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Executive Order on Strengthening National Resilience through Responsible Use of Positioning, Navigation, and Timing Services >>

GPS/GNSS jamming and spoofing attacks are on the rise. The combination of low-cost hardware, open source software, and tutorials on YouTube have fostered the proliferation of these malicious acts. Beyond intentional disruption, other factors such as environmental conditions and conflicts with other electronic systems can result in unreliable or even unavailable GNSS data.

Now more than ever, it’s critical to protect your GNSS-dependent positioning, navigation and timing (PNT) systems.

At Orolia, we offer comprehensive anti-jamming and anti-spoofing solutions, from initial vulnerability testing to integrated interference, detection and mitigation (IDM) solutions to ongoing testing, simulation and monitoring.

Jamming Spoofing White Paper

White Paper

Protecting the U.S. Military From GPS Jamming and Spoofing

This white paper from C4ISRNET discusses how preparation and countermeasures can assure U.S. forces maintain critical GPS capabilities.

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Jamming and Spoofing in the News

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360 in 180: A Multilayered Approach to Addressing PNT Vulnerabilities Part III

We interview John Fischer, our VP of Advanced R&D, on PNT Vulnerabilities. In Part III, John discusses “The Multilayered Approach”, “Are we ready for this?”, and “What does the future look like?”.
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Jamming & Spoofing Resource Center
Atomic Clocks & Oscillators
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From the Orolia Blog

How Common is GPS Jamming? (And How to Protect Yourself)

March 19, 2018
By Jeremy Onyan, Director of Time Sensitive Networks
 

In 2013, the Federal Communications Commission fined a person almost $32k for using a device intended to evade the fleet management tracking system on his company vehicle. The device in question: a GPS jammer.

Read more

Additional Articles

Securing Critical Infrastructure from Jamming and Spoofing Cyberattacks

GPS Security with SAASM

Is an Anti-Jam Antenna Right for Me?

Do You Need STL?

White Papers and Resources
Title
Brochures

The Next Generation of Advanced Spoofing Simulation

As the sophistication of GPS/GNSS spoofing attacks increase, the tools used to test against these threats must also evolve. Software-defined simulators with advanced spoofing scenarios help ensure that critical systems can operate in these environments.
pdf - 2 MB—  May 7, 2020 [ Permalink ]
White Papers

Tech Brief Resiliency in PNT: GPS/GNSS Jamming and Spoofing

Reliance on GNSS is now commonplace. However, all GNSS systems share a common vulnerability: their signals are very weak. GNSS satellites operate from Mid-Earth Orbit (MEO), approximately 20,000-25,000 km above the earth, to provide the best coverage and geometry for triangulation. As such, the transmitted signal is extremely weak upon arrival at the surface of the earth – so weak that it is weaker than the surrounding radio noise. Special signal processing techniques recover the GNSS signal from the background noise, but the weak signal strength at the user’s receivers makes GNSS navigation very susceptible to interference.
pdf - 641 KB—  July 2, 2019 [ Permalink ]
White Papers

Metamodel-Assisted Disciplining Algorithm for Detecting Spoofed GNSS Time Signals

This article was originally presented at the 2014 PTTI conference. It describes various approaches to a disciplining algorithm to detect and mitigate the effect of GNSS spoofing on precision time signals.

pdf - 914 KB—  December 1, 2014 [ Permalink ]
White Papers

Testing GNSS Receivers to Harden Against Spoofing Attacks

Spoofing is an attempt to deceive the GNSS/GPS receiver by broadcasting signals that the receiver will use instead of the live sky signals. This article describes a test system for spoofing allows testing the three major factors to consider in a spoofing attack, time synchronization to the signals to be spoofed, power level of the spoofing signal compared to the live sky signals, and accuracy of the position obtained by the spoofing signal to that of the actual position of the device being spoofed. Using a spoofing test system will allow a user to better understand the receiver and harden the system against spoofing attacks.
pdf - 673 KB—  December 8, 2015 [ Permalink ]
White Papers

A Holistic Approach to Trusted, Resilient PNT

Positioning, navigation and timing (PNT) services are indispensable, and providing trusted, resilient PNT solutions requires us to look beyond individual systems and methodologies to focus upon the user. An architecture that can meet this demand must include multiple systems with diverse technologies so that any single threat or source of disruption can be mitigated. This document discusses how signaling technologies such as GNSS, eLoran and STL are the complementary components of this architecture.
pdf - 583 KB—  May 9, 2018 [ Permalink ]
White Papers

Making Time Sensitive Networks Resilient Against Threats White Paper

Today's time sensitive networks rely on available and accurate positioning, navigation and timing (PNT) signals to provide leaders with the information required to make timely and effective decisions. The proliferation of GNSS-degrading and denying devices across state and non-state actors put this critical information capability in jeopardy. Learn how a combination of alternative PNT signals with traditional GNSS references makes PNT applications resilient against jamming and spoofing.
pdf - 3 MB—  May 11, 2018 [ Permalink ]

Case Studies

Using a Passive Anti-Jam Antenna to Combat GNSS Interference

Banking on BroadShield

Alternative Signals

With an encrypted signal 1000x stronger than GPS/GNSS, STL Satellite Time & Location (STL) is an ideal solution to augment GPS/GNSS signals and provide additional resiliency for critical networks.

It works indoors where other GNSS signals can't reach. It’s the perfect standalone reference when you want to "cut the cord" or when roof access isn’t an option.

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Interference Detection & Mitigation (IDM)
8230AJ Anti-Jam Antenna

8230AJ GPS/GNSS Anti-Jam Outdoor Antenna

The Model 8230AJ is a high gain (40 dB) GNSS outdoor antenna. It uses a three-stage low noise amplifier, a mid-section SAW, and a tight pre-filter to protect against saturation by high level sub-harmonics and L-band signals. The Anti-Jam antenna rejects signals for the lower elevation angles – where most of the interference comes from.

Product Information
SecureSync IDM Suite

SecureSync IDM Suite

Orolia’s SecureSync Interference Detection Suite includes a package of jamming and spoofing detection algorithms.

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GPSdome Anti-Jammer

GPSdome is a small-sized, add-on device that provides protection against GPS jamming, ensuring continuity of autonomous navigation and operation during jamming conditions. No other solution that offers such protection is as small, light, affordable or as easily installed as GPSdome.
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SecureSync SAASM GPS Clock

SecureSync® SAASM combines Orolia’s precision time and frequency technology with secure Selective Availability Anti-Spoofing Module (SAASM) based GPS receiver.

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SecureSync® Time and Frequency Reference System

The SecureSync is built on a platform of configurable capability components, either by hardware, software or system integration, to offer precisely what you need at the lowest cost of ownership.

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STL Option

As an encrypted signal 1000x stronger than GNSS, STL is an ideal solution for augmenting GPS or other GNSS constellations for resiliency and security or as a standalone indoor solution when roof access isn’t an option.

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Ongoing Testing and Simulation

BroadSim GNSS Simulation Platform

BroadSim simplifies creating advanced jamming/spoofing scenarios for Navigation Warfare (NAVWAR) testing. Supports high dynamics and encrypted military codes (Y, M-AES, MNSA).

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GSG 5/6 Series GPS/GNSS Simulators

Easy-to-use, essential scenario-based simulators for testing drones, IoT, connected cars, cellular tests, and other smart applications.

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To harden and protect your critical infrastructure Request a Quote today.