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SolutionsRugged Mobile Routers Commercial & Fleet
Commercial

Keep the truck online and the route moving

A truck cab, a utility rig, or a field crew runs on the connection back: electronic logging and dispatch, telematics and fleet video, and the upload that has to land at the yard. Sector specs the in-vehicle router, the antennas, and the failover, installs it at fleet scale, and manages it so a dropped link does not become a down route.

THE COST OF DOWNTIME

When the connection drops, the revenue stops

A fleet runs on data in motion. The cab needs electronic logging and dispatch, the telematics and fleet video have to report in, and the field crew has to reach the systems they drove out to use. All of it depends on a connection that holds across the whole route, not just where coverage is strong.

A single carrier has gaps, and the route runs straight through them. A consumer hotspot was never built to ride a cab all day or to keep electronic logging, navigation, and a video system online at once. When the link drops mid-route, a driver loses dispatch and hours-of-service compliance, a crew loses the work order, and the cost is not the device, it is the downtime that follows.

Sector builds the in-vehicle connection as one system: the router, the antennas, the carriers and SIMs, the failover, and the power to survive the vehicle. It carries the whole cab, fails over when a carrier drops, and is managed remotely so the fleet stays online without a truck roll for every hiccup.

WHY SECTOR FOR THIS SOLUTION

Matched to the operation, not to one box

A long-haul cab, a utility truck, and a field rig each call for a different connectivity build, and the route and the device load decide it. Sector analyzes the carrier coverage for your territory, sizes the router and antennas to match, and specs the failover the route needs, with the tradeoffs laid out instead of hidden.

Installed at fleet scale, the same standard as our patrol builds

Sector runs dedicated, upfit-trained installation crews that remove legacy gear, mount and wire the new system clean, isolate and condition the power, and commission each vehicle to a standard, across a whole fleet on a schedule. The same engineering and quality control we bring to public-safety vehicles goes into every commercial rollout.

Managed for uptime, supported for the fleet

Under a Sector service agreement you get remote provisioning and monitoring, carrier and SIM management, firmware and configuration handled centrally, and a response plan so a down router does not become a down route. As the fleet refreshes, we roll the build into the new vehicles.

INSIDE THE FLEET CONNECTION

THE VEHICLE NETWORK

The router that runs the cab

The gateway turns the vehicle into its own network. It runs 4G LTE and 5G with dual-SIM carrier flexibility across the major networks, so the truck is not tied to one carrier's coverage. Gigabit Ethernet and Wi-Fi 6 keep the in-cab tablet, the electronic logging device, the telematics, and the fleet-video system online at once, with in-vehicle Wi-Fi for the crew and the cab's connected devices. GNSS with dead reckoning holds location where coverage drops, and the router is built for the vehicle and managed from the cloud, so the whole fleet is configured and watched without bringing a truck in.

Key components4G LTE and 5GDual-SIM carrier flexibilityWi-Fi 6 vehicle networkGNSS with dead reckoningCloud fleet management
The router that runs the cab
THE CONNECTED CAB

Logging, dispatch, telematics, and video on one link

In the cab the router is what everything else reaches the network through. Electronic logging and hours-of-service compliance, dispatch and navigation, and proof-of-delivery all ride on it, and so do telematics and multi-camera fleet video, which need a reliable uplink to flag events, stream when it matters, and offload at the yard. Sector specs the router with the load it has to carry, so the cab works as one system instead of competing devices fighting for a single weak signal.

Key componentsElectronic logging and dispatchTelematics uplinkFleet-video offloadIn-cab crew Wi-Fi
Logging, dispatch, telematics, and video on one link
NO SINGLE POINT OF FAILURE

Resilience for routes that run through dead zones

One carrier is one point of failure, and a long route crosses several. Sector designs the link to stay up with multiple SIMs and carriers and automatic failover, with bandwidth bonding where the job needs more throughput, and satellite failover where the route runs past the edge of cellular. In weak-signal territory a vehicle cellular booster amplifies the usable signal so the router keeps working. We analyze the carrier bands for your territory up front, so the build matches where the trucks actually run.

