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On March 25th, 2025, Cyber Human Systems had the honour of participating with a dedicated stand at the 10th Edition of the Mutualia Awards , held at Mutualia’s High-Resolution Hospital (HAR) in Vitoria-Gasteiz. This year’s ceremony coincided with a particularly meaningful milestone: the 125th anniversary of Mutualia , a distinguished institution in the field of occupational health and safety. The event brought together numerous companies affiliated with Mutualia, all finalists in the categories of Innovation in Occupational Risk Prevention and Diversity in the Workplace —two fundamental pillars in the pursuit of safer, more inclusive, and more humane work environments. Finalist projects were presented publicly, and evaluated through a hybrid voting system comprising both a professional jury (60%) and the attending audience (40%). Cyber Human Systems was proud to showcase its vision for the future of work and rehabilitation. At our stand, attendees had the opportunity to explore our technological solutions designed to enhance occupational health , including powered exoskeletons for movement assistance and rehabilitation. These innovations aim to prevent musculoskeletal disorders, improve workplace ergonomics, and support the reintegration of individuals with functional diversity. Our presence at this event reflects our ongoing commitment to advancing well-being in professional settings—values that align seamlessly with the mission Mutualia has championed for over a century: innovation, prevention, inclusion, and health as the cornerstones of responsible work . We extend our sincere thanks to Mutualia for the invitation and the opportunity to take part in such an inspiring gathering. The event served as a valuable forum to share experiences, foster meaningful connections, and further promote a culture of work focused on people. At Cyber Human Systems, we will continue to develop technologies that serve as a bridge to a safer, healthier, and more accessible working future for all.

Campofrio 5g Exoesqueletos Campofrío Explores Exoskeletons and Industrial 5G at POLEALab The industrial revolution continues to progress into Industry 5.0, and at Cyber Human Systems by Gogoa Mobility Robots, we are proud to be part of POLEALab, a pioneering laboratory located in Burgos, specialising in the integration of industrial exoskeletons and collaborative robotics to enhance workplace ergonomics and safety. Last Friday, we were delighted to host a team of professionals from Campofrío at our laboratory. During their visit, they experienced firsthand how exoskeletons can significantly improve operator safety and comfort across various industrial tasks. In addition, we showcased the potential of private industrial 5G networks, highlighting their advantages for effective integration into real-world industrial environments. This meeting facilitated discussions and explored future technological implementations in collaboration with DIHBU (Digital Innovation Hub Industry 4.0). This initiative benefits from institutional support provided by the Digital Innovation Hub Industry 4.0 and the Regional Government of Castilla y León, notably including the participation of Leticia García, Regional Minister for Industry. At Cyber Human Systems, we reaffirm our commitment to technological innovation as key to addressing future industry challenges. We extend our gratitude to the Campofrío team for their trust and enthusiasm in this collaborative experience!

Cyber Human Systems' stand at the IV International Beekeeping Fair of Lalín On 1st and 2nd February , Cyber Human Systems had the privilege of participating in the IV International Beekeeping Fair of Lalín , a prestigious event that brings together beekeepers, researchers, and cutting-edge technology companies under the grand marquee of the Carpa do Cocido do Campo da Feira . Our presence did not go unnoticed—our exoskeletons stole the show . While the beekeeping sector has seen significant advancements in hive design and honey extraction, the physical burden of fieldwork has remained largely unchanged —until now. Exoskeletons for Beekeeping: Less Effort, More Efficiency Cyber Human Systems' speech During the keynote presentations, event organiser David Liñares  highlighted the crucial role exoskeletons could play in modern apiculture. While innovations have transformed hives and extraction techniques, lifting and transporting honeycombs has remained a strenuous manual task . Our exoskeletons alleviate between 20 and 30 kilograms of weight , significantly reducing physical strain. This groundbreaking technology not only enhances productivity  but also helps to prevent musculoskeletal injuries , making beekeeping far more sustainable in the long term. Hands-On Experience and Enthusiastic Reception David Liñares trying ExoSoft The impact of our technology was evident at our exhibition stand , where visitors had the opportunity to test different exoskeleton sizes and experience their benefits firsthand . The enthusiastic response—from small-scale beekeepers to industry professionals—reaffirmed the game-changing potential of exoskeletons in apiculture. Our participation in the Lalín Beekeeping Fair 2025 underscores our commitment to innovation, ergonomics, and workplace safety across various sectors—from healthcare and industry to beekeeping . We continue to champion a future where technology and human effort work in harmony, enhancing both safety and efficiency. 🔹 To learn more about our exoskeletons and how they can support your work, visit www.cyberhumansystems.com . 🔹 Cyber Human Systems Feria Apicultura Cyber Human Systems Feria Apicultura

