Securna deploys wireless infrastructure for the GCC's critical utilities — power transmission and distribution, water and wastewater, district cooling, smart grid telemetry, outage response. SCADA backhaul where running fibre to a remote substation isn't viable, multi-carrier failover at the RTU, and a single InControl pane across every site and every outage truck.
Substations and pump houses, smart-grid endpoints, outage trucks and the line crews driving them — the same bonded WAN, the same SpeedFusion, the same InControl. The form factor changes with the site.
SCADA, protection relays, RTU telemetry, fault recorders — the comms layer of the grid. Bonded cellular and Anywhere Networks microwave to the substation perimeter, hardened routers inside the cabinet, sub-second failover so the protection system never sees a comms timeout.
Pumping stations, water-treatment plants, district-cooling sites, distribution-automation reclosers, smart-meter concentrators. Multi-WAN routers where utility power and fibre are sometimes both intermittent — bonded cellular plus solar microwave keep the data flowing.
Line trucks, repair convoys, mobile substation kits, emergency-response convoys. Bonded multi-carrier cellular with Starlink fallback so the field crew stays connected to the control room across the entire restoration corridor — including where the grid is down.
SCADA doesn't tolerate latency. Outage crews don't tolerate dead zones. Regulators don't tolerate undocumented downtime. The kit Securna deploys is engineered around all three.
Packet-level Hot Failover. The primary backhaul drops, cellular takes the SCADA session inside the same TCP/UDP. The protection relay doesn't lose comms. The DA scheme doesn't see a timeout. The grid operator stays in the loop.
Anywhere Networks microwave + bonded cellular + Starlink. The remote substation that nobody will trench fibre to, the pumping station ten kilometres from the road, the smart-meter concentrator on a transmission tower — Securna delivers connectivity there without civil works.
One dashboard. Every substation, every truck. Live status across hundreds of sites and dozens of outage vehicles — link health, modem health, throughput, GPS position. Control room sees which substation lost backhaul and which crew is closest, in real time.
Bonding is provided by Peplink's SpeedFusion technology. Satellite integration via Peplink × Starlink.
Peplink for routing and management, Anywhere Networks for long-range microwave backhaul — both stocked in the GCC and supported by Securna's engineering team.
Carrier-class multi-WAN SD-WAN at the utility's control room and central operations. Aggregates SpeedFusion tunnels from every substation, pumping station and outage truck. Modular WAN slots, 40 Gbps backplane, hardware redundancy.
Waterproof multi-cellular routers for substation cabinets, pumping stations, RTU enclosures and outdoor smart-grid endpoints. IP67-sealed, SpeedFusion bonding, marine-grade connectors that survive the GCC outdoor conditions.
Compact 5G + LTE-A vehicle router for line trucks, crew vans, mobile substations. Embedded SIMs, Wi-Fi 6 for crew tablets, GPS for InControl, ignition-sensing 12V power. The standard utility-fleet router across the GCC.
Private power, district cooling and process plants on the same stack.
Microwave backhaul shared between utility comms and carrier networks.
Outage events and disaster response — same mobile stack as fire / EMS.
Logistics and fleet ops within the utility — service trucks, parts vans.
One conversation — substation count, SCADA protocol, fibre coverage today, outage-fleet count, and the SLA expectations from operations. We come back with the Peplink design, the Anywhere Networks backhaul plan and an InControl rollout that fits how your operations team actually runs.
