Resultados de la búsqueda

HANK en el showroom TheThinx de Telefónica Tech El laboratorio de innovación TheThinX de Telefónica Tech, diseñado para explorar aplicaciones del Internet de las Cosas (IoT) y Big Data, fue el escenario de la reciente exposición del exoesqueleto HANK de GOGOA. Este espacio, que promueve el desarrollo de tecnologías emergentes, se convierte en un punto de encuentro para la validación y demostración de dispositivos innovadores en condiciones reales. La Exposición de HANK Durante la muestra, GOGOA presentó HANK, un exoesqueleto diseñado para la rehabilitación neurológica de miembros inferiores. La demostración incluyó la capacidad del dispositivo para analizar datos en tiempo real y adaptarse a las necesidades específicas de los usuarios. Este nivel de personalización y funcionalidad fue posible gracias a la integración de tecnologías avanzadas y el desarrollo tecnológico de la ingeniería GOGOA. La exposición permitió a los asistentes experimentar de primera mano cómo HANK puede mejorar la movilidad y la calidad de vida en contextos de rehabilitación neurológica. Además, se enfatizó la capacidad del exoesqueleto para conectarse a plataformas IoT, lo que facilita la recopilación de datos relevantes y contribuye a la toma de decisiones informadas en el ámbito clínico. Repercusiones y Reconocimiento La iniciativa despertó un gran interés entre profesionales de diversas áreas, incluidos expertos en salud, tecnología y robótica. El showroom TheThinX demostró su relevancia como plataforma para mostrar avances tecnológicos y establecer conexiones entre innovadores y potenciales usuarios finales. HANK se consolidó como un ejemplo destacado de cómo las tecnologías emergentes pueden generar un impacto significativo en la rehabilitación robótica y otras aplicaciones médicas. Esta colaboración con Telefónica Tech refuerza el compromiso de GOGOA con la innovación y con el desarrollo de soluciones tecnológicas que transformen el bienestar y la calidad de vida. - HANK SHOWROOM THETHINX TELEFÓNICA TECH

Sara García, specialist in neurological physiotherapy and robotic rehabilitation, oversees a rehabilitation session with GOGOA's HANK exoskeleton at the new Robotic Neurorehabilitation Unit of Quirónsalud Bizkaia Hospital. In 2024, GOGOA heralded a new era in robotic neurorehabilitation by integrating Movex Clinics Bilbao into the Quirónsalud Bizkaia Hospital in Erandio. This strategic alliance not only strengthens the provision of specialised services in the region but also grants patients access to innovative treatments within a premier hospital setting. This collaboration reaffirms the leadership of GOGOA and Movex Clinics as luminaries in the healthcare and rehabilitation technology sectors. A Benchmark Facility in the Region The Quirónsalud Bizkaia Hospital has inaugurated a state-of-the-art Robotic Neurorehabilitation Unit, further cementing Movex Clinics’ position as an unrivalled leader in advanced neurorehabilitation therapies across the Basque Country. Developed in partnership with GOGOA, this facility represents a paradigm shift in neurological rehabilitation treatments. Equipped with cutting-edge technologies, including robotic exoskeletons for both upper and lower limbs, virtual and augmented reality systems, balance platforms, and neural plasticity stimulators, the unit offers bespoke therapies meticulously tailored to meet the individual needs of each patient. The unit is designed to address a broad spectrum of conditions, including strokes, spinal cord injuries, multiple sclerosis, ALS, and other neurodegenerative diseases. This comprehensive and progressive approach not only enhances patients' quality of life but also expedites recovery timelines and fosters greater functional independence. Innovation at the Service of Patients This neurorehabilitation unit is distinguished not only by its groundbreaking technology but also by its unwavering patient-centred ethos. “With this unit, we provide advanced tools that significantly ease our patients’ recovery journey, reaffirming our commitment to delivering premium and personalised healthcare,” remarks Dr. Irune Cachorro, Medical Director of Quirónsalud Bizkaia Hospital. A standout feature is the HANK exoskeleton, a pivotal device in motor rehabilitation. Certified with the CE mark as a medical device, it facilitates intensive, repetitive functional movements, stimulating neuroplasticity and promoting more rapid motor relearning. Furthermore, these devices collect real-time performance data, enabling precise adjustments to optimise therapeutic outcomes. Technology Designed for the Future The unit also boasts pioneering devices such as the vagus nerve stimulator, a non-invasive apparatus designed to alleviate fatigue and enhance motor relearning capabilities following severe neurological injuries. Complementing this are virtual reality platforms and robotic exoskeletons for upper limbs, which aid in the recovery of arm and hand mobility within a meticulously controlled clinical environment. Sara García, a physiotherapy specialist and head of the unit, emphasises: “With GOGOA’s devices, we have successfully replicated the benefits of aquatic rehabilitation in a far more accessible and efficient clinical setting.” Additionally, the integration of interactive and gamified systems leveraging virtual reality elevates patient motivation and enriches their rehabilitation experience. A Partnership Driving Leadership The collaboration between Quirónsalud Bizkaia Hospital and GOGOA Mobility Robots has culminated in a one-of-a-kind unit that seamlessly blends state-of-the-art technology with a bespoke, human-centric approach. This initiative not only reinforces Movex Clinics and GOGOA’s standing as trailblazers in robotic neurorehabilitation but also underscores Quirónsalud Group’s commitment to innovation and excellence in healthcare.

