Core contributor across MyLeg, SocketSense, GoSafe, CYBERLEGs Plus Plus, and SOMA — all focused on transfemoral prostheses, prosthetic sockets, or sensory restoration for amputees.
EMBLA MEDICAL HF
Icelandic prosthetics and exoskeleton company specializing in sensor-integrated limbs, neural interfaces, and sensory feedback for amputee rehabilitation.
Their core work
Embla Medical is an Icelandic medical technology company specializing in prosthetic limbs, exoskeletons, and human-machine interfaces for people with mobility impairments. They develop sensor systems, prosthetic sockets, and sensory feedback technologies that help amputees regain natural movement and feeling. Their work spans the full chain from neural interfaces and biomechanical sensors to wearable assistive devices, consistently focusing on the user experience of people who rely on prosthetics and rehabilitation robotics.
What they specialise in
Participated in XoSoft (soft biomimetic exoskeletons), EUROBENCH (robotics benchmarking), ReHyb (hybrid neuroprosthesis rehabilitation), and INBOTS (inclusive robotics).
Active in EXTEND (bidirectional neural systems), NeuTouch (neural coding of touch), and GoSafe (restoring sensory ability for amputees).
SocketSense developed advanced sensor-based prosthetic sockets using printed electronics; GoSafe focused on sensory feedback interfaces.
EUROBENCH established European benchmarking frameworks for bipedal locomotion; INBOTS addressed inclusive robotics standards.
How they've shifted over time
In their early H2020 period (2016–2018), Embla Medical focused on mechanical assistive devices — soft exoskeletons, wearable robots, and standardized testing of robotic locomotion systems (XoSoft, EUROBENCH, INBOTS). From 2019 onward, their work shifted decisively toward prosthetics with neural and sensory integration: restoring touch sensation for amputees, developing smart prosthetic sockets with embedded sensors, and bidirectional neural interfaces (SocketSense, GoSafe, NeuTouch, SOMA). The trajectory is clear — from making devices that assist movement to making devices that feel natural by closing the sensory loop between prosthetic and nervous system.
Embla Medical is moving toward fully integrated neuroprosthetics where the prosthetic limb communicates bidirectionally with the user's nervous system — a strong partner for any project bridging bioelectronics and rehabilitation.
How they like to work
Embla Medical operates exclusively as a participant or partner — they have never coordinated an H2020 project, which suggests they contribute specialized technical expertise rather than leading consortium management. With 83 unique partners across 15 countries, they are well-networked and comfortable in large European consortia (most of their projects involve 10+ partners). Their consistent presence across multiple related but distinct projects indicates they are a trusted specialist that gets invited back by the assistive robotics and prosthetics research community.
Broadly connected across 15 European countries with 83 unique consortium partners, indicating deep integration into the EU assistive technology and rehabilitation robotics research community. Being Iceland-based, their network is inherently pan-European rather than regionally clustered.
What sets them apart
Embla Medical occupies a rare niche as a private company that bridges mechanical prosthetics with neural interface technology — most organizations in this space are either university labs or large medtech firms, while Embla sits in between with practical product development experience. Their Icelandic base is unusual in the European assistive technology landscape, where most players cluster in Germany, Italy, and the Netherlands. For consortium builders, they bring industry-grade prosthetics engineering combined with genuine research depth in sensory feedback — the kind of partner that can turn lab prototypes into devices real amputees can use.
Highlights from their portfolio
- GoSafeLargest single EC contribution (EUR 766,500) and directly targets the frontier of restoring complete sensory ability for natural walking in amputees — Embla's most ambitious project.
- SocketSenseHighly applied project (EUR 540,673) combining printed electronics with biomechanics to redesign prosthetic sockets — closest to a near-market product in their portfolio.
- NeuTouchMSCA training network on neural coding of touch for prosthetics and robotics — signals Embla's investment in next-generation talent and fundamental neuroscience alongside their applied work.