TECH HIVE LABS ASTIKI MI KERDOSKOPIKI ETAIREIA

Their core work

Tech Hive Labs (THL) is a Greek research centre specializing in advanced sensor systems, flexible electronics, and soft robotics. Their core competence lies in developing sensor-embedded devices — from printed electronics for prosthetic sockets to scintillating fibre-based X-ray detectors and tactile sensors for robotic grippers. They bridge the gap between materials science and real-world applications, taking sensor and electronics research into healthcare, manufacturing, agriculture, and marine environments.

What they specialise in

How they've shifted over time

THL entered H2020 around 2019 with a broad portfolio spanning prosthetic sensors, industrial manufacturing systems, and marine biofouling detection — applied sensor work across diverse domains. By 2020-2021, their focus sharpened toward flexible sensing devices and soft robotics: they coordinated FleX-RAY (flexible X-ray detectors using scintillating fibres), joined SoftGrip (tactile sensors in elastomeric grippers for agriculture), and entered hospital digitization with ODIN. The trajectory shows a clear move from general sensor integration toward specialization in flexible, conformable sensing technologies applied to healthcare and agri-food robotics.

THL is converging on flexible, conformable sensor technologies — expect them to pursue projects combining soft materials with medical imaging, wearable health devices, or agricultural robotics.

How they like to work

THL operates primarily as a specialist partner (5 of 6 projects), contributing sensor and electronics expertise to larger consortia, though they have demonstrated coordination capability with FleX-RAY. With 71 unique partners across 20 countries, they are well-networked across Europe and not locked into a small circle. Their willingness to apply sensor expertise across very different domains (prosthetics, marine, agriculture, manufacturing) makes them a versatile consortium member who brings a specific technical skillset rather than domain knowledge.

THL has built a broad European network of 71 distinct partners across 20 countries in just 6 projects, indicating they consistently join large, multi-national consortia rather than working in tight clusters. For a relatively young Greek research centre, this geographic spread is notable.

What sets them apart

THL occupies a distinctive niche at the intersection of flexible electronics, sensor integration, and soft materials — a combination few European research centres cover under one roof. While many groups work on sensors or robotics separately, THL's ability to embed sensing capabilities into flexible, conformable substrates makes them a natural partner for projects requiring smart materials that adapt to complex shapes, whether human bodies, robotic grippers, or medical imaging surfaces. Their cross-domain track record means they can rapidly translate sensor expertise into unfamiliar application fields.

Highlights from their portfolio

• FleX-RAY
  Their only coordinated project and largest budget (€778K), developing an unconventional flexible X-ray detector using scintillating fibres — a distinctive research line with medical imaging potential.
• SoftGrip
  Combines soft robotics with imitation learning for agricultural harvesting — positions THL at the intersection of AI, tactile sensing, and agri-food automation.
• SocketSense
  Applies printed electronics and biomechanics sensors to prosthetic socket design, demonstrating THL's ability to bring sensor technology directly to patient-facing healthcare applications.