In 2024, GOGOA Mobility Robots , one of the most distinguished biomedical engineering enterprises on the global stage, reaffirmed its noble commitment to transforming lives through the power of technology. Since its inception, the company has been at the vanguard of developing advanced exoskeletons, including the emblematic HANK , which has revolutionised gait rehabilitation and established itself as a paragon of innovation. This year, GOGOA achieved several significant milestones, consolidating its leadership across key sectors such as healthcare, industry, sports, defence, and space. Guided by its ethos, "Technology for People", GOGOA continues to redefine motor and cognitive rehabilitation, earning global renown for its technological excellence. The company's illustrious trajectory is characterised by a harmonious blend of expertise, scientific collaboration, and an unwavering commitment to both innovation and societal advancement. Herein, we present the principal achievements of GOGOA in 2024: 1. The Inaugural GOGOA PRIZE: The MedTech Design Challenge On 24 September, GOGOA hosted the award ceremony for the first-ever GOGOA PRIZE at the Universidad Rey Juan Carlos in Móstoles. This prestigious national competition challenged engineering students to design innovative exoskeletons tailored to enhance the mobility of elderly individuals, a particularly vulnerable demographic. The winning project showcased a groundbreaking textile exoskeleton, a lightweight solution facilitating hip and knee flexion while reducing fall risks. This initiative not only underscores GOGOA's dedication to technological innovation but also its commitment to nurturing the next generation of biomedical engineering leaders. 2. A Podcast on Robotic Neurorehabilitation with Onda Vasca In 2024, GOGOA, in collaboration with MOVEX CLINICS , launched a successful podcast series featuring two monthly episodes. The series delved into pivotal topics in robotic neurorehabilitation, providing a platform for physiotherapists, engineers, medical professionals, and rehabilitated patients to share inspiring stories and discuss technological advancements. Key themes included: Personalised therapies for diverse pathologies. The transformative role of artificial intelligence in rehabilitation. Real-life patient journeys overcoming physical limitations with exoskeletons. Prospective innovations in robotic device design and functionality. The podcast emerged as an enriching and accessible medium, connecting technology, science, and human experiences. 3. Participation in Academic Conferences and Symposia In 2024, GOGOA further demonstrated its commitment to education by participating in conferences, workshops, and courses at prestigious institutions such as: Universidad Rey Juan Carlos Universidad Autónoma de Madrid Universidad de Alicante Mondragon University Universidad Miguel Hernández Universidad de Deusto Tecnun ESTIA (France) These engagements fostered the dissemination of knowledge on medical technologies, robotic neurorehabilitation, and exoskeleton design, inspiring students and professionals to explore new frontiers in biomedical engineering. 4. Advancements in R&D Across Diverse Sectors GOGOA spearheaded pioneering projects, applying advanced technologies to practical applications across various domains: Neurorehabilitation and Health ADIMALGU : Development of intelligent plastic components with embedded electronics to enhance the efficiency and functionality of medical devices. AI-REHAB : Employing artificial intelligence to craft personalised neurorehabilitation therapies and strategies to prevent frailty in elderly patients. Industry and Rescue UMOR : Collaborative robotic systems designed to optimise processes in industrial, healthcare, and aerospace sectors. SUPERHUMAN : Exoskeletons augmenting strength and endurance in industrial environments while minimising occupational risks. EXORESCUE : Modular exoskeletons tailored for extreme rescue operations, including earthquakes and fires. Defence and Space ACHILE : A European exoskeleton for military applications, funded by the European Defence Fund. GUDEX : A semi-active system developed for Spain’s Force 2035 , enhancing soldier mobility and endurance. Sustainable Mobility REVITAL (Sudoe) : A cross-border project promoting sustainable mobility solutions through accessible and environmentally conscious technologies. 