PRICE RANGE
$10k - $20k
Used For
Investor Pitch
Website
Social Media
Government Meeting
Demonstrating the full scale of the 25W ARC required a scenario that moved beyond individual protection and into multi-platform mission support. In this littoral operation vignette, we visualized how the ARC system provides a comprehensive "denial bubble" across sea, air, and land domains, disrupting an adversary’s entire digital targeting network.
The sequence tracks a special operations team during a high-speed amphibious approach. To illustrate the system's versatility, we showcased the 25W variant integrated onto watercraft and USVs, alongside soldiers equipped with the smaller individual units. This multi-layered deployment creates an overlapping defensive shield that remains active from the initial maritime ingress through to the final beachhead dismount.
By transitioning from a photorealistic coastal environment into a stylized digital representation, we were able to map out the specific effects of the ARC’s pulses on adversary systems. We illustrated the real-time disruption of GNSS, LTE, and digital UHF communications, showing how the system severs the data links that tie together enemy UAVs, UGVs, and command elements.
The final result is a high-fidelity demonstration of how Orion Edge technology effectively neutralizes an adversary's digital infrastructure, allowing friendly forces to operate in a contested environment with total spectral dominance.
PRICE RANGE
$10k - $20k
Used For
Investor Pitch
Website
Social Media
Government Meeting
Demonstrating the full scale of the 25W ARC required a scenario that moved beyond individual protection and into multi-platform mission support. In this littoral operation vignette, we visualized how the ARC system provides a comprehensive "denial bubble" across sea, air, and land domains, disrupting an adversary’s entire digital targeting network.
The sequence tracks a special operations team during a high-speed amphibious approach. To illustrate the system's versatility, we showcased the 25W variant integrated onto watercraft and USVs, alongside soldiers equipped with the smaller individual units. This multi-layered deployment creates an overlapping defensive shield that remains active from the initial maritime ingress through to the final beachhead dismount.
By transitioning from a photorealistic coastal environment into a stylized digital representation, we were able to map out the specific effects of the ARC’s pulses on adversary systems. We illustrated the real-time disruption of GNSS, LTE, and digital UHF communications, showing how the system severs the data links that tie together enemy UAVs, UGVs, and command elements.
The final result is a high-fidelity demonstration of how Orion Edge technology effectively neutralizes an adversary's digital infrastructure, allowing friendly forces to operate in a contested environment with total spectral dominance.