At the trailers
Gigabit Wi-Fi
Plans, scans, and video move like you are on fiber.
ORB
Open Radio Basestation
The digital desert on jobsites is a thing of the past.
The network shows up with the work. One unit covers the whole site in a morning. No licenses, no carriers, no trenching. Plug it in and go.
Seriously fast. Seriously far.
Gigabit speeds where the crews are. Real coverage all the way to the far end of the job.
- 4 Gbps
- around the trailers
- 500 Mbps
- upload, across the site
- 10+ km
- of reach
- 0
- licenses needed
The whole site. Covered.
Fast where the crews are. Connected everywhere else, from the front gate to the far end of the job.
Across the site
Fast everywhere crews work
Big uploads from anywhere on the job. Phones, tablets, machines, cameras.
Way out there
Reach for miles
Remote pits, long corridors, satellite areas. Still on the network.
The ORB and the Oasis.
The ORB covers the site. The Oasis rides with the work. Together, connectivity is simply there.
For the whole site
The ORB
A base station on a trailer. Raise the mast, and the entire site is online: offices, crews, machines, cameras. Satellite backhaul means it works anywhere on Earth.
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For every machine
Oasis Industrial CPE
A small unit that rides on your equipment and creates an oasis of connectivity wherever it goes. Each machine becomes a Wi-Fi hotspot, a cell signal booster, and a safety node.
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For the office
Smart Trailer
An Oasis built into the site office. Plug in the trailer and it is done: Wi-Fi, cameras, door locks, power monitoring. Perfect for smaller jobs.
Learn moreYour fleet is your network.
Machines go where the work is. Put an Oasis on each one, and coverage goes there too.
- Crews get Wi-Fi from the nearest machine, even a mile from the trailers.
- Phones work everywhere on site, on everyone's own carrier.
- Cameras and sensors connect right at the machine.
- Parked overnight? Coverage stays on.
Where it goes to work.
Four industries, one box. Each one has a different reason it was never covered, and the same answer.
Construction
Temporary sites, upload-heavy work
Scans, drone captures, and progress photos all move uplink. Coverage follows the fleet from the trailers to the far end of the pad.
4 Gbps at the trailers, live on day one
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- The site
- A 40-acre earthworks job, 18 months, trailer cluster at the gate and the working pad a half mile out.
- What deploys
- One ORB on the trailer mast, Oasis machine-mount kits on the dozers and excavators, a Smart Trailer on the satellite laydown yard.
- What changes
- A 12 GB drone capture uploads before the coordination call instead of overnight, grade control stops dropping across the pad, and each subcontractor gets its own slice instead of its own hotspot.
Surface mining
Machine-dense, autonomy in production
Pit rims and haul roads that move weekly, with fleet command and control on a channel nothing else is allowed on.
Under 5 ms safety signaling, every event logged
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- The site
- Benches dropping 180 meters, haul roads that move weekly, autonomous haulage running around the clock.
- What deploys
- Flagship ORBs on the pit rim, an Oasis on every machine, and the DECT NR+ deterministic mesh carrying command and control between machines.
- What changes
- Fleet signaling stops sharing fate with bulk data, the network follows the face instead of being re-engineered for it, and every authorization and interlock event lands on a tamper-evident ledger.
Agriculture
Permanent, vast, low-band rich
Thousands of acres with excellent propagation and no towers. Tractors, implements, and sensors on one owned network.
10+ km of reach from the yard
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- The site
- Nine thousand acres worked from a single yard, low structure density, and no tower anyone would build for it.
- What deploys
- TVWS-led ORB coverage from the yard, Oasis kits on tractors and implements, a HaLow sensor fabric across the fields.
- What changes
- Per-sensor cellular plans go away, autonomy arrives onto a network the operation owns, and the farmhouse gets fixed wireless as a side effect of the coverage.
Public safety and relief
Sudden, infrastructure-denied, multi-agency
The grid is down and the towers are dark. One satellite dish and one ORB serve the whole staging area and the community around it.
Coverage standing up in a morning
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- The site
- Hour six after landfall: grid down, macro network dark, five agencies on scene, satellite terminals arriving by the pallet.
- What deploys
- A pre-positioned deployable ORB with one satellite terminal in the WAN bay, per-agency slices, and portable Oasis kits pushed out to forward posts.
- What changes
- One terminal covers the community instead of the tent beside it, survivors reach their own carriers, responders hold a protected tier, and the whole response is reconstructable afterward.
Safety gets its own channel.
Machine-to-machine safety signals run on a dedicated, protected frequency. No matter how busy the site network gets, stop signals and proximity alerts get through in milliseconds. Every time.
Always clear
The safety channel is reserved by regulation. Nothing else is allowed on it. It cannot get crowded.
Machine to machine
Equipment talks directly to equipment. Even if the base station goes down, the safety mesh keeps working.
Everything on record
Every connection and every safety event is logged automatically. When you need proof, it is one search away.
Internet to anywhere.
Network for everyone there.
Satellite internet reaches any point on Earth. ORB turns that point into a place. After a disaster, one satellite dish serves one building. One ORB with that dish serves the whole community: every phone on its own carrier, responders on the protected channel, coverage where the towers went down. The same box brings real networks to farms, villages, and everywhere the internet never quite arrived.
Set up by anyone.
In a morning.
No RF engineers. No permits. No site survey. A dealer tech or a superintendent raises the mast, plugs it in, and the ORB does the rest. That is not a promise on a brochure. It is a requirement in the spec.
Why we built this.
Every industry got connected except the ones that build everything else.
Offices got fiber. Homes got gigabit. Jobsites got a hotspot taped to a trailer window.
It wasn't for lack of technology. It was complexity. Licenses, carriers, engineers, permits, integrators. Nobody on a jobsite has time for any of that, so nobody got connected.
So we removed all of it.
Plug and play. One box, whole site. No licenses, no carriers, no site survey. A superintendent sets it up in a morning.
Simplified connectivity. Phones just work. Cameras just connect. Machines just talk. You never think about the network, which is the whole point of a network.
It's needed. Sites run on data now: plans, scans, telemetry, safety. The work went digital; the jobsite didn't. ORB closes that gap.
We've spent decades building open infrastructure. This is the simplest thing we've ever made, and it's the hardest thing we've ever built. That's usually the sign you're making something that matters.
Plug and play
Set up in a morning.
Park it, power it, raise the mast, scan the code. No survey, no integrator, no licenses. One person, before the first break.
Turn the desert on.
See ORB on your site. We will stage a pilot, or send the full specification suite for your engineers.