A Private 5G Network That Drives Itself to Site

Simoco Wireless Solutions has integrated Antevia Networks' 5G SHIFT private cellular platform into an INEOS Grenadier 4x4, producing a drive-anywhere private 5G node. The vehicle delivers dedicated private 5G at operational sites lacking fixed infrastructure, combining radio systems, broadband, applications and command capabilities in a single mobile platform. The companies position it as distinct from both fixed networks and standalone cell-on-wheels solutions, targeting public safety, disaster recovery, defence, utility operations in remote areas, major events and temporary industrial sites. Simon Cosgrove is chief executive of Antevia Networks; Peter Burridge is group chief executive and chairman of Simoco.

The distinction being drawn from a cell-on-wheels is the substantive claim. A traditional deployable cell is a radio site on a trailer: it extends an operator's macro network into a coverage gap, and it depends on backhaul and on the core network it belongs to. What is described here is a self-contained private network — its own core, its own SIMs, its own policy — which means it works where there is no operator network at all and keeps working when the backhaul fails. For a disaster response or a remote utility repair, those are the conditions that define the job rather than edge cases.

The choice of an off-road vehicle rather than a trailer follows from the same reasoning. A trailer needs somewhere to be towed to and space to be positioned; a 4x4 that carries the network in the vehicle arrives where the work is. The trade is capacity and mast height — a vehicle-mounted antenna will not match a telescopic mast on a dedicated unit, and coverage is therefore local rather than area-wide, which suits an incident or a worksite rather than a town.

For industrial readers the relevant applications are the unglamorous ones. A substation rebuild, a pipeline repair, a mine survey, a wind farm commissioning or a major shutdown all create a temporary site with dozens of people, video, sensors, asset tracking and no infrastructure, lasting weeks — too long to work on mobile phones with patchy coverage, too short to justify installing anything. That is a real and recurring gap, and the questions to ask of any deployable system are the practical ones: which spectrum it uses and under what licence in the country of operation, how long setup takes from arrival, how it backhauls when satellite is the only option, and what happens to the devices when the vehicle leaves. That last one is a fleet management question, and it is where deployable private networks usually turn out to be harder than they look.