5. New Robotic Neurorehabilitation Products In 2024, GOGOA expanded its product portfolio with innovative devices aimed at enhancing patients' quality of life: BELK+ : A lightweight exoskeleton introduced at EXO Berlin, designed to assist knee joint mobility, enabling natural walking on uneven terrain, ramps, or stairs. ALPERK : Debuted at the Spanish Neurology Society's annual meeting, this device specialises in upper limb rehabilitation, offering precise assistance for arm and shoulder movements. BESK : Reducing gravitational strain on arms and shoulders, this exoskeleton facilitates controlled movements with advanced sensor-based ergonomics for evidence-based therapies. 6. Comprehensive Treatments at Movex Clinics Through its clinic network, GOGOA integrates cutting-edge technology with personalised therapies to optimise recovery for patients with neurological injuries. The Movex Living Lab , a pioneering space for treatment design, has become an international benchmark, tailoring robotic technologies to individual patient needs. This holistic approach encompasses both physical and cognitive rehabilitation, yielding superior therapeutic outcomes. 7. Robotic Neurorehabilitation Unit at Fundación Jiménez Díaz In a landmark achievement, GOGOA established the first complete robotic neurorehabilitation unit at Fundación Jiménez Díaz. This facility provides patients access to the latest advancements in exoskeleton technology, enabling highly personalised treatments that enhance functional recovery and quality of life. 8. Ambassadors of Innovation and Resilience GOGOA appointed Miguel Ángel Sabalaga Rivera as its official ambassador, honouring his inspiring journey from a workplace accident to competitive handbiking. His recovery, enabled by GOGOA’s technologies and Movex Clinics’ therapies, exemplifies the transformative power of innovation. As a national and international competitor, Miguel Ángel embodies GOGOA's mission to turn adversity into opportunity through advanced and human-centred solutions. 9. Art, Science, and Technology: A Cultural Convergence In 2024, GOGOA explored the nexus of technology, art, and society through cultural initiatives such as: "Exographies" at Tabakalera, Donostia : An exhibition blending art and exoskeleton technology as extensions of the human body. "Javi and the Mountain" Documentary : Showcasing a patient’s ascent of a mountain aided by GOGOA's innovations. Telefónica Showroom (TheThinX) : Demonstrating the integration of IoT and Big Data in exoskeleton functionality. 10. Expansion of Movex Clinics at Hospital Quirónsalud Bizkaia GOGOA marked a significant milestone by integrating Movex Clinics Bilbao within the Hospital Quirónsalud Bizkaia , offering advanced robotic neurorehabilitation services supported by state-of-the-art infrastructure. A Resolute Commitment to Humanity Through its technological advancements, GOGOA Mobility Robots continues to elevate the human condition. In 2024, the company not only transformed lives but also paved pathways to a future where technology harmonises with humanity, serving people with dignity and purpose.

From November 19 to 23, 2024, GOGOA Mobility Robots will participate in the 76th Annual Meeting of the Spanish Neurology Society (SEN) at the Valencia Conference Center. At our booth, we will showcase our cutting-edge neurorehabilitation technologies, designed to improve mobility and cognitive functions for patients. Highlights include: HANK+ : An exoskeleton for lower limb rehabilitation, assisting patients with conditions like stroke, spinal cord injuries, and neurodegenerative diseases. HANK+ features six motorized joints and an adaptive gait pattern, providing personalized and effective therapy. BELK+ : A modular exoskeleton for single or dual-leg support, facilitating natural walking and mobility recovery. Lightweight and adaptable, BELK+ is ideal for users seeking independence. ALPERK : A prototype vagus nerve stimulation device, integrating vagal stimulation with motor and cognitive therapy. ALPERK enhances neuroplasticity and recovery in neurological disorders. The 76th Annual SEN Meeting is a prime platform for collaboration and sharing advancements in neurology. Visit our booth to explore how GOGOA’s technologies are reshaping neurorehabilitation. GOGOA Mobility Robots: Technology for people, engineering with purpose. We look forward to seeing you in Valencia!

