revolution, developing  exoskeletons  and  biomedical devices  designed to improve quality of life, increase performance, and enable rehabilitation. The concept of the augmented human encompasses a wide range of technologies, from exoskeletons for  neurorehabilitation  to systems that enhance physical strength in industrial environments or boost athletic performance. GOGOA is not only designing the future of health but is also opening doors in  industry ,  defense , and  space , with solutions that transcend the limits of what we once thought possible. GOGOA: A Key Player in Human Augmentation Innovation Exoskeletons for Rehabilitation and Neuroplasticity In the field of health and  neurorehabilitation , GOGOA's devices, such as  HANK , are making a significant difference. These exoskeletons not only assist patients in regaining mobility but are also designed to promote  neuroplasticity , an essential process for the rehabilitation of individuals with  spinal cord injuries ,  stroke , and  neurological disorders . Neuroplasticity is the brain's ability to reorganize and form new connections. GOGOA's devices, like  HANK , are designed to provide  dynamic assistance , adapting to users' needs as they progress in their rehabilitation process. Moreover, we are exploring how  functional electrical stimulation  and  brain-computer interfaces (BCI)  can integrate with our exoskeletons to provide even more effective rehabilitation.  ALPERK , a  vagus nerve stimulator , will soon be launched, further enhancing the rehabilitation process, either alongside exoskeletons or independently. Industrial Exoskeletons: Enhancing Performance and Safety GOGOA's  industrial exoskeletons  are designed to protect health and enhance efficiency in physically demanding work environments. These devices allow workers to lift heavy loads, reduce the risk of injuries, and perform repetitive tasks with less physical effort, increasing both  productivity  and  safety . For example, in the  automotive industry , exoskeletons can be used by workers to assist in large parts assembly or handling heavy materials. Additionally, in sectors such as  logistics  or  construction , these devices help workers maintain an ergonomic posture for extended periods, reducing the risk of musculoskeletal injuries. Exoskeletons in Sports: Enhancing Athletic Performance In the sporting field, GOGOA's exoskeletons are helping athletes improve their performance and prevent injuries. These devices allow athletes to increase their  effort capacity  without compromising their health. By providing additional support during training or competition, exoskeletons can help athletes push their physical limits, achieving improvements in strength, speed, and endurance. Moreover, GOGOA's devices are designed to offer  real-time feedback  on performance, aiding coaches and physiotherapists in adjusting training regimens and preventing long-term injuries. Exoskeletons for Defense, Rescue, and Space: Optimizing Strength in Extreme Environments In defense and space environments, where extreme conditions can impact human mobility and endurance, GOGOA's exoskeletons have the potential to optimize physical performance. These devices assist soldiers and rescue teams in performing physically demanding tasks over extended periods without compromising their health. By providing additional support in low gravity or military operations, exoskeletons enable greater  endurance  and  agility , which are critical for mission success and safety. Global Trends in Human Augmentation The global  human augmentation  market is growing rapidly. It is expected that the human augmentation market will reach  USD 739.59 billion  by  2030 , with a compound annual growth rate (CAGR) of  17.3% . This growth is driven in large part by the technological revolution fueled by advances in  artificial intelligence ,  smart biomaterials ,  brain-computer interfaces (BCI) , and  exoskeleton technologies . The applications of these technologies span from  health  and  neurorehabilitation  to  industry  and  defense , and are opening new opportunities to improve productivity, reduce healthcare costs, and enhance human performance. GOGOA: A Leader in Creating Human Augmentation Solutions At  GOGOA , we are committed to developing innovative solutions that enhance lives through the integration of advanced technologies into the human body. Our multidisciplinary approach enables us to create  medical devices ,  industrial exoskeletons , and  military exoskeletons that not only assist in rehabilitation and augment physical capabilities but also open new frontiers in human performance. The future of the  augmented human  is here. As body-technology integration technologies continue to advance, GOGOA is at the forefront of this revolution, with devices that not only enhance the body but transform the way we interact with the world. Conclusion: GOGOA and the Future of the Augmented Human The concept of the augmented human is more alive than ever, and at  GOGOA , we are working tirelessly to ensure this revolution is accessible, effective, and beneficial for all. Our  exoskeletons ,  rehabilitation devices , and  performance solutions  are changing the lives of people worldwide, from  rehabilitation patients  to  industrial workers ,  athletes , and  soldiers . The future of  human augmentation  goes beyond just physical enhancement; it is at the heart of a comprehensive transformation that affects our mobility, cognitive abilities, and our interaction with the environment. At GOGOA, we are designing this future, and we invite you to join us on this journey towards a stronger, healthier, and more capable human. Would you like to learn more about how GOGOA can help improve your performance and quality of life?   Contact us, and we will explore together how our innovative solutions can transform your life. GOGOA : Innovation, technology, and design to enhance the human experience.

