Led OpenAIS on open architectures for solid-state lighting, coordinated DELPHI4LED on LED compact models, and coordinated AI-TWILIGHT on digital twins for lighting infrastructure.
SIGNIFY NETHERLANDS BV
Global lighting leader bringing LED expertise, visible light communication, and AI-driven digital twins to smart buildings, agriculture, and Industry 4.0.
Their core work
Signify (formerly Philips Lighting) is the world's largest lighting company, headquartered in Eindhoven, specializing in LED lighting systems, connected lighting infrastructure, and visible light communication technologies. In H2020 projects, they contribute deep expertise in LED physics, digital twin modelling for lighting products, IoT-enabled lighting architectures, and Industry 4.0 reliability engineering. They bridge the gap between semiconductor-level LED research and large-scale deployment of smart lighting in buildings, cities, and agricultural environments.
What they specialise in
ELIOT (largest single grant at EUR 1.27M) focused on lighting-based IoT, supported by training networks VisIoN and ENLIGHTEM on visible light networking.
Participated in IoF2020 (Internet of Food and Farm), CREATE-IoT, and SynchroniCity, contributing IoT and sensor expertise to smart farming and food chain applications.
Contributed to iRel40 on intelligent reliability, Productive4.0 on digital factory supply chains, and AI-TWILIGHT on digitalised design flows.
Participated in IoSense (flexible sensor pilot line) and InSCOPE (hybrid printed electronics pilot line), contributing to semiconductor manufacturing scale-up.
Involved in DIMAP (3D printing nanomaterials), 1D-Neon (nanofibre electro-optics), and SPOTLIGHT (photonic devices for solar-fueled chemistry).
How they've shifted over time
In the early period (2015–2018), Signify focused heavily on IoT infrastructure buildout — smart farming pilots, sensor pilot lines, and foundational connected lighting architectures (OpenAIS, IoSense, IoF2020). From 2019 onward, the focus shifted decisively toward digital twins, AI-driven reliability prediction, visible light communication, and Industry 4.0 integration (ELIOT, iRel40, AI-TWILIGHT). This trajectory shows a company moving from hardware and connectivity deployment toward software-defined, data-driven lighting intelligence.
Signify is moving toward AI-powered lifecycle management of lighting infrastructure, combining digital twins with Industry 4.0 reliability methods — expect future work at the intersection of smart buildings, predictive maintenance, and visible light communication.
How they like to work
Signify operates primarily as an active participant (13 of 19 projects), joining large consortia where they contribute specialized lighting and IoT expertise rather than leading the overall direction. They have coordinated 3 projects — all directly in their core domain of LED and lighting systems (OpenAIS, DELPHI4LED, AI-TWILIGHT). With 495 unique partners across 31 countries, they are a well-connected hub that brings industrial weight and real-world deployment capacity to academic-heavy consortia.
Signify has collaborated with 495 unique partners across 31 countries, making them one of the most broadly networked industrial players in the lighting and IoT space. Their partnerships span the full spectrum from semiconductor research institutes to agricultural IoT platforms across virtually all of Europe.
What sets them apart
Signify occupies a rare position as the only global lighting manufacturer with deep H2020 involvement spanning the full chain from LED physics and nanomaterials through IoT connectivity to end-user applications in farming and smart cities. Unlike pure research players, they bring manufacturing scale and market access — projects with Signify have a clear path from lab to product. Their growing expertise in visible light communication positions them uniquely at the convergence of lighting and data networking, a space few competitors occupy.
Highlights from their portfolio
- OpenAISTheir largest single grant (EUR 1.92M) and a coordinator role, establishing open architectures for intelligent solid-state lighting — a foundational project for their entire smart lighting strategy.
- ELIOTEUR 1.27M investment in lighting-based IoT, combining visible light communication with positioning and security — signals their strategic bet on light as a data carrier.
- AI-TWILIGHTTheir most recent coordinated project (2021–2025), integrating AI, digital twins, and Industry 4.0 for lighting infrastructure — represents where the company is heading next.