IGASPIN is the innovative SME in the Austrian GNSS industry with a strong focus on robust, safe and secure satellite navigation.

About us

We are setting new standards

What we do

  • GNSS interference, jamming and spoofing detection and mitigation
  • GNSS software receiver
  • Signal processing
  • Advanced navigation algorithms and software
  • Multipath and interference mitigation
  • Artificial intelligence in GNSS

Who we are

IGASPIN GmbH strives for highly robust navigation solutions in the field of GNSS information security. Goals are, amongst other things, the production of products that can mitigate cyber-attacks of any kind on the GNSS positioning, navigation and time solution as well as customized GNSS S/W receivers. In addition, we offer contract work and consulting.

What we offer

Our Services
  • Feasibility Studies
  • Projects, design, testing and implementation
  • Consulting
Our Products
  • Customizable GNSS software receivers
  • GNSS jamming and spoofing
  • Sensors for interference detection, mitigation & localization

Products

LOKI

Interference Generator

The sophisticated spoofer provides real-time spoofing signal transmission, navigation bit prediction, GPS/Galileo spoofing and dynamic trajectory control. Software simulation includes pattern simulation, meaconing and record/playback. Jamming provides flexible software-based jamming. GUI provides easy configuration with maps.

RIDe1

Rotating Identification Device with one antenna

Spoofing and Jamming Detection includes all GNSS frequencies and direction of arrival estimation. Spoofing Mitigation nullifies spoofing signals. The Rotating GNSS Antenna features a precisely steered, weatherproof, waterproof and heated rotating antenna.

RIDe2

Rotating Identification Device with two antennas

Our advanced system excels at precisely locating jamming and spoofing events. It comprehensively covers all GNSS frequencies, effectively detects jammers and spoofers, accurately determines the type of interference and precisely locates the source of the interference.

INDALOS

Interference detection, characterization and localization using Artificial Intelligence (AI)

Our system effectively utilises a wide range of multiple static and mobile sensors to detect interference. It seamlessly shares information, classifies and characterises interference using AI algorithms, and accurately locates interferers with precision and reliability.

Business environment

Projects

In progress

PINPOINT

National Risk Management OF GSVP Missions Using and PNT Monitoring

PINPOINT

National Risk Management OF GSVP Missions Using and PNT Monitoring

  • Conceptual and methodical development of a comprehensive template for risk analyses. Design draft to demonstrate the mitigation of risks by fusion of open source intelligence (OSINT) and GNSS PNT monitoring.

In progress

NADODE

Drone Navigation with GNSS Interference Monitoring in GNSS Denied Environment

NADODE

Drone Navigation with GNSS Interference Monitoring in GNSS Denied Environment

  • Identification of optimal non-GNSS nav sensors and/or sensor fusion approaches. Realization of more sensitive interference detection algorithms (Karhunen-Loève-Transform) Proof-of-concept by flying a drone with a demonstrator.

In progress

CATCH-IN

Technologies and concepts for the tracing of gnss interference sources

CATCH-IN

Technologies and concepts for the tracing of gnss interference sources

  • In the context of a nationwide monitoring system for frequency interference, the project aims to protect safety-critical GNSS applications (here: aviation, air traffic control, cooperative systems in road traffic).

In progress

SHIFT

Safe simulation technologies for cyber-physical systems

SHIFT

Safe simulation technologies for cyber-physical systems

  • Realistic, secure simulation environments for a GNSS cyber-physical system in industrial control and satellite navigation are designed and developed

In progress

HANDS-CD

Architectures for wide-band meta-signal processing in low-cost devices (esa)

HANDS-CD

Architectures for wide-band meta-signal processing in low-cost devices (esa)

  • Algorithms for wide-band signals are developed and tested, tailored to low-grade front-ends, antennas and devices. Design driver should be the consideration of impairments of the low-cost equipment.

Completed

Gali-LEO

Combination/Augmentation of Galileo and LEO Satellites (Iridium NEXT)

Gali-LEO

Combination/Augmentation of Galileo and LEO Satellites (Iridium NEXT)

  • Exploratory study for the combination/augmentation of Galileo (GNSS) with LEO observations from Iridium NEXT

Completed

SIGMISDIGG

Ensuring GNSS availability for military and security-critical services in mountainous areas

SIGMISDIGG

Ensuring GNSS availability for military and security-critical services in mountainous areas

  • Proposals for the technical and cost-effective provision of GPS positioning and navigation (if only GPS L1 receivers) in the Alps for the Austrian Armed Forces without the acquisition of new multi-GNSS receivers

Completed

Blind GNSS

Software Receiver Tool for Field Test Assessment in Harsh Environments (ESA)

Blind GNSS

Software Receiver Tool for Field Test Assessment in Harsh Environments (ESA)

  • Exploit navigation signals of opportunity (SoO) with unknown code chip sequences with an GNSS software-defined receiver
  • Special focus on high-order BOC signals in the presence of fading/multipath

Completed

GIREKO

GNSS Interference Map of Austria

GIREKO

GNSS Interference Map of Austria

  • A cost-effective SDR-based technology for interference detection & characterization using AI is developed that enables or supports the most comprehensive and trustworthy filling of a GNSS interference map for Austria.

Completed

SRX

SW-Defined Receiver for eXacT PNT (ESA)

SRX

SW-Defined Receiver for eXacT PNT (ESA)

  • A multi-GNSS multi-frequency receiver, offering high-precision positioning and heading capability
  • Supported signals to achieve (float or fixed) RTK solutions are Galileo OS E1B/C and E5ab AltBOC and BeiDou-3 OS B1C and B2a/b) AltBOC.

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