On May 2nd, the world celebrated World Exoskeleton Day (WED) , an international initiative to highlight the positive impact of exoskeletons on people’s lives. At Gogoa Mobility Robots , we proudly joined this global celebration, reaffirming our commitment to developing technology that enhances autonomy, health, and quality of life. What is World Exoskeleton Day? World Exoskeleton Day was launched in 2022 by Project MARCH , a team from Delft University of Technology (Netherlands) dedicated to developing exoskeletons for people with spinal cord injuries. The initiative aims to raise public awareness about the real-world applications of exoskeleton technology—beyond science fiction or military use—and demonstrate its transformative potential in fields such as neurorehabilitation, physical assistance, and industrial ergonomics. Every year on May 2nd, professionals, researchers, companies, and users come together to share progress, success stories, and personal experiences that showcase the societal value of exoskeletons. 10 Years of Innovation at Gogoa This year marks a special milestone for Gogoa: our 10th anniversary . From our roots in the Basque Country, we’ve become pioneers in the development and commercialization of CE-marked rehabilitation exoskeletons in Europe. Our devices—including HANK , BELK , HAND OF HOPE , and ALPERK —are designed with a clear purpose: to support the recovery of individuals affected by stroke, spinal cord injury, or neurodegenerative diseases through evidence-based, user-focused solutions. Internal Celebration: Technology and Team Evolution While WED fell on a long holiday weekend in Spain, we moved our internal celebration to Monday, May 5th . During the event, we hosted a special talk reflecting on our journey, highlighting major milestones and the challenges we’ve overcome. It was also a moment to appreciate the evolution of our multidisciplinary team—engineers, clinicians, researchers, designers, and business professionals—united by one mission: to improve lives through human-centered technology. Looking Ahead Celebrating World Exoskeleton Day during such a meaningful year for Gogoa energizes our vision for the future. We remain committed to developing innovative solutions that combine technology with empathy , always centered on real user needs. We sincerely thank all the people, institutions, and patients who have trusted us over the past decade. Let’s keep walking together—toward a more inclusive, accessible, and human future.

Gogoa Mobility Robots had the distinguished honour of participating in InnoHive 2025 , the prestigious biennial event convened by EIT Manufacturing , held from 8 to 10 April in Brussels. This landmark occasion brought together over 500 eminent figures from the European manufacturing landscape, encompassing industrial leaders, policy architects, venture capitalists, researchers, academic institutions, and burgeoning technological enterprises. The shared objective: to cultivate synergies and propel innovation across the continent’s industrial fabric. Exhibiting Excellence: The SUPERHUMAN and VIVELAB-EXO Initiatives From our exhibition space, Gogoa proudly unveiled recent milestones within two of our most emblematic initiatives under the auspices of EIT Manufacturing: Superhuman and VIVELAB-EXO . These programmes address strategic imperatives such as industrial ergonomics, musculoskeletal strain reduction, and the prevention of work-induced physical impairments. SUPERHUMAN: Relieving Muscular Fatigue through Assistive Innovation Superhuman ( SUPport Exo to Relief HUman Musculoskeletal fAtigue in maNufacturing ) aspires to deliver a cutting-edge industrial exoskeleton, meticulously engineered to attenuate physical exertion during repetitive and biomechanically demanding tasks—such as load bearing and sustained awkward postures. The project’s ambitions are threefold: To mitigate the incidence of work-related musculoskeletal disorders (WMSDs) amongst manual operatives; To benchmark the Superhuman prototype against existing commercial alternatives; And to substantiate its efficacy through rigorous functional trials, notably in partnership with CTAG (Centro Tecnológico de Automoción de Galicia). Preliminary outcomes, presented at InnoHive, indicate a marked reduction in lumbar strain when employing the Superhuman system. VIVELAB-EXO: Simulation-Driven Ergonomics for Industrial Advancement The VIVELAB-EXO project—executed in concert with FAREL Plastics (Wirthwein Group) , CTAG , and ViVeTech Nyrt. —aims to revolutionise workplace ergonomics through a sophisticated simulation platform seamlessly integrated with industrial exoskeletons. Its strategic aims include: Addressing the pervasive challenge of WMSDs, a leading cause of occupational absenteeism across the globe; Elevating working conditions and operational output in demanding environments; Reinforcing ESG compliance through ergonomic innovation and labour optimisation. Gogoa, under the banner of Cyber Human Systems , spearheads the integration of exoskeletal technologies into real-world pilot implementations, whilst