On Tuesday, November 12, Gogoa Mobility Robots had the honor of participating in a one-hour training session on neurorehabilitation technology and therapies at OSASUNBIDEA, held in the training pavilion of Navarra University Hospital in Pamplona. This event, directed at healthcare professionals from the Navarra Health Service, attracted neurologists, rehabilitation physicians, and physiotherapists interested in new technological solutions for mobility rehabilitation. During the session, Gogoa presented its exoskeletons and complementary technologies for enhancing mobility and supporting neurorehabilitation, sparking considerable interest among attendees. The presentation featured Hilda Vergara from Ortosan Orthopedics, Maite Molinuevo, Head of the Movex Living Lab at Gogoa, and Carlos Fernández Isoird, CEO of Gogoa, who shared their expertise on the role of exoskeletons in motor recovery and rehabilitation processes. Approximately 36 people attended in person, with an additional 20 joining remotely from their hospitals, underscoring the growing interest in this advanced rehabilitation technology. A practical demonstration session was also agreed upon for January 2024, where the benefits of Gogoa’s technology will be showcased with real patients. We are grateful to OSASUNBIDEA for this opportunity and look forward to continuing to advance neurorehabilitation through innovation and technology. - Formación exoesqueletos Gogoa neurorrehabilitación Navarra

On October 29th, Gogoa Mobility had the honor of participating in the Euskadi Accessible – Shared Commitment conference, held at the Kursaal in Donostia-San Sebastián. Organized by ISEK (Basque Council for the Promotion of Accessibility), this event served as a key meeting point to address the challenges and opportunities in the field of accessibility and inclusion. During the day, roundtables, conferences, and exhibitions of innovative products and services were held, promoting collaboration among professionals, organizations, and the general public. Key topics included universal accessibility in Europe , experiences of cities awarded for their work in accessibility, and the role of associations and the third sector in continuous improvement in this field​. At our stand, we showcased two of our star solutions in assisted mobility: the HELK and HANK exoskeletons. HELK is an exoskeleton designed for the social and healthcare sectors, helping to reduce physical strain in tasks like patient mobilization, surgical interventions, and logistical operations. On the other hand, HANK is an exoskeleton for the lower limbs, aimed at improving autonomy and quality of life for individuals with mobility limitations. For Gogoa, accessibility and technology must go hand in hand to offer real and effective solutions that enhance the lives of all people. We believe that innovation in assisted mobility plays a fundamental role in creating a more accessible and inclusive environment. We thank all attendees who stopped by to learn about our solutions and the organizers for providing us with the opportunity to contribute to this space for reflection and progress. Let's keep moving forward with the mission of a more accessible world for everyone! #UniversalAccessibility #Innovation #AssistedMobility #Exoskeletons #GogoaMobility GOGOA Euskadi Accesible

Every October 29, World Stroke Day reminds us of the urgency of preventing, recognizing, and treating strokes promptly. Also known as a cerebrovascular accident (CVA), a stroke is a sudden interruption of blood flow to the brain, which can cause severe damage if not treated quickly. In Spain, stroke is the leading cause of death in women and the second in men, affecting 110,000 to 120,000 people annually, with nearly 50% left with disabling sequelae. With rising incidence in both younger and older populations due to aging, cases are projected to increase by 27% over the next 25 years. The impact of stroke on patients' and families’ quality of life can be devastating, and this is where robotic neurorehabilitation becomes crucial. Thankfully, at our clinics, we’ve adopted this advanced technology to offer patients new recovery opportunities through highly personalized and precise treatments. What is Robotic Neurorehabilitation? Robotic neurorehabilitation combines neuroscience and robotics principles to enhance motor and cognitive functions following a stroke. This technology uses robotic devices and feedback systems that guide patients through repetitive movements, stimulating the brain and promoting neuroplasticity—the brain’s capacity to reorganize and form new neural connections. In a process where time is critical—every minute after a stroke results in the loss of nearly 2 million neurons—every second counts to maximize recovery. Robotic neurorehabilitation devices allow for tailored therapies, replicating specific movements that reinforce the brain’s relearning process, particularly in the early stages of recovery. Benefits of Robotic Neurorehabilitation for Stroke Patients Personalized Recovery: By adapting movements to the patient’s needs and abilities, robotic therapy facilitates a patient-centered rehabilitation experience, achieving progress according to each patient’s capacity level. Increased Neuroplasticity: Robotic systems, through precise movement repetition, help reactivate areas of the brain affected by stroke, fostering the creation of new neural connections to replace lost functions. Real-Time Feedback: Advanced sensors allow both the patient and therapist to monitor progress and make real-time adjustments, which is motivating and helps optimize results. Reduces Physical Strain on the Therapist: Robotic devices allow the therapist to focus on effectively guiding the rehabilitation process without the physical demands of manually assisting the patient. The Science Behind Robotic Neurorehabilitation Studies confirm that early, intensive, and repetitive rehabilitation significantly enhances recovery prospects. This approach accelerates brain plasticity in patients who have lost motor or cognitive functions due to a stroke. At our clinics, we’ve seen that patients engaged in robotic neurorehabilitation not only progress more rapidly but also show higher levels of motivation and satisfaction, which positively impacts their psychological well-being and treatment adherence. Commitment to Recovery and Quality of Life Stroke affects everyone uniquely, so our commitment centers on offering personalized solutions for recovery. Robotic neurorehabilitation is not only a breakthrough in rehabilitation science but also a renewed hope for those facing the challenge of returning to an active and meaningful life. On this World Stroke Day, we reaffirm our mission to use innovation to transform lives. Through robotic neurorehabilitation, our patients have the opportunity to regain lost functions and overcome stroke sequelae, moving closer to independence every day.

