How Do LiFi Systems Operate On The Tactical Field When electricity is entirely absent?

Credit to Oledcomm

In modern warfare, securing frontline communications is a matter of survival. Oledcomm has been pioneering Light Fidelity (LiFi) technology to provide military units with an unjammable, invisible tactical network. By transmitting data through light rather than radio frequencies, these optical links offer high-speed, secure communications that are effectively undetectable by enemy electronic warfare units.

However, deploying advanced technology in austere, off-grid environments raises a critical logistical question: how do these LiFi systems operate on the tactical field when traditional electricity is entirely absent?

According to Benjamin Azoulay, the answer lies in a practical, straightforward approach that adapts to how the hardware is deployed. Rather than overcomplicating the logistics of battlefield energy, Oledcomm has structured its power solutions around two primary deployment scenarios: embedded platforms and dismounted field operations.

Embedded Platforms: Vehicles and Drones

For mechanized units and unmanned aerial vehicles, power management is remarkably simple. When Oledcomm's LiFi transceivers are mounted on a vehicle or a drone, they are directly integrated into the platform's existing electrical infrastructure.

As Azoulay noted during a recent interview, powering the system in these scenarios is "quite easy." Because the optical links are embedded directly into the host platform, they draw their power seamlessly from the vehicle's alternator or the drone's flight battery. This eliminates the need for separate, bulky power supplies and ensures that as long as the vehicle or drone is operational, the secure tactical network remains active.

Dismounted and Field Operations

The logistical reality changes, however, when troops dismount, or when command posts are established in remote, static locations far from running vehicles or active power grids.

To ensure uninterrupted connectivity in these disconnected environments, Oledcomm provides a direct, self-contained power solution. When proposing their systems to armed forces for field use, Oledcomm pairs the LiFi transceiver with an optional, purpose-built battery pack.

This companion battery is specifically designed to provide the transceiver with a "minimum of several hours autonomy" entirely on its own. By supplying the battery alongside the communication node, Oledcomm ensures that frontline operators have exactly what they need to establish their network right out of the box. Soldiers do not need to worry about sourcing external generators or finding compatible power adapters in the middle of a deployment; the paired battery provides immediate, reliable autonomy.

Conclusion

The rugged realities of the battlefield demand technology that is not only highly advanced but deeply practical. Oledcomm’s approach to powering its LiFi systems reflects this philosophy. By seamlessly tapping into the embedded power of vehicles and drones, and providing dedicated companion batteries for several hours of independent field operations, Oledcomm ensures that its secure optical networks can be rapidly deployed and sustained anywhere on earth, no power grid required.