BITGEAR WIRELESS DESIGN SERVICES DOO

Their core work

Bitgear is a Serbian technology SME that designs wireless hardware and integrates satellite navigation signals — primarily Galileo, EGNOS, and Copernicus — into embedded systems and real-world applications. Their name makes their core business explicit: they design wireless systems at the hardware and firmware level, not just software layers on top. In EU projects, they contribute implementation-ready technology components: positioning modules, wireless data links, or sensor nodes that make research prototypes work in the field. Their project portfolio places them squarely at the intersection of GNSS positioning, ICT connectivity, and safety-critical applications such as smart cities and emergency response.

What they specialise in

How they've shifted over time

Bitgear's two projects run nearly back-to-back (2015–2019), so the evolution is compressed but visible. GHOST applied Galileo to urban smart city positioning — a relatively narrow, infrastructure-facing use case. I-REACT broadened the scope considerably: the same GNSS toolkit (Galileo, EGNOS, Copernicus) was combined with BigData, crowdsourcing, social media, and climate-risk reasoning to build an emergency management platform. The shift is from positioning-as-a-feature toward positioning-as-a-safety-critical-service, with growing exposure to real-time data orchestration and public-safety decision tools.

Bitgear is moving from GNSS infrastructure components toward safety-critical and emergency-response applications where satellite positioning, real-time data, and early warning converge — a segment with growing EU funding relevance under civil protection and climate adaptation programmes.

How they like to work

Bitgear has participated exclusively as a consortium partner — never as project coordinator — across both projects, signalling a specialist contributor profile rather than a project leadership one. With 23 unique partners spread across 11 countries from only two projects, they engage in sizeable, multi-national consortia (roughly 12+ partners per project on average). This pattern suggests they are brought in for a specific technical capability — wireless hardware or GNSS integration — rather than for their network or management capacity.

23 unique collaboration partners across 11 countries from just two projects indicates consistent participation in large, pan-European consortia. No repeated-partner pattern is visible from the data, suggesting broad but shallow network ties rather than a tight cluster of recurring collaborators.

What sets them apart

Bitgear occupies a rare niche as a hardware-oriented wireless design SME from Serbia with documented experience in Galileo/Copernicus application projects — most GNSS application consortia are dominated by large integrators or academic groups, not small design houses. Their Innovation Action track record (as opposed to pure research grants) signals they deliver working systems, not papers. For consortium builders, this means a partner who can handle the radio and embedded layer that larger partners typically cannot or will not touch.

Highlights from their portfolio

• GHOST
  Their entry into H2020 and the Galileo application ecosystem — a smart city positioning project that established their GNSS credentials within the EU space programme framework.
• I-REACT
  The more ambitious of the two projects, combining Galileo, Copernicus, BigData, and crowdsourcing into a multi-hazard early warning system — demonstrating that Bitgear can operate in complex, data-intensive safety-critical consortia beyond pure positioning.