Automation and advanced robotics are revolutionising the manufacturing industry. In this context, Polea Lab , a project spearheaded by DIHBU (Digital Innovation Hub Industry 4.0) and supported by the Regional Government of Castilla y León , stands as a benchmark in the integration of industrial exoskeletons and cobots in advanced production environments. GOGOA, through its industrial brand Cyber Human Systems , plays an active role in this laboratory, contributing its expertise and technology in the development, validation, and demonstration of exoskeletons to enhance ergonomics and reduce occupational risks in industry. Polea Lab: A Space for Experimentation and Technological Validation Located in Burgos, Polea Lab is a pioneering space in Spain that combines technological demonstration, proof-of-concept development, and prototype validation in the realm of industrial automation. Its infrastructure enables experimentation with collaborative robotics, industrial exoskeletons, and 5G technology , fostering the adoption of innovative solutions by the regional industry. The laboratory not only provides an experimental space but also acts as a bridge between technology manufacturers, research centres, and industrial enterprises , ensuring that innovations are tested under real-world conditions before large-scale implementation. Cyber Human Systems: Exoskeletons for a Safer and More Efficient Industry The involvement of Cyber Human Systems in Polea Lab focuses on the implementation and validation of industrial exoskeletons designed to improve safety and productivity in advanced manufacturing processes. These devices assist workers in repetitive or physically demanding tasks, reducing fatigue and minimising the risk of musculoskeletal injuries. As part of this project, live demonstrations have been conducted to showcase the benefits of using exoskeletons in sectors such as automotive, logistics, and manufacturing. These demonstrations have been attended by Leticia García, the Regional Minister for Industry of Castilla y León , who has emphasised the importance of initiatives like Polea Lab in fostering technological development and industrial competitiveness in the region. Polea Lab Services The services provided by Polea Lab include: Technological demonstration in exoskeletons, mobile robotics, and collaborative robotics. Testing of solutions in 5G environments . Development of proof-of-concept projects . Personalised technical training on emerging technologies. Prototype validation and support for industrial scaling . A Strategic Project for Industry 5.0 Polea Lab aligns with the transition towards Industry 5.0 , which seeks greater interaction between humans and machines, prioritising safer, more efficient, and ergonomic work environments. The synergy between collaborative robotics and exoskeletons is essential to optimising production without compromising worker well-being. Through its participation in this project, GOGOA and Cyber Human Systems reinforce their commitment to innovation and industrial digitalisation, contributing to the evolution of production processes towards a more advanced and human-centric model. Polea Lab Location The central facilities of Polea Lab are housed within ITCL , at the following address: C/López Bravo, 70, Burgos 09001. This project represents a significant opportunity for companies seeking to integrate cutting-edge technologies into their operations and transition towards a safer and more efficient production model. Polea Lab exoesqueletos cyber human systems Polea Lab exoesqueletos cyber human systems

