PeltBeam ties a village's schools, clinics, farms and businesses together with a resilient mesh of phased-array nodes — with satellite services as the route to the wider world.
Schools need learning resources. Clinics need to communicate and manage supplies. Farmers and local businesses need to share information and reach customers. PeltBeam is designed to connect all of that activity through a local wireless Ethernet network — with satellites providing the route out.
Share lessons between classrooms and reach learning resources — locally or over satellite.
Communicate, manage supplies and coordinate records with priority traffic support.
Upload crop images, place orders, reach customers — with return-path capacity planned in.
Compact, weather-sealed and roughly the size of a Wi-Fi access point — PeltBeam nodes deploy on light poles, roofs, walls and advertisement structures. They can also travel with the network on robots and drones.
From every antenna, a focused beam radiates to the next node. Together the links form a resilient spine that carries traffic across the community — with routing that can spread demand across multiple approved gateways.
The same node design that lives on a light pole can ride on an autonomous ground robot or hang beneath a drone — extending the network into fields, roads and remote sites.
Separate satellite terminals can connect at many mesh nodes. Different providers can contribute connections to the same local fabric — and with the necessary routing support, different traffic flows can use different approved gateways.
Where the necessary applications and services are installed locally, a teacher can share material with another classroom, or a cooperative can exchange records with a nearby packing facility — without sending that exchange through a satellite.
As needs grow, additional nodes connect more facilities, create independent routes and add useful gateway capacity. Local computing grows with supported workloads — bringing affordable connectivity and useful AI services closer to every community.
Start with the conditions that matter — settlement density, peak load, sharing rights, and the full cost of power, mounting, access equipment and ongoing support. Then expand where the service is valuable.
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