Super Wi-Fi

Connectivity where cellular fails

Long-range industrial connectivity for mines, farms, refineries and remote sites, carrying robot control, sensor backhaul and human oversight on one link.

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Communication towers on a forested ridge above the sea

Resilient connectivity

One backbone for everything

Built for the places where cellular and wired networks give out: open terrain, pit walls and plant steel.

Kilometres of reach. Low-latency links hold across kilometres of open terrain, pit walls and plant steel.
Adaptive routing. The network re-routes around interference and obstructions on its own, without a technician in the loop.
One backbone for everything. Robot control, sensor backhaul and human oversight ride the same link, beyond the reach of cellular or cable.

Luneburg lens
Mesh architecture
Zero roaming drops

Where it reaches

Built for sites cables never reach

Mines, farms, refineries and remote sites: the places where cellular and wired networks give out.

Mine sites

Links that hold across pit walls and open terrain, where trenching a cable is not an option.
Farms & orchards

Outdoor units on orchard high points, irrigation towers and windbreaks cover whole properties.
Refineries & plants

Low-latency links through plant steel for robot control and sensor backhaul.
Barns, packing plants & control rooms

Indoor units penetrate walls to close the blind spots an outdoor unit alone cannot reach.

The units

Outdoor reach, indoor coverage

High-point outdoor units throw the long beam; indoor units close the blind spots. Both carry hundreds of robots at once.

Ask about a configuration

High-point mounting

Outdoor unit

Mounted on a pole, tower or windbreak, the outdoor unit throws a 130° beam up to 1,500 m, for orchard high points, irrigation towers and mine sites where trenching a cable is not an option.

1,000–1,500 m range
130° coverage
200–500 robots

Directional range: 1,000–1,500 m per unit
Coverage angle: 130°
Technology: Luneburg lens
Network architecture: Invisible fibre mesh (DIN Next)
Environment: Industrial-grade heat and dust resistance
Device capacity: 200–500 robots simultaneously
Bandwidth: 15–25 Mbps per robot
Roaming: Zero roaming / no handoff drops

Outward facing

Indoor unit

A wall or ceiling-mounted unit that focuses a 120° beam through barns, packing plants and control centres, penetrating walls to close the blind spots an outdoor unit alone cannot reach.

300–500 m range
120° directional focus
200–500 robots

Directional range: 300–500 m
Coverage angle: 120°
Technology: Luneburg lens
Network architecture: Invisible fibre mesh (DIN Next)
Environment: Penetrates walls to eliminate blind spots
Device capacity: 200–500 robots simultaneously
Bandwidth: 15–25 Mbps per robot
Roaming: Zero roaming / no handoff drops

Published specifications for a typical configuration. Final figures depend on the configuration and site; we confirm them during scoping.

Joint Inspection Center

Supervised from one dashboard.

Super Wi-Fi is the backbone; the Joint Inspection Center is the console. Every connected robot shows up live on one dashboard, however far the fleet is from the nearest cell tower.

See the digital twin

Digital twin synthesisA real-time 3D view of the plant, not just a camera feed.
Mission orchestrationRehearse in the twin, then dispatch the real fleet.
Smart Edge AlarmsFaults, corrosion and gas escalated to a person.