Both PICOMB projects (2014-2015 feasibility and 2020-2022 full development) are entirely focused on designing and commercializing photonic integrated comb source technology.
PILOT PHOTONICS LTD
Dublin deep-tech SME developing photonic integrated comb sources for terabit-capacity elastic optical transport networks.
Their core work
Pilot Photonics is a Dublin-based deep-tech SME that develops photonic integrated comb sources — compact, chip-scale devices that generate multiple precisely-spaced optical wavelengths from a single laser. These devices are the key enabling component for superchannels in elastic optical networks, allowing fiber optic infrastructure to carry terabit-scale data traffic more efficiently. Their core product replaces banks of individual lasers with a single integrated chip, reducing cost and complexity in high-capacity optical transport systems. They are a hardware technology company commercializing advanced photonics research into deployable telecom components.
What they specialise in
PICOMB Phase 2 (2020-2022) explicitly targets elastic optical networking as the deployment context for their comb source technology.
PICOMB Phase 2 lists superchannels and terabit optical transport as core application keywords, indicating the product is designed for high-capacity backbone networks.
PICOMB Phase 2 lists photonic integration as a keyword, reflecting the semiconductor fabrication expertise needed to build multi-wavelength sources on a single chip.
How they've shifted over time
Pilot Photonics entered the H2020 programme in 2014 with a Phase 1 SME Instrument feasibility study — a concept-validation exercise with no detailed technical keywords, typical of early-stage commercial assessment. After a five-year gap, they returned in 2020 with a fully-formed Phase 2 project, and by this point their expertise was sharply defined around photonic integration, optical comb sources, elastic optical networking, and terabit-scale transport. The trajectory is a straight line from proof-of-concept to product development: the company used the interim years to mature the technology before seeking major EU development funding.
Pilot Photonics is on a clear commercialisation path — having completed a funded Phase 2 development project in 2022, they are likely moving toward product launch and are a strong candidate for technology transfer, pilot deployments, or supply agreements with optical network equipment manufacturers.
How they like to work
Pilot Photonics has operated exclusively as a solo SME under the SME Instrument scheme, which by design funds single companies rather than consortia — so the absence of consortium partners reflects the funding instrument, not necessarily an aversion to collaboration. As coordinator of both their own projects, they demonstrate the organisational capacity to lead EU-funded work and manage deliverables. Potential partners should expect a company that is technically self-sufficient and commercially focused, likely to engage as a technology supplier or co-developer rather than as a passive consortium member.
Pilot Photonics has no recorded H2020 consortium partners, as both projects were solo SME Instrument grants — a structural feature of the funding scheme rather than an indication of isolation. Their external network is likely built through commercial relationships with telecom equipment vendors and photonics research groups rather than formal EU project partnerships.
What sets them apart
Pilot Photonics occupies an exceptionally narrow and technically defensible niche: photonic integrated comb sources as a commercial product, validated through two successive EU grants. Very few companies globally are attempting to productise optical frequency combs at chip scale, making Pilot Photonics a rare potential supplier or co-development partner for anyone building next-generation coherent optical transport hardware. For consortium builders in photonics, telecom infrastructure, or data centre interconnect projects, they bring a combination of component-level IP and SME agility that a university or large industrial partner cannot replicate.
Highlights from their portfolio
- PICOMB (Phase 2, 2020-2022)Largest grant in their portfolio at EUR 1.65M under SME Instrument Phase 2 — the EU's most competitive single-company grant — confirming independent external validation of their technology's commercial potential.
- PICOMB (Phase 1, 2014-2015)Textbook SME Instrument Phase 1 feasibility study that successfully progressed to a full Phase 2 six years later, demonstrating sustained technical and commercial development of a single core technology.