Orion Edge

Autonomous RF Control

PRICE RANGE

$10k - $20k

Used For

Investor Pitch

Website

Social Media

Government Meeting

The 5W ARC is Orion Edge Group’s autonomous protection system, engineered to neutralize FPV drone threats with zero operator intervention. In modern high-intensity conflict, the value of the ARC lies in its "set and forget" capability, allowing warfighters to focus on the mission while the system manages threat detection and mitigation in the background.

Visualizing a technology that operates almost entirely in the background required a balance of tactical realism and technical data. For this project, we developed a "Direct Action" vignette that demonstrates the 5W ARC’s utility within a complex urban theater, providing a clear visual for an otherwise invisible process.

By bridging the gap between tactical reality and technical logic, the sequence transitions from a photorealistic warfighter’s perspective into a stylized digital representation of the RF environment. This shift allows us to map out the "invisible" command links being severed in real-time as approaching drones are forced to pause, lose their connection, and retreat.

The result is a high-fidelity illustration of how the 5W ARC provides a decisive autonomous advantage against FPV threats in the modern battlespace.

PRICE RANGE

$10k - $20k

Used For

Investor Pitch

Website

Social Media

Government Meeting

The 5W ARC is Orion Edge Group’s autonomous protection system, engineered to neutralize FPV drone threats with zero operator intervention. In modern high-intensity conflict, the value of the ARC lies in its "set and forget" capability, allowing warfighters to focus on the mission while the system manages threat detection and mitigation in the background.

Visualizing a technology that operates almost entirely in the background required a balance of tactical realism and technical data. For this project, we developed a "Direct Action" vignette that demonstrates the 5W ARC’s utility within a complex urban theater, providing a clear visual for an otherwise invisible process.

By bridging the gap between tactical reality and technical logic, the sequence transitions from a photorealistic warfighter’s perspective into a stylized digital representation of the RF environment. This shift allows us to map out the "invisible" command links being severed in real-time as approaching drones are forced to pause, lose their connection, and retreat.

The result is a high-fidelity illustration of how the 5W ARC provides a decisive autonomous advantage against FPV threats in the modern battlespace.