Remote pump stations, substations, quarries and fields often have no usable connection — and everything you would want to do there depends on one. With our partner Numerisat we put a private 5G network on the site itself, and ELIAN runs on top of it.
How it works
Numerisat’s engineers work out what the site actually needs — coverage, where radios go, how traffic gets back. Every site is designed individually; there is no standard package.
A private 5G core and radios go in on the site, with satellite backup where there is no fixed line to fall back on. Devices, cameras and crews join one network you control.
Sensors, cameras and edge boxes connect the way they would on any network. The edge keeps recording through an outage and catches up when the link returns.
What it changes
Not whatever public signal happens to reach the far end of the site. Coverage is designed for your buildings, your yard and your perimeter.
Video is the first thing a weak link kills. A private network carries camera traffic without competing with everything else on a public cell.
Site traffic runs on a network dedicated to you rather than crossing a shared public one, which matters when the cameras are pointed at your own operation.
For locations with no fixed line at all, a satellite link keeps the site reachable rather than dark.
A moveable 5G kit for temporary, seasonal or project sites that do not justify permanent infrastructure.
The network is the layer underneath. Above it, ELIAN still speaks the field and cloud protocols your equipment already uses.
Who does what
Numerisat designs, installs and operates the network — that is their business, not ours. ELIAN is the operations layer that runs on it: the sensors, the cameras, the alerts, the tasks. You deal with us, we bring them in, and the operations picture does not change with the connectivity underneath it.
Coverage, hardware and timelines are scoped per site — there is no price list, because there is no standard site.
