Detect it. Simulate it. Understand it.
Sensors, interference simulators and a software-defined GNSS receiver platform — for resilient positioning, navigation and timing.

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What we solve

IGASPIN uses GNSS itself to make GNSS more dependable.

GNSS is easy to disturb and hard to observe. Jamming and spoofing are increasingly common, but most receivers only show that a solution degraded — not why.

IGASPIN covers the full chain: generate interference under controlled conditions, detect and localise it in the field, and analyse what happens inside the receiver, down to the raw samples.

Why IGASPIN

Full interference chain — Generation, detection and signal-level analysis from one team.

10+ years of GNSS expertise — Intensive GNSS interference work since 2015, backed by funded research.

Direct access to engineers — Talk directly to the people who develop and understand the technology.

Independent & European — Privately held, with an independent technology roadmap.

Services

Beyond our products, we work on GNSS interference problems directly with customers and project partners.

Interference analysis — Identify, characterise and localise interference in your environment.

Measurement campaigns — Planned, executed and documented, from field recording to reproducible dataset.

Expert reports — Independent technical assessment of GNSS vulnerability and system behaviour.

Algorithm development — Detection, mitigation and robust navigation, developed and validated on real signals.

Seamless indoor and outdoor navigation — Multi-antenna systems that keep positioning available where GNSS does not reach: tunnels, mines, quarries and similar environments. Granted in Austria; an EU patent is pending. Engineered for the specific site rather than delivered off the shelf.

Looking for a project partner? — We contribute GNSS interference and signal-processing expertise to national and European research consortia.