Defense
Spectrum dominance for every mission
Autonomous data disruption and digital signature management for formation based layered protection.
02Spectrum dominance
Own the spectrum, stay unseen
Orion Edge hardware provides the ability to manipulate and control digital data as it travels from point to point over wireless protocols. Edge targeting algorithms and learning based targeting cycles enable fully autonomous effects at the touch of a button.
A diagram. Links from a vehicle, a phone, a secure facility, defense networks, Wi-Fi and IoT devices run across a field of radio signals into one Orion Edge node. Above the node, three layers stack up: Sense, Conceal and Control. Controlled data leaves from the top.
- Vehicle
- Phone
- Secure Facility
- Defense Networks
- Wi-Fi
- IoT
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Learning algorithms classify signals of interest and deconflict friendly networks at machine speed, with no intel data loaded in advance.
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Low-probability-of-detection RF techniques keep operators hidden from adversary detection and geolocation.
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ARC identifies the specific links adversary systems depend on, then disrupts them methodically. Friendly networks stay up.
03The ARC Suite
The ARC Suite: Same Capability, every echelon
The Autonomous RF Control (ARC) Suite brings autonomous precision effects to vehicles, individuals, and uncrewed platforms.
Mission Ready out of the box
- No operator input
- No signal library
- No intel feed
Key differentiator
Systematic Jamming: Sub-Frame Level Targeting at Machine Speed
Conventional jammers flood the spectrum with broadband noise, which gives away their position and steps on friendly networks. ARC uses Systematic Jamming instead. It autonomously identifies the specific links adversary systems depend on, then disrupts them methodically across GNSS, LTE and mesh networks. You get the effect you need with a low probability of detection, while friendly networks stay up unaffected.
Learning algorithms support learning and re-learning of friendly network architecture to support accurate deconfliction during targeting cycles.
Systematic jamming enables by message, by device targeting, allowing deconfliction of data paths sharing the same center frequency.
LPD electronic attack techniques ensure emissions stay hidden under existing network footprints, preventing targeting and geolocation of users.
Every target attack pattern is actively deconflicted with friendly networks and devices; ensuring friendly data paths are maintained during active electronic attack.
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ARC Mobile
25W output
Spectrum dominance on the move
Mounts on an ISV or tactical truck to give platoons EW coverage against adversary systems while they maneuver.
vehicle-integrated or man-carried
Request ARC Mobile Data Sheet -
ARC Portable
5W output
Spectrum dominance on foot
Fits a standard Army radio pouch. Gives dismounted squads non-kinetic defeat and digital concealment.
worn by the individual soldier
Request ARC Portable Data Sheet -
ARC Payload Lite
Multiple power outputs
Spectrum dominance from the air
Integrates on Group 1–3 drones for sensing and non-kinetic defeat.
UAS payload
Request ARC Payload Data Sheet
ISV or tactical truck
Standard radio pouch
UAS airframe
Individuals
04Why ARC
Why ARC wins the spectrum fight
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Fully autonomous
Turn it on and go. ARC handles the whole kill chain on its own, so operators stay focused on the mission, not the radio.
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Hard to find
Low-probability-of-detection RF techniques keep operators hidden from adversary detection and geolocation.
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No signal library needed
Learning algorithms classify signals of interest and deconflict friendly networks at machine speed, with no intel data loaded in advance.
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Powers from what you carry
A flexible power design runs on a range of sources across vehicles, soldiers and drones.
05Training Emitters
Train for the contested spectrum
Spectrum dominance starts in training. Orion Edge training emitters generate consistent, high-fidelity RF signals, so units can rehearse against realistic electronic warfare in contested and D3SOE (denied, degraded and disrupted space operational environment) scenarios before they face it for real.
Three capabilities
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High-fidelity output
Accurate, stable signals for realistic training.
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Software-defined
Adjust parameters to match any scenario.
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Built to last
Rugged hardware for repeated field use and long deployments.
Three ways units train with it
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Live field exercises
Deploy across open terrain to challenge friendly networks and data links.
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Lab and test settings
Fine-tune signals in a controlled, monitored environment.
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Threat-in-the-loop testing
Inject a noise signal directly to test device resilience and network effects.
Spectrum dominance starts in training
Discuss Training RequirementsWhat is spectrum dominance?
The ability of allied forces to freely use the electromagnetic spectrum to send data, navigate, and communicate, while simultaneously denying, degrading, or manipulating the enemy’s ability to do the same.
What is Systematic Jamming?
Orion’s proprietary targeting algorithms that provide high precision, low probability of detection, and low duty cycle signal interdiction effects across an ultra-broadband wireless range. Systematic jamming can support device detection and interdiction, digital data disruption, c-UAS, and digital signature management.
What does ARC counter?
The ARC Suite is a precision digital data disruption system that is effective against civil GNSS signals, commercial cellular networks, WiFi networks, Bluetooth devices, LoRa radios, and mesh repeated signals. The ARC Suite also supports c-UAS and UxS missions.
Does ARC need a signal library or intel data?
No. Learning algorithms classify signals on their own and deconflict friendly networks automatically.
Which ARC system fits my unit?
ARC Mobile for mounted units on the move, ARC Portable for dismounted squads, and ARC Payload Lite for Group 1–3 drones.
What are training emitters used for?
Generating realistic RF signals so units can train and test against electronic warfare in field, lab and threat-in-the-loop settings.
How do I get a data sheet?
Use the form below and choose your system. Our team will follow up directly.
07Contact
Technical integration starts here
Tell us your mission and platform. Our engineers will walk you through integration and send the right data sheet.
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Prefer email? info@orionedgegroup.com