EXOSOFT - Cyber Human Systems This year, FITUR 2025 sets the stage for an extraordinary technological breakthrough aimed at improving working conditions within the hospitality sector: the deployment of exoskeletons developed by Cyber Human Systems, GOGOA's spin-off . Designed specifically for chambermaids, affectionately known as the "Kellys" , these devices not only safeguard workers' health but also exemplify how innovation can seamlessly integrate into traditional industries, optimising performance and fostering a safer, healthier work environment. In collaboration with Gogoa , the Hotel Technology Institute (ITH) , and the Valencia Biomechanics Institute (IBV) , Cyber Human Systems is spearheading the first practical case study of exoskeletons applied in a real hotel environment. During the event, a live demonstration will showcase how these devices can easily integrate into the daily routines of the Kellys, providing physical support, enhancing posture, and preventing long-term musculoskeletal injuries. Intriguingly, the exoskeletons are designed to be part of the workers’ uniform, ensuring a smooth and natural transition to this innovative technology. Exoskeletons enhancing lives: the case of the Exosoft Among the groundbreaking solutions unveiled by Cyber Human Systems at FITUR 2025 is the Exosoft , an ergonomic, textile-based exoskeleton equipped with “artificial muscles” designed to offer lumbar support and assistance with repetitive movements. Its ultra-lightweight design, weighing just 0.8 kg, makes it one of the most comfortable and accessible solutions on the market. Fully adjustable, it caters to a wide range of body sizes and worker requirements, making it an ideal companion for hotel cleaning staff. The Exosoft has been meticulously crafted to meet the daily demands of the Kellys, who face physically intense shifts involving tasks such as lifting and moving beds, vacuuming rooms, and cleaning surfaces. This exoskeleton provides vital lumbar support, significantly reducing physical strain, minimising injury risks, and improving overall well-being. Tangible benefits for the Kellys and the hospitality industry The introduction of exoskeletons by the Kellys marks a turning point in how ergonomics is approached within the hospitality sector. Key benefits include: Reduction in workplace absences: The Kellys have reported a notable decrease in injuries related to heavy physical work, such as lower back pain and other musculoskeletal disorders. This not only enhances their quality of life but also benefits hotels by reducing costs associated with sick leave. Increased productivity: With reduced fatigue and efficient physical support, the Kellys can perform their duties more quickly and effectively, contributing to maintaining high standards of cleanliness and service in hotels. Enhanced physical and mental well-being: By alleviating the physical demands of daily tasks, workers experience less exhaustion and stress, resulting in an improved quality of life and a more positive working environment. Long-term health protection: Beyond immediate support, these exoskeletons prevent chronic injuries that could develop after years of intensive physical labour, ensuring a healthier future for the Kellys. Technology that humanises work and transforms the industry Cyber Human Systems' vision extends beyond physical improvements for the Kellys. It represents a future where technology serves humanity, humanising labour conditions and dignifying the work of those who are the backbone of the hospitality industry. This technological evolution aligns perfectly with the real needs of workers, demonstrating that innovation can be seamlessly integrated in practical, accessible ways. FITUR 2025: a showcase for technology and well-being Cyber Human Systems’ presentation at FITUR 2025 will not only highlight the technical advantages of exoskeletons but also their profound social and economic impact on the sector. Live demonstrations will provide attendees with an opportunity to observe how these devices integrate into the daily routines of the Kellys, showcasing their efficacy and user-friendliness. This initiative, backed by collaboration between Cyber Human Systems, Gogoa, the ITH, and the IBV, underscores the hospitality industry's commitment to advancing towards a more sustainable, human-centric, and technologically advanced future. A promising future for hospitality and the Kellys The adoption of exoskeletons like the Exosoft not only improves the working conditions of the Kellys but also sends a clear message: technology can and should be leveraged to enhance people’s lives. In this case, it has transformed a historically injury-prone and physically demanding job into one that is more manageable, efficient, and respectful of workers' health. - FITUR 2025 Exoskeletons Kellys fitur 2025 Exoskeletons kellys

📅 September 17-19 – Alcoy, Spain This week, Cyber Human Systems is proud to be part of the CBRN Military Congress, organized by the European Defense Fund (EDF). This event brings together representatives from the Ministries of Defense of the 27 EU member states, as well as invited companies developing cutting-edge technologies that could shape the future of defense. The working groups, known as "CapTech," focus on identifying and addressing emerging technological challenges in various defense sectors. We have been invited to join the Human Factors working group to present GUDEX , our military exoskeleton designed for carrying heavy loads and providing protective support. During our presentation, we will not only showcase the capabilities of GUDEX but also share our insights on the future development of military exoskeletons and their role in enhancing operational effectiveness on the battlefield. What is GUDEX? GUDEX is an advanced military exoskeleton offering the following functionalities and features: Load Support:  Capable of carrying up to 40 kg of equipment, with the weight transferred to the ground. March Assistance:  Reduces fatigue, injury risk, and physical stress on the user. Protection and Mobility:  Supports protective gear without limiting the soldier’s range of movement. Marching Speed:  Allows for a marching speed of 4 to 10 km/h, depending on the load. Full Integration:  Fully compatible with body armor and anti-fragmentation vests. Ruggedized:  Designed to withstand extreme conditions such as rain, mud, and challenging terrain. Adjustable and Ergonomic:  Accommodates users from 1.50 to 2.00 meters in height and up to 120 kg in weight. It is also easy to put on and remove, ensuring comfort and robustness at all times. At Cyber Human Systems, we are committed to developing solutions that enhance the physical capabilities of military personnel, providing ergonomic, lightweight, and adaptable technology. Our goal in participating in this congress is to foster new research projects that will drive the development of advanced European technologies for the defense sector. We’ll keep you updated on our participation and the outcomes of this exciting event! - GUDEX CBRN CONGRESO MILITAR EDF