Advancements in health research have ushered in a new era in rehabilitative care, particularly through robotic neurorehabilitation. This cutting-edge approach has become a beacon of hope for individuals recovering from strokes, spinal injuries, and neurodegenerative conditions. Recently, Carlos Fernández Isoird, CEO of Gogoa Mobility Robots, was invited to Onda Vasca to share insights with Txema Gutiérrez on how Movex Clinics are setting new standards in patient recovery through their groundbreaking exoskeleton technology. Gogoa’s Exoskeletons: Revolutionising Rehabilitation Gogoa’s exoskeletons, designed with precision for an extensive patient demographic, offer invaluable support to individuals with severe physical disabilities, such as cerebral palsy and stroke, and those requiring assistance in recovering from injuries. This transformative technology provides essential physical support, allowing patients to regain mobility, build strength, and participate in movements that would otherwise be out of reach. Beyond mobility restoration, these exoskeletons are also tailored for advanced physiotherapy programmes, where each session is adapted meticulously to maximise effectiveness and respond to each patient’s unique needs. The Crucial Role of Neuroplasticity in Rehabilitation A paramount innovation within Gogoa’s exoskeleton technology is its ability to stimulate neuroplasticity—the brain’s capacity to form and reorganise synaptic connections, especially after injury or illness. During the interview, Fernández elaborated on how the exoskeleton serves as a companion and active aid, compelling patients to remain consciously engaged in every movement, a factor that is vital for a successful rehabilitation journey. “Our philosophy is that the patient must be an active participant in their rehabilitation process. Robotics does not act on behalf of the individual but assists and encourages them to work collaboratively. This creates a dynamic and purposeful rehabilitation experience,” Fernández explained. Such an approach not only aids in meaningful physical recovery but also in boosting the patient’s emotional resilience and engagement in the process. Movex Clinics: A Benchmark in Personalised Rehabilitation Movex Clinics stand at the forefront of robotic neurorehabilitation, distinguished by their holistic approach and commitment to innovative technology. Each treatment is carefully personalised, addressing the physical and emotional aspects of the patient’s journey towards autonomy. Movex Clinics’ dedication to excellence makes them a benchmark in advanced rehabilitation, helping individuals regain their independence with a focus on total well-being. Advantages for Healthcare Professionals and Rehabilitation Centres The advantages of incorporating Gogoa exoskeletons in clinics such as Movex extend beyond the patient. For rehabilitation and physiotherapy centres, these devices introduce more effective treatments, reducing recovery times and enhancing patient satisfaction. Introducing such equipment offers centres a unique service that not only draws in a wider patient base but also ensures loyalty among existing patients by providing an unparalleled rehabilitation experience. These exoskeletons also alleviate the physical strain on therapists, thus optimising resources and enabling each session to reach its full potential. Gogoa Mobility Robots’ technology offers not only a competitive edge but also an invaluable resource for healthcare professionals, allowing them to focus on therapy quality and patient support. Discover the Full Interview and the Future of Rehabilitation To delve deeper into the transformative power of these devices and how they are reshaping rehabilitation at Movex Clinics, we invite you to listen to the full interview with Carlos Fernández on Onda Vasca. Explore how these exoskeletons are redefining the health and rehabilitation landscape, and discover how this technology could bring a new dimension of excellence to your own rehabilitation centre. Listen to the Full Interview on Onda Vasca . - Movex Clinics Neurorrehabilitación Robótica Salud Explore how Movex Clinics’ robotic neurorehabilitation enhances patient health and recovery, setting new standards with Gogoa’s exoskeleton technology.