concurrently contributing to international standardisation via the ASTM F-48 working group. Marketplace Engagements: Fostering Strategic Technological Alliances Among InnoHive’s most enriching components was the Marketplace —an orchestrated forum designed to facilitate concise, high-impact dialogues between SMEs and established industrial stakeholders. In this setting, Gogoa conducted engagements with no fewer than 15 European entities, exploring areas of mutual interest, such as: Applied robotics in industrial contexts; Automation of ergonomically critical manual tasks; Sustainable workforce solutions and retention strategies; Cross-sector integration of biomechanics, AI, and digital simulation. These strategic exchanges served not only to cultivate prospective collaborations but also to further embed Gogoa within the pan-European innovation ecosystem. Representing Europe’s Technological Vanguard: Gogoa at the EIT Manufacturing Round Table In testament to our standing within the community of advanced technology SMEs, Gogoa was cordially invited to participate in a distinguished round table representing the voice of Europe’s innovation-driven enterprises. Our Project Director, Mr Javi Fínez , delivered a poised and insightful intervention, reflecting upon: The nuanced challenges encountered in managing multi-partner European projects; The tangible benefits conferred by participation in the EIT Manufacturing framework; And the critical role of collaborative infrastructure in facilitating knowledge transfer and scaling impact. Looking Forward: Purpose, Partnership and Pan-European Progress InnoHive 2025 has reaffirmed Gogoa’s role as a cornerstone of industrial ergonomics innovation in Europe. As we continue to navigate the convergence of human-centred technology and sustainable manufacturing, we remain steadfast in our commitment to advancing both productivity and the dignity of labour. At Gogoa Mobility Robots, we persist in uniting talent, technology, and purpose , ensuring that innovation is not merely conceived—but meaningfully deployed—where it matters most. gogoa innohive 2025 ergonomía industrial gogoa innohive 2025 ergonomía industrial

When, on the 6th of March, we announced our incorporation into the CASANDRA project, we encapsulated the essence in little more than two minutes of reading: "GOGOA joins forces to drive digital and sustainable manufacturing." That announcement merely opened the door; today, we invite you to step through it and discover what is unfolding within. Europe stands unrivalled in the manufacturing of complex, large-scale components, with Spain’s metalworking sector thriving above 8% growth in recent years. Yet, the bar continues to rise: ever-stricter regulations, demands for complete traceability, cost pressures, and the inexorable imperative to reduce carbon footprints. CASANDRA was conceived precisely to ensure that these challenges become advantages, not obstacles. The consortium —a distinguished gathering of automation experts, shipbuilders, energy leaders and research centres— labours around a deceptively simple yet magnificently ambitious idea: to create a continuous digital thread, accompanying each piece from its conception to its commissioning, breathing life into a living digital twin. Embedded sensors, 3D vision systems, and decentralised edge control converse in real time, allowing discrepancies to be detected and addressed long before they would otherwise become apparent. Here is where GOGOA makes its mark. Our industrial exoskeletons integrate seamlessly into the work environment, exchanging data with collaborative robots and the AI systems orchestrating operations. Whether a welder hoisting a twenty-kilo tube or an operator fitting a reactor shell, mechanical assistance is precisely modulated —neither excessive nor insufficient— according to posture, load and task duration. Each biomechanical record enriches fatigue models, enabling the Decision Support System (DSS) to recommend refinements: a different welding sequence, an adjusted feed rate, or a timely preventative pause. Ergonomics thus graduates from a compliance checklist to a vital production variable. This promise shall be validated through two TRL 6 demonstrators: the fabrication of pressure reactors (IDESA) and offshore shipbuilding assembly (NODOSA). In both cases, digital twins of product, process, and resource shall be synchronised, and when AI suggests adjustments, exoskeletons shall discreetly implement them, ensuring a seamless experience for the worker. The targets are tangible: a 30% reduction in quality defects and a 40% decrease in cumulative muscular strain. CASANDRA transcends mere technology; it represents a cultural evolution. Edge intelligence, federated learning, and frugal AI ensure data is processed where it is generated and presented intelligibly (XAI) to those making decisions. Instead of vast, centralised servers, a delicate web of distributed intelligence refines production and optimises energy usage. Our journey has only just begun. By the third quarter of 2025, our exoskeletons shall be fully integrated