Last Friday, September 13th, Cyber Human Systems participated in the Santander Emergency Meeting Day 2024 , a key event in the field of emergency management and safety. Held at the Palacio de Deportes in Santander, the event brought together professionals from various sectors to share knowledge, experiences, and best practices in emergency response. We are pleased to share that our booth attracted a large number of attendees interested in learning more about innovations in industrial and rescue exoskeleton technology. Visitors had the opportunity to experience firsthand the benefits of our industrial exoskeletons (ExoSoft, ExoArms and the new ExoHead) , designed to prevent musculoskeletal issues in work environments, as well as ExoRescue , our specialized exoskeleton for rescue and emergency teams. We are grateful to everyone who visited us for their interest and time. It was a pleasure to showcase how our solutions are helping to improve safety and efficiency in critical situations. We also conducted practical demonstrations, allowing attendees to experience the ease of use and capabilities of these devices to reduce physical strain and enhance response in emergency scenarios. We remain committed to innovating technologies that support emergency professionals and other sectors. If you could not attend the event but are interested in learning more about our exoskeletons, please do not hesitate to contact us. Thank you to everyone who made this event a success! - CYBER HUMAN SYSTEMS JORNADA EMERGENCIAS

At Cyber Human Systems, we are excited to participate in a series of key events this September. We invite you to discover and try our exoskeleton technology, which is revolutionizing safety and efficiency in various work environments. Come and experience the future of work! September Events: September 13, Santander - Cantabria Emergencies Meeting 2024 September 17 - 19, Alcoy - CBRN Military Congress September 19 - 20, Gijón - Ergonomics Congress September 24 - 25, Burgos - Burgos Industry 4.0 Technology Meeting At each of these events, we will be showcasing live demonstrations and simulations in real work environments. You will have the opportunity to try our state-of-the-art exoskeletons and see how they can improve ergonomics, safety, and productivity in your company. Why Attend? Our exoskeletons provide innovative solutions tailored to the specific needs of different sectors, from industry to defense and safety. This is your chance to see them in action, ask questions to our experts, and explore how our technology can be a game-changer for your organization. Don’t Get Left Behind! The future of work is now, and incorporating exoskeletons is a crucial step to stay ahead. Don’t miss the opportunity to explore these innovations in person. We look forward to seeing you at these events for a unique and innovative experience! Stay tuned to our social media for more details on each event. See you there!

Within the framework of Eurosatory, the international defence exhibition held in Paris, the industrial and defence exoskeleton unit of Gogoa Mobility Robots made a noteworthy appearance. Although we did not participate as exhibitors, our visit was focused on establishing valuable contacts and sharing our experiences and knowledge in the development of exoskeletons for military applications, as well as opening a promising line of collaboration with Mawashi. Exploring Strategic Collaborations During our visit to Eurosatory, we had the opportunity to engage with various industry stakeholders, including Mawashi, a Canadian company renowned for its military exoskeletons. Despite our differing approaches, with GUDEX from Cyber Human Systems focusing on weight unloading during long marches and Mawashi aiming to support the protective gear of security forces during special interventions, we identified common ground for potential future collaboration. This synergy could result in more comprehensive and advanced solutions for military needs. Eurosatory: A Hub of Innovation in Defence Eurosatory has established itself as the premier exhibition in the defence sector, bringing together companies and professionals from around the globe to present and discuss the latest technological innovations. For Cyber Human Systems, this fair has served as an ideal platform to gain firsthand insight into emerging trends and the newest advancements in exoskeletons and other defence-related technologies. Networking and Collaborations at Eurosatory A highlight of our visit was the opportunity to strengthen relationships with strategic partners and establish new connections that could be vital for future projects. At Eurosatory, we shared our experiences in developing exoskeletons and discussed potential collaborations that could lead to the creation of more efficient and secure technological solutions for the military sector. Presence of ACHILE Project Partners During the exhibition, we also had the pleasure of meeting some of our partners involved in the ACHILE Project. This initiative, backed by the European Defence Fund, aims to revolutionise the equipment of European soldiers through the development of advanced technologies such as exoskeletons. Although our presence at Eurosatory was not focused on this project, it was an excellent opportunity to discuss progress and strengthen synergies around this ambitious initiative. The Future of Exoskeletons in Defence Participation in Eurosatory has afforded us a clearer vision of the directions in which the defence industry is moving and how we can significantly contribute through our innovations in exoskeletons. Collaborating with companies like Mawashi and participating in European projects such as ACHILE position us favourably to face future challenges and offer high-tech solutions that enhance the operational capability of soldiers. Conclusion The visit by Gogoa Mobility Robots to Eurosatory has been an enriching experience, enabling us to establish strategic contacts and explore new opportunities for collaboration. Through our interactions and discussions, we have reaffirmed our commitment to innovation and the continuous improvement of military capabilities. Eurosatory has undoubtedly been a hub of knowledge and innovation, and we are excited about the possibilities it presents for the future of defence equipment. Our industrial and defence exoskeleton unit, Cyber Human Systems, will continue to closely follow these developments and keep our readers informed about the latest trends and innovations in the field of cyber and human systems, ensuring they are always abreast of the most relevant advancements in this dynamic sector. - Cyber Human Systems Eurosatory

