Two phases of 3D-LEAP (SME-1 feasibility in 2014, then full SME-2 scale-up 2015-2018) focused on miniaturized 3D light sensors for handheld electronics.
PHOTONIC SENSORS AND ALGORITHMS SL
Valencia-based SME developing 3D photonic sensors, depth cameras, and AR camera systems for consumer and industrial applications.
Their core work
Photonic Sensors and Algorithms is a Valencia-based SME that designs and develops advanced camera sensor technologies, specializing in 3D light sensing, depth perception, and image recognition for consumer and industrial devices. Their work spans from miniaturized 3D light sensors for portable electronics to stereo depth cameras and augmented reality camera systems. They bridge photonic hardware design with algorithmic processing, turning raw sensor data into usable 3D and facial recognition outputs for product manufacturers.
What they specialise in
FASTFACEREC (2018-2021) targeted fast-track development of face recognition camera technology for market dominance.
PERCOSDECAM (2020-2023) developed a periscopic consumer stereo depth camera, combining compact optics with depth perception.
AR_GREEN_CAM (2020-2023) — their largest project at EUR 2.5M — combined AR camera development with sustainable manufacturing processes.
The company name itself signals dual competence; all five projects require algorithmic processing alongside sensor hardware design.
How they've shifted over time
In their early H2020 period (2014-2018), Photonic Sensors focused squarely on 3D light sensing miniaturization for portable consumer devices, progressing from feasibility study to full-scale development through the SME Instrument phases. From 2018 onward, they diversified into application-specific camera systems — first face recognition, then stereo depth perception and augmented reality — while also scaling up to larger Innovation Action projects with manufacturing integration. The trajectory shows a company maturing from a single core sensor technology into a broader camera systems provider with growing interest in sustainable manufacturing.
Moving toward integrated AR camera systems with green manufacturing, suggesting future work will combine advanced optics with sustainability requirements — relevant for partners in consumer electronics and smart device manufacturing.
How they like to work
Photonic Sensors coordinates every single one of their H2020 projects — they exclusively lead, never join as a partner. Their consortia are small (5 unique partners across 3 countries), typical of SME Instrument projects where the company drives commercialization with minimal external support. This signals a self-reliant organization with strong project management capability, but potential partners should expect them to take the lead role in any joint venture.
A compact network of 5 unique partners across 3 countries, reflecting the small-consortium structure of SME Instrument projects rather than large collaborative research. Their geographic partnerships appear limited but focused, consistent with a product-driven SME managing tight development teams.
What sets them apart
Photonic Sensors occupies a rare niche: a European SME with deep vertical expertise in photonic camera sensor technology from hardware through algorithms, competing in a market dominated by Asian electronics giants. Their progression from basic 3D sensing to AR cameras and green manufacturing shows they are building a full product stack, not just component research. For consortium builders, they offer both the technical depth of a sensor specialist and the commercial drive of a company that has successfully scaled through multiple EU funding phases.
Highlights from their portfolio
- AR_GREEN_CAMTheir largest project (EUR 2.5M) and most ambitious scope, combining augmented reality camera technology with sustainable manufacturing — signaling a strategic move toward green tech integration.
- 3D-LEAPA textbook SME Instrument success story: EUR 50K feasibility study in 2014 scaled to a EUR 2.4M full development project in 2015, demonstrating the company's ability to validate and scale technology.
- FASTFACERECPivoted their 3D sensing expertise into the high-demand face recognition market, showing adaptability in applying core photonic technology to new application domains.