Accurision is an Austrian high-tech company specialised in GNSS that
develops and delivers cost-efficient electronic warfare solutions
to protect people, critical infrastructure, and armed forces.
Accurision is exhibiting at DSEI 2023 in London 12 – 15 September 2023.
Visit us at our stand H4-116. We are looking forward to seeing you there.
DSEI 2023, Stand H4-116
AIGIS™ EGM-2
Wide Area UAS Countermeasure
Export-Controlled Item
Government Authorised Users Only
Contact us for more information:
Accurision GmbH
Millennium Park 6
6890 Lustenau
Austria
+43 5577 21 700
defence@accurision.com
AIGIS™ EGM-2 is the electronic countermeasure solution when it comes to wide area GNSS jamming to protect your people, infrastructure, and armed forces. AIGIS™ EGM-2 can jam all GNSS constellations, frequencies, and signals concurrently up to a radius of 15km.
AIGIS™ EGM-2 generated jamming signals cannot be mitigated as it features protocol aware jamming. AIGIS™ EGM-2 is effective against any platform using GNSS – including UAS. AIGIS™ EGM-2 will be a cornerstone for your PNT superiority.
Main Features
- Protocol aware GNSS jamming – no mitigation possible (Accurision proprietary IP)
- All GNSS constellations, frequency bands, and signals
- Effective against any platform using GNSS
- 15km radius/700km2 area with omni-directional antennas depending on topography
- 400W RF output power (higher/lower power versions available upon request)
- Future proof – additional jamming signals and frequencies can be added, e. g. communication signals (control/video)
- Fast and easy deployment – no configuration needed, can be turned on and off within seconds
AIGIS™ EGM-2 is expandable to support countermeasures against
- communication signals (control/video) and/or
- future GNSS signals.
Additional signals and frequencies are available upon request.
Sample Use Case
Commercial and military drones made of commercial components are used in swarms for BLOS (Beyond Line of Sight) reconnaissance and attack missions due to low cost and high availability. While manually controlled drones, which rely on communication channels and therefore have a limited operational range, can be fended off by jamming the relevant communication channels, BLOS drones do not rely on communication channels. Instead, BLOS drones fly autonomously using GNSS along pre-programmed waypoints to carry out reconnaissance and attack missions.
This represents a new threat that must be responded to with wide area smart jamming of GNSS signals.
Drone guns are unsuitable for defending against BLOS drones over large areas because they have a short operational range, and the drones must be detected and visually acquired and tracked by the drone gun operator. Instead, the GNSS signals that the drones use for navigation must be jammed in a wide area. Smart jamming of the GNSS signals prevents the drones from reaching, reconnoitring, and destroying the pre-programmed targets.
The following goals can be achieved by deploying Accurision’s electronic warfare solution AIGIS™ EGM-2:
- BLOS drones lose orientation and cannot reach, reconnoitre, or destroy the pre-programmed targets –
your people, infrastructure, and armed forces are protected - The anti-aircraft defence is not overwhelmed and can focus on other threats
- With the transmission of jamming signals, a cost-efficient measure to counter BLOS drones is available
Available Versions
- Military Grade
- Commercial Grade
- With/without RF power amplifiers
Customised versions are available upon request.
AIGIS™ EGM-1P
Loitering Munition Countermeasure
Export-Controlled Item
Government Authorised Users Only
Contact us for more information:
Accurision GmbH
Millennium Park 6
6890 Lustenau
Austria
+43 5577 21 700
defence@accurision.com
AIGIS™ EGM-1P is the electronic countermeasure solution when it comes to protecting your armed forces against loitering munition at the front line. In Addition to all GNSS constellations, frequencies, and signals, AIGIS™ EGM-1P can jam communications channels concurrently up to a radius of 3km.
AIGIS™ EGM-1P generated jamming signals cannot be mitigated as it features protocol aware jamming. AIGIS™ EGM-1P is effective against any platform using GNSS and/or communication channels. AIGIS™ EGM-1P will be the backbone for your electronic frontline defence.
Main Features
- Protocol aware GNSS jamming – no mitigation possible (Accurision proprietary IP)
- All GNSS frequency bands, constellations, and signals
- Communication channel jamming (868MHz to 928MHz and 2.4GHz to 2.5GHz)
- 3km radius/28km2 area with omni-directional antennas depending on topography
- 600W RF output power (higher/lower power versions available upon request)
- Future proof – additional jamming signals and frequencies can be added
- Fast and easy deployment – no configuration needed, can be turned on and off within seconds
AIGIS™ EGM-1P is easy to setup and operate and is expandable to support countermeasures against
- future communication signals (control/video) and/or
- future GNSS signals.
Additional signals and frequencies are available upon request.
Sample Use Case
Loitering munition drones rely on communication channels, have a limited operational range, and can be fended off by jamming the relevant communication channels.
Drone guns are unsuitable for defending against loitering munition drones because they have a very short operational range, and the drones must be detected and visually acquired and tracked by the drone gun operator. Instead, the GNSS signals that the drones use for navigation and the communication signals (control/video) must be jammed. Smart jamming of the GNSS and communication signals prevents the drones from reconnoitring and/or destroying targets – even when remotely operated or when other drones are used as a radio relay system.
The following goals can be achieved by deploying Accurision’s electronic warfare solution AIGIS™ EGM-1P:
- Loitering munition drones are no longer able to provide video feeds and can no longer be remotely controlled – even when other drones are used as a radio relay system.
- Loitering munition drones cannot reconnoitre and/or destroy targets anymore – your people, infrastructure, and armed forces are protected
- The anti-aircraft defence is not overwhelmed and can focus on other threats
- With the transmission of jamming signals, a cost-efficient measure to counter loitering munition drones is available
Available Version
- Industrial Grade
Customised versions are available upon request.
CHAMELEON™
Customisable GNSS Receiver IP
Export-Controlled Item
Depending on functionality
Contact us for more information:
Accurision GmbH
Millennium Park 6
6890 Lustenau
Austria
+43 5577 21 700
defence@accurision.com
The CHAMELEON™ GNSS receiver IP is a versatile, highly expandable, and robust multi-channel, multi-frequency FPGA based GNSS receiver IP able to handle the most demanding GNSS signals like Galileo E5 AltBOC. It also supports Galileo E1 B/C and GPS L1 C/A. Our IP and know-how cover all stages from the output of the analogue front-end to the user position calculation. The IP’s channel design is very flexible and supports AltBOC, BOC, and BPSK.
Main Features
- Highly expandable GNSS IP solution for robust, high accuracy positioning in challenging environments
- Enhanced robustness especially in challenging urban and rural environments due to usage of signals like E5 AltBOC with the smallest multi-path envelope and the highest signal power compared to all other civilian GNSS signals
- Combination of code phase of wide band signals with free of charge correction data to reach high accuracy levels
Technical Specifications
- Galileo E1B/C, E5a, E5b, E5 AltBOC and GPS L1 C/A
- Expandable to support additional constellations and signals
- Support for multiple antenna inputs
- 60MHz channel bandwidth
- 125MSPS/4 bits per channel sampling rate/depth
- Support for AltBOC/BOC/BPSK modulations
- < 50cm accuracy (horizontal, with correction data)
- < 1cm code phase noise E5 AltBOC
- Built-in or 3rd party PVT solution
- RTK/PPP supported via raw data output
- NMEA
Additional features are available upon request.
FPGA Engineer (f/m)
Define, design, implement, and optimise the digital hardware of our GNSS sensors. Drive innovation in the field of high integrity, high continuity satellite-based positioning and timing solutions: FPGA Engineer (f/m)