This past Sunday, September 8th, 2024, marked World Physiotherapy Day, a date proclaimed by the World Confederation for Physical Therapy (WCPT) since 1996 to highlight the importance of this profession in promoting good health and independence for all. This year, the chosen theme was "Low Back Pain," a highly relevant topic in our society where physiotherapy plays a pivotal role. At Gogoa Mobility Robots, and especially in our robotic neurorehabilitation clinics, Movex Clinics , we want to take this opportunity to pay tribute to our incredible team of physiotherapists. They are the heart of our center, and today, more than ever, we want to celebrate their tireless work, dedication, and the compassionate, personalized care they provide to each of our patients. The Importance of Our Physiotherapists The work of our physiotherapists goes beyond just applying advanced therapeutic techniques; it involves delivering holistic care that extends beyond the physical aspect. At Movex Clinics, we understand that each patient's recovery is unique. That's why our team takes the time to deeply understand each person, tailoring treatments in a personalized manner and providing continuous support, both physically and emotionally. Our physiotherapists combine cutting-edge technology in robotic rehabilitation with extensive expertise in manual therapies, electrotherapy, massage therapy, and therapeutic exercises. Thanks to their efforts, many people have regained their quality of life, autonomy, and well-being. Celebrating Their Day At Movex Clinics, this World Physiotherapy Day has been a special occasion to recognize and express our gratitude for the daily work of our physiotherapists. They are the ones who, with their professionalism and dedication, make our clinics a place of recovery, hope, and transformation. At Gogoa Mobility Robots, we want to thank them for being a fundamental part of our team and for helping make Movex Clinics a benchmark in the sector. Movex Clinics: Innovation in Rehabilitation At Movex Clinics, we are committed to offering innovative and effective therapies that combine the latest technology in robotic neurorehabilitation with advanced physiotherapy techniques. Our therapies are designed to treat various neurological and musculoskeletal conditions, with a special focus on low back pain, the central theme of this year's World Physiotherapy Day. Thanks to our technological solutions, such as robotic exoskeletons and gait training systems, we can provide our patients with more effective and personalized rehabilitation that addresses not only symptoms but also the underlying causes of pain and dysfunction. A Final Thank You We want to thank our team of physiotherapists for their dedication, professionalism, and, above all, for their compassionate and personalized care. Today is their day, and at Gogoa Mobility Robots and Movex Clinics, we celebrate it with pride, knowing that we have the best on our team in the journey towards recovery and well-being for our patients. Thank you for your daily dedication! From Gogoa and Movex Clinics, we will continue to work to innovate in the field of physiotherapy and neurorehabilitation, always with the commitment to improve our patients' quality of life. Happy World Physiotherapy Day!

In the fourth episode of our collaborative podcast with MOVEX CLINICS, broadcast on Onda Vasca and hosted by Txema Gutiérrez, we had the honour of welcoming Carlos Fernández, CEO of Movex Clinics. During this enlightening interview, we delved into the latest advancements in robotic neurorehabilitation, highlighting the technological innovations that are revolutionising the lives of patients with mobility issues. HANK: The Cutting-Edge Exoskeleton with Motorised Ankle One of the most notable points of discussion was the HANK exoskeleton by GOGOA, one of the most advanced tools utilised at Movex Clinics. HANK stands out as the only exoskeleton on the market with six motorised joints, including the ankle. This innovative feature is crucial for rehabilitation, as it allows patients to regain a more natural and fluid gait. Carlos Fernández explained: "It is the only exoskeleton on the market that has a motorised ankle, and this is fundamental. It allows you to have a natural gait pattern, that is, to relearn how to walk as one should, not in an awkward manner." This technology not only accelerates the rehabilitation process but also significantly enhances the quality of life for patients, providing them with greater independence and mobility. Future Innovations: The ALPERK System During the episode, Fernández also announced the upcoming introduction of a groundbreaking system called ALPERK, designed to stimulate the vagus nerve. This advancement promises even more impressive results in the field of rehabilitation. "ALPERK will enable the rehabilitation process to be faster than it is today," Fernández affirmed, opening up new possibilities for the future of neurorehabilitation. 