Recently, we came across an article in the esteemed Deia newspaper highlighting an issue that continues to concern many in the labor sphere: sick leaves. According to data provided by the employers' association of accident mutuals (AMAT), in Euskadi, the average duration of sick leaves rose to 43 days in 2023, a 6.7% increase from the previous year. These figures not only pose a challenge to companies' productivity but also significantly impact the health and well-being of workers, as well as the future of their careers. The report reveals that the economic cost of sick leaves in Euskadi reached €502 million in benefits and €404 million directly for companies. Moreover, the 6.4% increase in initiated processes compared to the previous year reflects a worrying trend that we cannot overlook. How can we effectively address this issue that affects so many aspects of our society? At Cyber Human Systems (CHS), we firmly believe that integrating advanced technology with human labor is key to tackling this challenge effectively. Our products represent some of the best solutions available in the current market to address this problem. Why should you consider integrating these tools into your daily work environment? First and foremost, our solutions are designed with the health and well-being of workers in mind. From ergonomic exoskeletons to real-time health monitoring systems, we offer a range of products that can help prevent workplace injuries and reduce the risk of accidents. By incorporating innovative technology into the workplace, we are not only protecting employees' health but also ensuring a safer and more productive work environment. Furthermore, implementing technology in the workplace can have long-term benefits for both employees and companies. Reducing downtime due to work-related injuries or illnesses not only increases productivity but also improves employee satisfaction and morale. Additionally, by minimizing the costs associated with sick leaves, companies can reinvest those resources in initiatives that drive growth and innovation. AMAT's proposal to allow mutuals to provide comprehensive healthcare and issue medical discharges in cases of temporary incapacity is a step in the right direction. However, we believe that the real solution lies in combining technological interventions with human-centered approaches. By doing so, we can not only reduce waiting lists in public healthcare and save unnecessary costs but also improve the quality of life for workers and ensure a more prosperous and sustainable work future for all. In summary, saying yes to human-technology integration is saying yes to a future where workers can age in good health and finish their workday without pain or worries. At CHS, as a spin-off of the industry leader GOGOA, we are committed to continuing to develop innovative solutions that promote a safe, healthy, and productive work environment for all. It's time to embrace the transformative potential of technology and work together to build a future where workers' well-being is a fundamental priority.

