FINESSE (fibre nervous sensing systems), C3PO (laser communication with space objects), and ACINO (IP/optical network orchestration) demonstrate deep optical technology capabilities.
RISE ACREO AB
Swedish applied research institute developing photonic sensors, organic biosensors, MEMS devices, and printed electronics for industrial and biomedical applications.
Their core work
RISE Acreo is a Swedish applied research institute specializing in electronics, photonics, and sensor technologies, operating as part of the RISE (Research Institutes of Sweden) group. They develop advanced materials and devices — from piezoelectric energy harvesters and fibre optic sensors to organic biosensors and printed electronics — bridging the gap between laboratory research and industrial application. They also run innovation support services for SMEs through the Enterprise Europe Network, helping companies adopt new technologies. Their work spans hardware development (MEMS, nanoelectronics, optical systems) and IoT-related system integration for sectors like energy, agriculture, and healthcare.
What they specialise in
BORGES (biosensing with organic electronics), GREENSENSE (nanocellulose-based biosensing platform), and Biorapid (rapid bioprocess development) show strong bio-electronic device expertise.
smart-MEMPHIS (piezo-based energy harvesting with supercapacitors, their largest project at EUR 618K) and CAMART2 (advanced materials, nanotechnology, micro/nanoelectronics) anchor this capability.
Three Swennis projects plus KET4CleanProduction — all focused on delivering innovation support services to SMEs through the Enterprise Europe Network.
Be-IoT (business engine for IoT pilots), Ruggedised (smart energy deployment in cities), and AFarCloud (precision farming with cyber-physical systems) show applied IoT integration work.
GREENSENSE (printed electronics, ink-jet, screen printing on nanocellulose) and BORGES (flexible and wearable electronics, additive manufacturing) indicate a growing printed electronics line.
How they've shifted over time
In the early H2020 period (2014–2016), RISE Acreo balanced two distinct activities: hardware-focused research in MEMS energy harvesting, optical communications, and advanced materials alongside SME innovation management services through the Enterprise Europe Network. From 2017 onward, the focus shifted decisively toward sensing and biosensing — fibre optic sensor systems, organic electronic biosensors, nanocellulose-based platforms, and printed electronics — while also engaging more with applied domains like smart energy, clean production, and precision farming. The innovation management work continued but became a smaller share of their portfolio as the deep-tech sensor work grew.
RISE Acreo is converging toward bio-electronic sensing platforms built on organic and printed electronics — a strong fit for future health, environmental monitoring, and food safety collaborations.
How they like to work
RISE Acreo has participated exclusively as a consortium partner across all 16 projects, never as coordinator — suggesting they position themselves as a specialist contributor bringing specific technical capabilities rather than driving project management. With 218 unique partners across 26 countries, they have an exceptionally broad network for their project count, indicating they join diverse consortia rather than working with repeated partner clusters. This makes them easy to integrate into new consortia as a reliable technical partner without competing for the coordination role.
With 218 unique consortium partners across 26 countries from just 16 projects, RISE Acreo has one of the broadest per-project partner networks, reflecting their participation in large, pan-European consortia. Their connections span nearly all EU member states, with no narrow geographic bias.
What sets them apart
RISE Acreo combines deep hardware capabilities in photonics, MEMS, and organic electronics with hands-on experience in SME innovation support — a rare dual profile that lets them both develop advanced sensor technologies and help companies adopt them. As part of the RISE group (Sweden's national research institute network), they offer access to shared infrastructure and testing facilities that independent labs cannot match. Their move into bio-electronic sensing on flexible and printed substrates positions them at the intersection of electronics manufacturing and life sciences — valuable for consortia that need a partner who can fabricate prototype sensor devices.
Highlights from their portfolio
- smart-MEMPHISTheir largest project (EUR 618K) developing piezoelectric MEMS energy harvesters with integrated supercapacitors — core to their advanced electronics identity.
- BORGESRepresents their strategic shift into organic electronics for biosensing, combining flexible/wearable electronics with immunosensor development — their most forward-looking research line.
- FINESSEFibre optic distributed sensing systems — demonstrates their photonics depth and connects their optical expertise to industrial monitoring applications.