SILVERSKY3D VR TECHNOLOGIES LTD

Their core work

SilverSky3D is a Cypriot technology SME specialising in virtual reality, augmented reality, and 3D computer graphics — building interactive virtual environments, animated virtual humans, and immersive simulation systems. Their company name and project keyword profile confirm that VR/3D production is their core commercial activity, not a side research interest. In EU projects they serve as a technology partner, contributing VR tooling and interactive application development to research consortia that need these capabilities but cannot build them in-house. Their work spans two distinct application domains: assistive/clinical VR for neurodevelopmental conditions in children, and the creation of realistically populated, interactive virtual environments for broader digital use.

What they specialise in

How they've shifted over time

In their first H2020 project (Neo-PRISM-C, starting 2018), SilverSky's contributions were embedded inside a neuroscience research agenda — their VR expertise was applied to child brain development, autism, and biomarker research, meaning their technology served as a tool within someone else's scientific domain. By 2020 and CLIPE, the balance had shifted: the project title and all keywords sit squarely in SilverSky's own domain of virtual humans, graphics, and interactive environments, suggesting they were engaged as a core technical partner rather than a peripheral technology supplier. The trajectory points toward consolidation around their commercial VR/3D core, with health and research remaining a viable application market rather than their primary identity.

SilverSky appears to be moving toward foundational VR environment and virtual character technology, while keeping applied health/research VR as a secondary market — making them a candidate partner for digital health, simulation training, or metaverse-adjacent projects that need production-grade 3D capability.

How they like to work

SilverSky has participated exclusively as a consortium member across both projects and has never taken a coordinator role, which is consistent with their profile as a technology SME that provides specialist VR capability within larger research-driven consortia. Both projects were MSCA Innovative Training Networks — large, multi-partner structures — meaning SilverSky routinely works alongside universities, hospitals, and research institutes rather than with other technology companies. This pattern suggests they are comfortable operating as the sole technology provider in an otherwise academic consortium, a position that gives them high visibility but limited project control.

SilverSky has accumulated 23 unique consortium partners across 14 countries from just two projects, entirely through MSCA-ITN networks — suggesting they enter large, geographically diverse training consortia each time. Their network is broad but shallow: many partners, no repeated collaborations yet, and no evidence of a regional anchor.

What sets them apart

SilverSky occupies an unusual position as one of very few Cypriot private technology SMEs participating in MSCA research excellence projects, where most industry partners are large companies or consultancies. Their specific combination — production-grade VR and 3D animation applied to both clinical neurodevelopmental research and interactive environment creation — is a niche that most pure research groups cannot fill themselves. For consortium builders needing a VR/interactive media industry partner with a documented record of working inside EU research frameworks, SilverSky is a rare practical option from Southern Europe.

Highlights from their portfolio

• Neo-PRISM-C
  Largest funding received (€235,837) and the most unusual topic combination — applying VR technology inside a neurodevelopmental and autism biomarker training network spanning brain imaging modalities and computational modelling.
• CLIPE
  Directly reflects SilverSky's core commercial identity; a project on creating lively, interactive, populated virtual environments positions them as a named contributor to foundational virtual human and 3D environment research.