'Hand of Hope' and Other Cutting-Edge Technologies In addition to HANK, GOGOA and Movex Clinics utilise other advanced exoskeletons such as 'Hand of Hope', which focus on improving upper limb mobility. These technologies, combined with balance platforms and virtual reality systems, provide a comprehensive approach to the rehabilitation of patients who have suffered strokes, spinal cord injuries, or degenerative diseases. Transforming Patients' Lives The use of these state-of-the-art technologies at Movex Clinics has proven to be transformative for many patients. The exoskeletons not only accelerate rehabilitation but also offer a significant improvement in limb mobility. This translates into greater autonomy and quality of life, enabling patients to resume daily activities with greater ease and confidence. Conclusion The fourth episode of our podcast has highlighted that the collaboration between GOGOA Mobility Robots and Movex Clinics is at the forefront of robotic neurorehabilitation. Innovations such as HANK and the forthcoming ALPERK system represent a significant leap forward in how we approach rehabilitation, offering hope and new opportunities to patients with mobility challenges. We invite you to listen to the full episode on Onda Vasca to learn more about these revolutionary technologies and how they are transforming lives. At GOGOA Mobility Robots, we remain committed to innovation and continuous improvement to provide solutions that truly make a difference. - Neurorrehabilitación HANK MOVEX CLINICS Neurorrehabilitación HANK MOVEX CLINICS

This past Monday, June 17th, the Artium Museum in Vitoria-Gasteiz hosted the BHC Eguna 2024, a pivotal event for the Basque Health Cluster (BHC). The day commenced with the General Assembly, exclusive to members, held from 16:30 to 17:30. Following this, at 17:30, the public session of the BHC Eguna began, open to all interested parties. From the cluster, we extend our heartfelt gratitude to all attendees, members, friends, and collaborators who graced this annual gathering with their presence. Your participation is essential in further strengthening the network of Biosciences and Biomedicine in the Basque Country. A special note of thanks is directed to Estibaliz Hernaez Laviña, Deputy Minister of Technology, Innovation, and Digital Transformation of the Basque Government, and Saray Zarate, Deputy of Economic Development and Innovation of the Provincial Council of Álava, for their participation in the BHC Eguna. Reelection and New Appointments to the BHC Board of Directors During the BHC Annual Assembly, Asier Albizu and Julio Font (CEO of Histocell) were re-elected as president and vice-president of the cluster, respectively. Additionally, several board members were renewed. We are proud to announce that our CEO, Carlos Fernández Isoird, has been appointed as a board member of the BHC, succeeding our CTO, Juantxu Martin. This appointment reflects Gogoa Mobility Robots' ongoing commitment to development and innovation in the biosciences sector. Other notable additions to the Board of Directors include Unai Atristain Aranguren of Cardiva, Pedro Esnaola of Oncomatryx Biopharma, Iñigo Pagoaga of ROXALL Medicina España, Jorge Presa of Cyber Surgery, and Nerea Briz Iceta of TECNALIA Research & Innovation. Employment Growth in the BHC One of the most significant highlights of the meeting was the report on employment growth within the sector. Basque Health Cluster member companies have incorporated 1,500 new jobs in the past year, bringing the total to 11,500 professionals. Including research staff from Technology Centres, Research Centres, and Universities, the Basque Country now boasts 16,000 professionals in the Biosciences and Biomedicine fields. These figures underscore the dynamism and capacity for generating high-quality employment within this sector. Idoia Muñoz Lizán, Director of the BHC, expressed immense satisfaction with these advancements, emphasizing the importance of inter and intrasectoral cooperation, as well as public-private collaboration, to address the significant transformations the sector is undergoing. Economic Impact of the BHC The Basque Health Cluster currently unites 128 member companies and organizations related to Biosciences and Biomedicine. In the past year, the cluster has welcomed 19 new participants, consolidating its position as a key player in the sector's development in the Basque Country. The BHC's activities have included participation in thirty events, the signing of six collaboration agreements, and the implementation of four training activities, benefiting over 50 professionals. Economically, the sector represents 2.5% of the Basque GDP, contributing over 2 billion euros to the regional economy. This impact results from the collective efforts of companies, research centres, and universities working in Biosciences and Biomedicine. Promising Future During the event, Muñoz Lizán highlighted that the Biosciences and Biomedicine sector is one of the fastest-growing and most promising economic fields in the European Union, and consequently, in the Basque Country. The BHC Director underscored the continuous progress of the cluster since its establishment 14 years ago, noting that the best opportunities are yet to come. The Basque Health Cluster remains committed to promoting the Biosciences and health sector in the Basque Country, working closely with public administrations and other national and international organizations. This commitment is reflected in the cluster's ongoing growth and positive impact on the regional economy and employment. In conclusion, the BHC Eguna 2024 was not only an occasion to celebrate the achievements but also a platform to plan a future filled with opportunities and challenges in the Biosciences and Biomedicine sector. Thank you all for making this event a resounding success! At Gogoa Mobility Robots, we are proud of our CEO, Carlos Fernández Isoird's active participation in the BHC Board of Directors, and we remain dedicated to contributing to the growth and innovation in the sector. 4o - Gogoa Mobility Robots: Nuestro CEO Carlos Fernández Isoird, Nuevo Vocal de la Junta Directiva del Basque Health Cluster Gogoa Mobility Robots: Nuestro CEO Carlos Fernández Isoird, Nuevo Vocal de la Junta Directiva del Basque Health Cluster