Key componentsMulti-SIM and multi-carrierAutomatic failoverBandwidth bondingSatellite backupSignal amplification
Resilience for routes that run through dead zones
ACROSS A MIXED FLEET

Antennas engineered for the whole vehicle

A radio is only as good as the antenna feeding it. Sector fits low-profile multi-port antennas that combine cellular MIMO, Wi-Fi, and GPS in one unit, with the antenna plan engineered for the whole vehicle so cellular, Wi-Fi, GPS, and any telematics or video system on the roof work together instead of interfering. On a mixed fleet that means a consistent, serviceable antenna design across the vehicle types rather than a different improvisation on every truck.

On-site brandsSemtechPanorama
Antennas engineered for the whole vehicle
INSTALL AND MANAGE

Powered, installed at scale, and managed

The router rides where the cab is hardest on electronics, so Sector isolates and conditions the power, adds safe power-down so it does not drain the battery, and mounts the gateway and antennas to survive the vibration and the weather. Dedicated crews install across the fleet on a schedule, and the build is managed remotely afterward. The router is the connectivity layer beneath the rugged tablets and laptops it serves, specced with the device build. For events, temporary sites, and rapid deployments, the same connectivity comes as a quick-deploy, battery-powered kit.

Connects toRugged ComputingFleet video and telematicsThe SMART VehicleQuick-deploy kits
See Rugged Computing →
Powered, installed at scale, and managed

FROM PILOT TO FULL FLEET

We prove the build on a few vehicles, then roll it across the fleet on a schedule.

1

Tell us how the fleet runs

Tell us the routes and the territory, the carriers that work and the gaps that do not, what rides in the cab, and what a dropped connection costs you today.

2

Sector designs and proves the build

Sector specs the router, antennas, carriers and SIMs, failover, and power for the route and the load, and proves it on a few vehicles before the full rollout. You see the plan and the pilot result before anything scales.

3

You review and approve

You review a clear proposal with options and pricing, and any change is pre-authorized so the number holds. Nothing scales until you sign off.

4

We roll it across the fleet

Dedicated crews remove legacy gear, install and commission to a standard, and provision the carriers and SIMs, on an agreed schedule across the fleet.

5

We manage it for uptime

Sector monitors and manages the routers remotely, handles carriers, SIMs, firmware, and response, and rolls the build into replacement vehicles as the fleet refreshes.

SECTOR VS. PIECING IT TOGETHER

Sector Off the shelf
Connectivity specced to the route Router, antennas, SIMs, and failover matched to where the trucks run A router in a box, the rest on the shop
Installed across the fleet to a standard Dedicated crews, removal and clean install, per-vehicle commissioning A different improvisation on every truck
Resilient where routes run thin Multi-carrier failover, satellite, and signal amplification One SIM, downtime at every gap
Managed for uptime Carriers, SIMs, monitoring, and response handled for you You chase a down truck on your own time

BRANDS FOR THIS SOLUTION

FREQUENTLY ASKED QUESTIONS

One carrier has gaps on every long route, and a hotspot will not keep electronic logging, dispatch, telematics, and video online at once, or survive the cab. A rugged router runs multiple carriers with automatic failover and carries the whole cab, which is the difference between a route that runs and one that stalls.

Yes. The router is the uplink those systems run on. Sector specs it with the in-cab load it has to carry, so logging, dispatch, telematics, and multi-camera video all stay online and offload reliably at the yard.

Yes. Sector runs dedicated, upfit-trained crews that remove legacy gear, install and wire the new system clean, and commission each vehicle to a standard, across the fleet on an agreed schedule.

We analyze the carrier bands for your territory and design the link to stay up with multiple carriers, automatic failover, signal amplification in weak areas, and satellite where the route runs past cellular.

Yes. Under a service agreement Sector provisions and monitors the routers remotely, manages carriers and SIMs, handles firmware and configuration centrally, and rolls the build into replacement vehicles as the fleet refreshes.

Yes. The same router runs in-vehicle Wi-Fi for many devices at once, which is how transit and bus operators provide passenger Wi-Fi alongside tracking and onboard systems. Tell us what your vehicles run and we will spec it.

Need a fleet that stays connected?

Sector specs, installs, and supports in-vehicle connectivity for trucking, logistics, utilities, construction, and field service, installed at fleet scale and managed for uptime. Tell us how your fleet runs and where the coverage fails it.

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