Join us on Kickstarter to bring Sentimo—the next-generation wireless EMG + IMU biosensor platform—to life. With your support, we can make research-grade biosensing affordable, wearable, and accessible for everyone.
Discover how our advanced Bluetooth electromyography (EMG) system is reshaping stroke rehabilitation—combining precision sensing, adaptive feedback, and wireless design to empower recovery and restore movement through neuroadaptive technology. Watch our feature on Design Network Seed Connect to learn more.
Explore how wearable technologies are revolutionizing communication and connectivity—enabling seamless, hands-free interaction, real-time information access, language translation, and immersive virtual collaboration in an increasingly connected world.
Examine how wearables are expanding beyond health into workplaces, education, entertainment, and fashion—enhancing safety, productivity, creativity, and personal expression.
Learn how wearables have evolved into holistic wellness companions, helping users enhance fitness, manage stress, and cultivate healthier lifestyles through data-driven insights.
Uncover how wearable technologies are transforming healthcare through real-time monitoring, early diagnostics, and personalized medicine that empower patients and revolutionize modern care.
Explore how EMG technology is redefining human–machine interaction through intuitive prosthetic control, gesture recognition, and emerging mind–machine interfaces that merge biology with technology.
Discover how EMG technology is inspiring a new generation of innovators through DIY projects and educational tools that transform learning, creativity, and interdisciplinary exploration.
Explore how electromyography (EMG) is transforming neurorehabilitation through personalized therapy, real-time biofeedback, and intuitive prosthetic control—empowering patients to retrain muscles, harness neural plasticity, and restore movement and independence after neurological injury.
Discover how electromyography (EMG) is revolutionizing sports science by providing real-time insights into muscle activation, fatigue, and biomechanics—empowering athletes and coaches to optimize training, prevent injuries, and refine performance with unprecedented precision.
Examine the cutting edge and future trajectory of electromyography (EMG) as it integrates with AI, machine learning, and neurorehabilitation—advancing from precise signal analytics and clinical diagnostics to next-generation wearable and implantable systems that redefine human performance, recovery, and interaction with technology.
Discover how 21st-century innovations—from wearable sensors and wireless EMG systems to advanced pattern recognition, neuroprosthetics, and brain–machine interfaces—have transformed electromyography into a powerful tool for rehabilitation, prosthetic control, and seamless human–technology integration.
Explore how EMG technology evolved through the mid-to-late 20th century—from refined recording methods and single-fiber techniques to the rise of digital signal processing and clinical applications that revolutionized neuromuscular diagnostics, rehabilitation, and prosthetic control.
Trace the origins of electromyography (EMG) from 17th-century experiments in “animal electricity” to mid-20th-century innovations like needle and surface electrodes that transformed it into a cornerstone of modern neuroscience and biomedical engineering.
Journey into the future of Electromyography (EMG) as we explore how this transformative technology could redefine human performance, medicine, and human–machine integration. From next-generation prosthetics and real-time athletic optimization to ethical questions about enhancement and identity, this final installment envisions a future where EMG empowers innovation while preserving our shared humanity.
Dive into the critical challenges and pressing ethical considerations shaping the future of EMG technology, including signal noise, privacy concerns, and human-machine boundaries.
Discover the driving force behind the evolution of biosensors and EMG tools, and learn about how modern advancements have propelled these technolgoies.
Embark on a journey into the convergence of biology and technology through our EMG series. Uncover how muscle-sensing tools shape medicine, prosthetics, and the future of human-machine interfacing.