with collaborative robots; by year’s end, the DSS shall be operational at the edge; and by early 2026, we shall measure the full carbon footprint of our workflows. Each milestone brings the market closer to a truly connected, autonomous, and, above all, human-centred factory —where artificial intelligence and robotics serve to amplify, not replace, human capability. We shall continue to chronicle our progress. In the meantime, if you are a manufacturer seeking to explore how an exoskeleton might integrate seamlessly within your production line, we invite you to contact us at info@gogoa.eu . The future of responsible manufacturing is already under construction — and we would be delighted to welcome you to the site. The Driving Force Behind CASANDRA: 17 Pillars of Excellence At the heart of this grand vision lies the collaboration of two complementary groups: Corporate Consortium (CDTI): DGH (Valladolid): Four decades automating facilities across automotive, aerospace, construction, and food sectors. IDESA (Asturias): World leader in the fabrication of large-scale static equipment for refining and petrochemicals. ONS (Madrid): Creator and steward of the open-source cloud platform, OpenNebula. NODOSA Shipyard (Galicia): Half a century constructing, repairing and modernising vessels worldwide. ARTSOFT (Madrid): Specialists in augmented and mixed reality for industrial digitalisation, via their Eyeflow suite. TRIMEK (Álava): Dimensional metrology excellence (CMMs, 3D scanning, software) across demanding industries. GOGOA (Bizkaia): Designers and manufacturers of clinical, industrial, military, and sports exoskeletons with a strong IP portfolio. NVISION (Bizkaia): Innovators in IoT + AI edge solutions, digital twins and predictive maintenance systems. Research and Academic Consortium (AEI): AIMEN: 58 years of R&D leadership in materials, laser technology, additive manufacturing, and robotics. IRI-CSIC/UPC: Spain’s foremost authority in robotics, computer vision, and artificial intelligence. CDEI-UPC: Pioneers in industrial equipment design, dynamic system analysis and mobile robotics. CITIC-UDC: Centre of Excellence in AI, big data, high-performance computing and cybersecurity. INNOVALIA: Basque R&D hub, a collaboration platform for cutting-edge technological enterprises. The strength of CASANDRA lies in this carefully woven tapestry: from heavy welding to cloud computing, from advanced sensing to human biomechanics, each partner brings unique capabilities, all converging to transform smart factories from theoretical ambition to tangible reality.

Diseñado por Freepik. In a context marked by geopolitical uncertainty and rapid technological evolution, the European Union has resolved to mobilise up to €800 billion over the next four years to bolster its collective security. This commitment, together with the ‘Rearm Europe / Readiness 2030’ Plan and the newly unveiled White Paper on the European Defence Industry , places research and innovation at the very heart of the European agenda. Among the flagship initiatives bringing this strategic vision to life is ACHILE ( Augmented Capability for HIgh-end soLdiErs ), a project under the European Defence Fund (EDF) designed to modernise the soldier system through an open architecture and dual-use technologies such as exoskeletons. What exactly is ACHILE? Full Title : Augmented Capability for HIgh-end soLdiErs Programme : EDF-2021 Timeline and Budget : 2023–2027 | €45 million (€40 million funded by the EU) Consortium : 30 entities across 11 countries, including Safran (coordinator), Rheinmetall (technical lead), GMV, Indra, and Gogoa. ACHILE’s mission is to design and demonstrate the next generation of dismounted soldier systems , based on the GOSSRA open architecture and integrating sensors, secure communications, and physical augmentation devices such as lightweight exoskeletons. What is ACHILE aiming to achieve? Open architecture and common standards : ensuring interoperability across European armed forces and reducing dependence on proprietary systems. Enhanced physical and cognitive capacity : via lightweight exoskeletons, wearable sensors, and secure communications that reduce fatigue, improve postural stability, and increase situational awareness. Transfer to the civilian domain : the same mobility-assistance technologies developed under ACHILE are applicable to neurological rehabilitation, industrial ergonomics , and injury prevention—fields in which Gogoa already has significant experience. Project Phase: From Design Review to Prototype On 25 February 2025 , ACHILE successfully completed its Critical Design Review (CDR) in Erding, Germany, concluding the first two years of system engineering and validation. The next phases are as follows: Prototyping and technical trials (2025–2026) : integration of mobility, energy, and communications modules into a fully operational exoskeleton. Operational demonstrations (2027) : field testing in representative environments alongside multiple European armed forces. The Role of Gogoa Mobility Robots As leader of Task T6.6: Physical Augmentation , Gogoa