Both VG360 projects (SME-1 feasibility and SME-2 implementation) are built entirely around non-contact precision measurement technology for structural health monitoring.
IMETRUM LTD
UK SME developing VG360, a video-based non-contact precision measurement system for remote structural health monitoring.
Their core work
Imetrum is a Bristol-based measurement technology company specialising in non-contact, digital precision measurement for structural health monitoring. Their core product, VG360, uses video-based sensing combined with intelligent algorithms to measure deformation, vibration, and movement in structures such as bridges, buildings, and civil infrastructure — without any physical contact with the target. This approach allows continuous or remote monitoring of assets that are difficult, dangerous, or expensive to instrument with conventional sensors. Their work sits at the intersection of optical measurement science, structural engineering, and real-time software analysis.
What they specialise in
VG360 Phase 2 explicitly targets infrastructure monitoring of buildings and structures as its main application domain.
VG360 (2020-2023) lists software, digital measurement, and intelligent algorithms as core keywords, indicating substantial software IP alongside hardware.
RTS appears as a keyword in VG360 Phase 2, suggesting the system integrates or competes with robotic total station surveying instruments.
How they've shifted over time
Imetrum's H2020 trajectory follows the classic SME Instrument pathway: a 2019 Phase 1 feasibility study (€50K) validated the VG360 concept, followed immediately by a Phase 2 grant (€1.07M, 2020–2023) to develop and commercialise it. Because the SME-1 project carried no keywords, the keyword record only reflects the Phase 2 stage — so there is no meaningful early-vs-late shift in technical focus; the organisation has been singularly focused on VG360 throughout. The real evolution is commercial maturity: they moved from proving technical feasibility to building a market-ready product with software, algorithms, and field-deployable hardware.
Imetrum is on a commercialisation trajectory with a mature, funded product — a potential partner for infrastructure owners, engineering consultancies, or platform integrators seeking embedded monitoring technology rather than a research collaborator.
How they like to work
Imetrum has acted as sole coordinator on both H2020 projects, with no recorded consortium partners — a pattern typical of SME Instrument grants, which are designed for single companies developing their own technology. This means they have no demonstrated track record of multi-partner consortium work within H2020. For future collaborations, they are most likely to join as a technology provider or specialist contributor rather than a consortium architect.
Imetrum recorded zero consortium partners and zero collaborating countries across both H2020 projects, consistent with the solo-applicant SME Instrument format. Their European network as visible from this data is effectively non-existent, though commercial partnerships may exist outside the EU grant system.
What sets them apart
Imetrum occupies a narrow but defensible niche: video-based, non-contact structural monitoring that removes the need to attach sensors directly to a structure. This matters for historic buildings, active bridges, and high-risk industrial assets where physical instrumentation is impractical. Their EU-funded development path suggests they have both the technology and the credibility to engage in public procurement or research-backed pilot projects — differentiating them from pure hardware vendors without an R&D pedigree.
Highlights from their portfolio
- VG360 (SME-2)The largest grant in their portfolio (€1.07M, 2020–2023) funded the full development of their flagship product, making it the definitive proof point for their technology readiness and commercial intent.
- VG360 (SME-1)A successful Phase 1 feasibility award (2019) that unlocked the much larger Phase 2, demonstrating that their business case and technology concept passed EU evaluator scrutiny.