Today
Connectivity as improvisation
Bonded LTE at the trailer, jobsite Wi-Fi that dies past the parking area, subcontractors on personal hotspots, and machine data systems that drop out across the working face.
Positioning brief · Equipment partners
The autonomy-ready network.
Every technology the equipment industry is betting on assumes the desert has water. Grade control, telematics, machine vision, and autonomous operation all depend on site connectivity the equipment maker does not control and the customer cannot reliably buy.
Section 1
Jobsites are digital deserts for structural reasons.
They are temporary, so no one builds fixed infrastructure for them. They are remote or vertically dense, so macro cellular engineered for highways and rooftops fails in pits, corridors, and steel-frame cores.
Consequence
An unmanaged dependency
Connectivity is the unmanaged dependency under the autonomy roadmap, and the number one deployment friction for advanced machine capability on new sites.
Inversion
The network arrives with the work
ORB inverts the assumption that networks are built and work is brought to them. On an ORB-equipped site, the work arrives and the network arrives with it.
Section 2
Every device projects an Oasis.
An Oasis is a domain of connectivity at the point of work. The platform operates exclusively on open spectrum: TV white space, HaLow, DECT NR+, CBRS, Wi-Fi including 6 GHz, and license-free transport. No licenses, no carrier agreements, no ground infrastructure, and no RF engineering at deployment.
The small end
A trailer is an Oasis
A site office with a Fixed-Mount Industrial CPE is self-contained site infrastructure the moment it is plugged in, serving jobs below full-ORB scale on identical hardware with LEO or carrier backhaul.
The moving end
A dozer is a moving Oasis
A machine carrying a CPE broadcasts staff Wi-Fi and carrier offload, terminates cameras and sensors over HaLow, Matter, and BLE, joins the deterministic mesh, and backhauls over the coverage ladder.
The whole site
An ORB joins the archipelago
A unit on a trailer mast turns an archipelago of Oases into one connected landscape, covering the site from the trailer complex to the far haul road.
Authorization is obtained automatically from the governing coordination databases, and every grant is recorded in a tamper-evident ledger. A dealer technician or a site superintendent commissions the system; conformance requires it.
Section 3
What an ORB site delivers.
Seven capabilities, each traceable to a tier of the band plan rather than to a marketing claim.
| Capability | Delivered by | Why it matters on a jobsite |
|---|---|---|
| Multi-gigabit local capacity | CBRS plus Wi-Fi 7 access tiers | BIM, scans, vision, and documentation run at campus speed: 2 to 4 Gbps near field, 1 to 2.5 Gbps across the working site |
| Half-gigabit uplink | Operator-controlled uplink-heavy TDD on the private CBRS carrier | Site traffic is upload-dominant, and no carrier network offers this |
| Coverage to 10+ km | TVWS and HaLow tail tiers | Linear corridors, remote pits, and satellite work areas stay connected; capacity degrades with distance but never reaches zero |
| Deterministic safety tier | DECT NR+ mesh, 1 ms slot structure | Proximity interlocks, wearables, and E-stop class signaling on a dedicated fabric |
| Universal device access | Wi-Fi, Matter over Thread, BLE mesh | Every phone, camera, sensor, and off-the-shelf device joins with zero provisioning |
| Carrier service on site | CBRS neutral host and Passpoint offload | Personal phones work everywhere on their own carriers, closing the emergency reachability gap |
| WAN from anywhere | LEO satellite, 5.8 GHz transport, wired handoff, carrier cellular | A greenfield site has a working network before lunch on day one |
Sections 4 and 5
The fleet is the network.
Machines are the one asset class on a site that is powered, elevated, distributed across the working area, and already going where the work is. Coverage concentrates exactly where activity concentrates, because the machines are the activity. A parked fleet keeps radiating at reduced duty, so coverage does not collapse between shifts.
- The connectivity attachment on a machine order is simultaneously the site's coverage plan. Fleet density is network density.
- No repeater question, no separate infrastructure decision, no network integrator.
- DECT NR+ nodes on every CPE mesh directly between machines with no base station in the loop, carrying work-zone deconfliction, haul-road intersection negotiation, proximity interlocks, and E-stop class propagation at deterministic sub-5 ms latency.
- The 1.9 GHz DECT band is reserved for DECT technology, so the command layer never competes with Wi-Fi, ISM traffic, or site data.
- Fleet command and control shares no fate with bulk data, and the mesh operates whether or not the base station is reachable.
Sections 6 and 7
Provable operation, real tenancy, open at every layer.
For autonomous machinery operating near people, compliance stops being a paper exercise and becomes a queryable property of the site.
The ledger
Who transmitted, where, on what, when
Every authorization on every band, every device, and every location, including radios moving on machines, is obtained from the governing coordination regime and recorded in a tamper-evident ledger, available to the operator, the equipment maker, the insurer, and the regulator. The same records serve jobsite documentation and delay claims.
Tenancy
A dozen subcontractors, one site
Per-organization network slices span radio, access, and WAN, each with its own authentication, quality of service, path policy, and accounting, with off-the-shelf devices joining through universal access tiers and Passpoint.
Openness
Symmetry is the differentiator
Open spectrum, open interfaces, openly licensed programmable radio silicon shared between base station and CPE, a second-sourceable antenna, and an open-source software foundation. Shared silicon on both ends honors uplink-heavy frames end to end and keeps sessions alive across band transitions.
Section 8
Beyond the jobsite: the same platform, anywhere.
The architecture generalizes wherever networks were never built: mines, farms, energy sites, corridors, and two arenas of public consequence.
In disaster relief, the platform completes what satellite began: LEO brings the internet to anywhere, and the ORB gives it to everyone there. Recent relief operations showed the gap in public, terminals arriving by the hundreds with each one serving the building beside it. An ORB with one terminal in its WAN bay covers the community: every survivor's phone on its own carrier, responders on the protected tier, coverage into the terrain the towers left dark.
And in the world's underserved regions, the same unit is complete rural infrastructure: open spectrum, satellite backhaul, and zero-touch deployment where networks never penciled.
For an equipment partner, these adjacent markets are not a distraction from the industrial core. They are the volume that drives the platform's cost curve, the public purpose that recruits goodwill, and additional proof that the network that shows up with the work can show up for anything.
Section 9
The equipment-partner opportunity.
For an equipment maker with a global dealer network, the platform maps onto existing motion rather than requiring new muscle. The proposed framing is an Autonomy-Ready Network program: a published network readiness specification for advanced machine operations, with ORB as its reference implementation.
- Dealers stock, install, finance, and service the units the way they handle attachments today.
- One integrated antenna and a plug-and-play conformance requirement make commissioning a technician task, not an RF discipline.
- Machine-mounted CPEs ship as a factory or dealer fit, so every delivered machine is a network asset.
- Connectivity folds into equipment finance, where a site-month network cost is a rounding error against the fleet.
- Advanced machine capability deploys onto a known, specifiable network instead of onto whatever the customer improvised.
Specify the network, don't build it.
The specification suite, ORB-1, ORB-A1, and ORB-C1, is available for technical review, and the machine-mount integration is a joint development per equipment family.