brings its expertise in biomechanics, soft actuators, and motion control to the project. Our aim is to deliver a military-grade exoskeleton that inherits the clinical safety and ergonomic excellence of our medical-grade systems, maintaining a philosophy of "technology that cares for people" —both on and off the battlefield. Why it Matters in Uncertain Times Challenge ACHILE's Contribution Dual Benefit Fragmented capabilities Open architecture with interoperable modules Maximises public investment and accelerates innovation Physical strain on personnel Exoskeleton reduces load and fatigue Enhances musculoskeletal health for soldiers and civilians Hybrid and fast-evolving threats Integrated sensors and secure communications Strengthens operational resilience and telemedicine This approach not only maximises the return on defence investment , but also creates powerful spillover effects for the healthcare sector , aligning with the EU’s vision of strategic autonomy and social wellbeing . Looking Ahead With the prototyping phase now underway, 2025 is expected to mark the beginning of live field trials for the ACHILE exoskeleton. For Gogoa, this presents an opportunity to: Validate new technologies that will later be adapted for rehabilitation and industrial ergonomics. Create highly skilled employment in fields such as robotics and data science. Strengthen European supply chains with certified dual-use components. At a time when defence investment is rising—yet societies demand ethical and efficient solutions—ACHILE exemplifies how public-private collaboration can translate innovation into protection, performance, and public health . At Gogoa , we remain committed to sharing our progress and, above all, to ensuring that assisted mobility continues to enhance quality of life —whatever the setting. ACHILE – EXOSKELETONS – EUROPEAN DEFENCE

Valencia, April 7, 2025 – At Gogoa Mobility Robots, we are proud to have taken part in the launch of the second "smart room" of the ITH TechYRoom 2.0 project, held at the iconic Caro Hotel in Valencia. The event brought together over 20 technology companies committed to digitization, sustainability, and enhancing the hotel guest experience. This groundbreaking initiative was promoted by Turisme Comunitat Valenciana , in collaboration with the Valencian Institute of Tourism Technologies (Invat·tur), the Hotel Technology Institute (ITH), Visit València, and HOSBEC. First launched in Benidorm, the project now arrives in Valencia, further strengthening its transformative impact on the tourism sector. Exoskeletons and technologies for hotel staff well-being Our presence at the event allowed us to demonstrate how robotic technologies—like exoskeletons —can improve working conditions in the hotel sector. At Gogoa, we strongly believe that the future of responsible, sustainable tourism must also prioritize the health and well-being of the people who make it possible. Our ergonomic support systems not only improve workplace safety but also boost hotels’ operational efficiency. TechYRoom 2.0 goes beyond guest comfort by integrating innovation throughout the hotel ecosystem, including common areas, staff zones, and operational workflows. A collaborative model for the future During the event, José Manuel Camarero, the regional secretary for tourism, emphasized the importance of striving for a smarter and more sustainable tourism model. He noted that innovation is not limited to large hotel chains—it’s also within reach for independent hotels like Caro Hotel. Javier García Cuenca, president of ITH, highlighted the value of public-private collaboration, which was key to turning this project into a success story. A collaborative model for the future During the event, José Manuel Camarero, the regional secretary for tourism, emphasized the importance of striving for a smarter and more sustainable tourism model. He noted that innovation is not limited to large hotel chains—it’s also within reach for independent hotels like Caro Hotel. Javier García Cuenca, president of ITH, highlighted the value of public-private collaboration, which was key to turning this project into a success story. Technology enhancing experience and sustainability This second edition of the smart room features AI-based tools, energy efficiency systems, advanced accessibility solutions, and, of course, physical support for staff via exoskeletons. The room functions as a living lab where tech companies can test, validate, and scale innovative solutions in a real-life hotel setting, fully aligned with the ITH SaveHotel model and its continuous improvement plans. Thank you for having us We at Gogoa would like to thank the organizing team—ITH, Invat·tur, HOSBEC, Visit València, and especially Caro Hotel—for their commitment to innovation and sustainability. It was a pleasure to contribute our vision and solutions to the advancement of a more human, efficient, and responsible tourism sector. Let’s keep building a future where technology, health, and human well-being go hand in hand! GOGOA VALENCIA ITH TECHYROOM 2.0 GOGOA VALENCIA ITH TECHYROOM 2.0