Introduction With financial support from the European Union and the Centre for the Development of Industrial Technology (CDTI), Gogoa Mobility Robots is proud to announce a significant milestone in rescue technology innovation: the successful completion of the EXO-RESCUE project. This ambitious initiative has developed a modular, semi-active full-body exoskeleton specifically designed to assist rescue service professionals in their demanding tasks. EXO-RESCUE: An Advancement in Rescue Technology EXO-RESCUE is a semi-active, modular, full-body exoskeleton designed to enhance the efficiency and safety of rescuers in high-risk operations. This device provides support in situations requiring the lifting and transportation of heavy loads, facilitating rescue operations in traffic accidents, natural disasters, and other emergencies. Background Rescue services such as civil protection, firefighters, police, and military frequently perform crucial activities for society, often in high-risk situations. Current exoskeletons have significant limitations in terms of flexibility, adaptability, and ergonomics, making their effective use in rescue operations challenging. EXO-RESCUE addresses these limitations by creating an exoskeleton capable of adapting to various tasks and users, providing personalized support, and improving safety and efficiency in rescue operations. Project Objectives The primary objective of EXO-RESCUE has been to develop and validate an operational prototype of a modular full-body exoskeleton. This device is designed to support heavy loads and operate in extreme conditions, both indoors and outdoors. Its modularity and intelligent systems allow it to automatically adapt to the specific needs of each rescue task, significantly enhancing the physical capabilities of rescuers. Innovative Features of EXO-RESCUE Modularity and Flexibility: The EXO-RESCUE exoskeleton is modular, allowing different body parts to be used depending on the task required. This feature facilitates its rapid adaptation and configuration for various rescue activities. Active and Passive Actuators: It combines the lightness and agility of passive actuators with the power provided by active actuators. Passive actuators in the legs and arms enable agile movements, while active actuators can be attached for tasks that require lifting heavy loads. Artificial Intelligence: Integrated with non-invasive sensors and control algorithms based on artificial intelligence, the exoskeleton automatically adjusts the level of assistance needed. This eliminates the need for manual controls, improving efficiency in emergency situations. Project Consortium The EXO-RESCUE project has been made possible through the collaboration of three main entities: Gogoa Mobility Robots, S.L.: Founded in 2015 as a spin-off of CSIC, Gogoa has excelled in the design and manufacture of exoskeletons for various fields, including medicine, industry, agriculture, and defense. Their focus on R&D has led to the creation of innovative and award-winning products. IHS Weigling, S.L.: A SME specialized in the customized development of electronic products for sectors such as energy, electromedicine, and industry. Their expertise in embedded hardware and software has been crucial for the integration of the exoskeleton's systems. SUPSI: The University of Applied Sciences and Arts of Southern Switzerland, which brings extensive experience in automation, control, and industrial technologies, has been fundamental in the knowledge transfer required for the exoskeleton's development. Project Results Conceptual and Detailed Design The design of the exoskeleton began with identifying user requirements, in collaboration with the firefighters of Valencia and the Alpine Rescue Group of Ticino (Switzerland). Innovative technical solutions were developed, detailed in CAD-3D, and validated through Finite Element Analysis. The passive and active actuators were designed to support significant loads without limiting the user's mobility. Prototype and Functional Validation The first functional prototype of EXO-RESCUE was manufactured and subjected to rigorous testing in both laboratory and real-world conditions. Validation tests, conducted with firefighters and alpine rescuers, demonstrated the exoskeleton's effectiveness in reducing physical load and improving performance in rescue tasks. Conclusions The completion of the EXO-RESCUE project marks a significant advancement in the field of assistive robotics for rescue operations. This modular and intelligent exoskeleton not only enhances the physical capabilities of rescuers but also opens new market opportunities in an unexplored niche. Gogoa Mobility Robots reaffirms its commitment to innovation and continuous improvement in exoskeleton design, contributing to the well-being and safety of those who tirelessly work in rescue activities.