The world has come to rely on GNSS... but it's vulnerable
Global Navigation Satellite Systems (GNSS) such as GPS and Galileo have become ubiquitous in modern life; most of us use it every day without a second thought and global economies depend on it.
GNSS signals though are inherently weak, and easily overpowered by strong RF signals emitted by attackers intent on causing disruption.
Such jamming attacks have the effect of degrading positional accuracy whilst more sophisticated spoofing attacks fool the receiver into believing it's somewhere that it's not.
GNSS attacks reaching epidemic proportions
GNSS signals easily jammed or spoofed
More than 800 flights being disrupted daily
All main shipping corridors now experiencing disruption
Our CRPxTM technology delivers unrivalled GNSS protection
Helix Geospace set out to address this challenge with the CRPx GNSS Anti-Jamming System
Our CRPx is an integrated CRPA (antenna array + processing) that delivers military-grade jamming suppression, whilst maintaining GNSS signal linearity for universal GNSS receiver compatibility and high-precision positioning (RTK), and in a compact and lightweight form factor and price point that allows these advanced capabilities to be accessible to a wide range of defence and commercial applications across land, sea and air.
CRPxTM GNSS Anti-Jamming System
Military-grade GNSS anti-jamming (>50dB suppression)
Exceptional GNSS antenna performance
Plug-and-play with all existing GNSS systems
Compact footprint; very low power (<3W)
Patented, UK-sovereign innovation
GNSS resilience insights
Helix Geospace regularly publishes on a range of GNSS resilience topics.
Check out our latest article.
The confidence gap: understanding the true cost of GNSS disruption to Maritime operations.
The cost of disruption to GNSS is more than just the loss of navigation but rather the cascading operational costs of a reduction in confidence in positioning.
Read article
Helix's RNSTM delivers resilient navigation
RNS applies CRPx technology in a GNSS-assisted INS solution to provide reliable and accurate navigation data for vehicles and maritime vessels traversing GNSS-contested environments.
Ensuring navigation resilience during periods of heavy jamming and GNSS service denial.
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Engineered for a wide range of applications
Maritime
GNSS is critical for navigation in modern maritime operations but increasingly under threat.
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Drones (UAVs)
Resilient GNSS in a compact form factor is fundamental to the operation of drones & UAVs.
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Military UxVs
Unmanned aerial and surface vehicles (UxVs) are revolutionising modern warfare but crucially dependent on resilient GNSS.
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Civil Aviation
Mitigating inadvertent GNSS interference from conflict zones is paramount to ensuring the safety of aircraft and crew.
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