In a world facing increasingly urgent challenges in terms of sustainability and workplace safety, innovation becomes a crucial catalyst for progress. In this context, Cyber Human Systems is pleased to present the "Forest Exoskeletons" project, an initiative led by HAZI and supported by the European Union's Recovery, Transformation, and Resilience Plan - NextGenerationEU. This flagship project aims to revolutionize forestry work through the integration of cutting-edge technology: exoskeletons. What is the "Forest Exoskeletons" project? The "Forest Exoskeletons" project emerges as an innovative response to the challenges faced by the forestry sector in terms of safety and labor efficiency. In collaboration with HAZI, an entity of the Basque Government dedicated to the development of the food and forestry value chain, this project aims to evaluate, improve, and develop exoskeletons specifically designed for forestry tasks. Project Objectives: 1. Ergonomic Evaluation: The first step of the project involves conducting a thorough ergonomic evaluation of common tasks in the forestry field, such as cutting, cleaning, clearing, and shredding. In this initial trial, our lumbar and arm support exoskeleton, EXOARMS, has been utilized. 2. Existing Exoskeleton Testing: Tests will be carried out on exoskeletons already available in the market to understand their effectiveness and potential areas for improvement. 3. Development of Specific Modular Exoskeleton: Based on the results of the ergonomic evaluation and field tests, a modular exoskeleton specifically tailored to the needs of the forestry sector will be designed and developed. Expected Benefits: - Reduction of Occupational Risks: Exoskeletons provide physical support, reducing fatigue and minimizing the risk of musculoskeletal injuries in forestry workers. - Increase in Efficiency: By providing assistance in physically demanding tasks, an increase in productivity and efficiency in forestry work is expected. - Environmental Sustainability: By improving working conditions and efficiency in forestry work, the project will contribute to the sustainable management of natural resources and the conservation of the environment. Financial Support: This project is financially supported by the European Union's Recovery, Transformation, and Resilience Plan - NextGenerationEU. Additionally, we receive support from the relevant Ministry and the Basque Government, who recognize the strategic importance of this initiative for sustainable development and innovation in the forestry sector. In summary, the "Forest Exoskeletons" project represents a bold step towards a safer, more efficient, and sustainable future for the forestry industry. Through collaboration among key stakeholders, the application of advanced technology, and the support of European funds, we are transforming the way work is carried out in forests, laying the groundwork for a more promising and resilient tomorrow.

In the ever-evolving landscape of workplace technology, exoskeletons have emerged as an innovative solution to enhance the health and efficiency of workers in physically demanding environments. Specifically, their ability to reduce fatigue, mitigate the risk of injuries, and enhance work quality has sparked considerable interest across various industries. However, accurately and objectively measuring the benefits these devices bring to workers has been a key challenge. How can we effectively evaluate the impact of exoskeletons on labor performance? To address this issue, we have conducted a comprehensive study evaluating multiple parameters related to fatigue and job performance in a common lifting scenario. Over a continuous period of 10 minutes, participants performed the task of lifting objects from the ground to a table, at a height of 80 cm, while comparing conditions with and without exoskeleton use. The results yielded valuable insights into the tangible benefits these devices can offer to workers. Blood lactate measurement: This key indicator of physical exertion revealed significant differences between conditions with and without exoskeletons. The reduction in blood lactate levels during exoskeleton use suggests a decrease in muscular workload and, therefore, less perceived fatigue by the worker. Electromyography (EMG) of muscle activation: Although no significant variations in muscle activation were observed when directly comparing exoskeleton use with unloaded conditions, it's important to consider the reference of muscle activation during unloaded movement as a basis for comparison. Additionally, difficulty in measuring muscle activation in specific areas, such as the glutes, was noted, limiting the comprehensive evaluation of certain muscle groups. Borg Scale: The worker's subjective perception of effort, measured through the Borg Scale, largely coincided with the objective results of blood lactate measurement. This finding underscores the importance of considering the subjective factor in evaluating job performance with and without exoskeletons. Heart rate and exercise cadence maintenance: The difference in heart rate between conditions with and without exoskeletons provides an additional indication of the physiological impact of using these devices. Furthermore, it was observed that workers could maintain a more consistent exercise cadence for longer periods when using exoskeletons, suggesting greater physical endurance and less muscle fatigue. Movement ergonomics: One of the most prominent benefits of exoskeleton use was the improvement in movement ergonomics during lifting tasks. By promoting better posture and a more efficient distribution of bodily forces, these devices help reduce the risk of musculoskeletal injuries and enhance workplace safety. In conclusion, the implementation of exoskeletons in work environments can have a significant impact on reducing fatigue, injury risk, and improving job performance. By combining objective data with the worker's subjective perception, we can gain a more comprehensive understanding of the benefits these devices bring to the workforce. This study underscores the importance of adopting a holistic approach to evaluating the impact of technology in the workplace, with the ultimate goal of improving the health, safety, and efficiency of workers worldwide.