Direct, multi-carrier connectivity for telematics, logistics, and field service fleets. Vehicles always attach to the strongest Tier-1 carrier in range — through dead zones, across borders, and inside the corridor where one carrier ends and another begins.
01Where fleet connectivity breaks
Single-carrier and roaming-based SIMs make sense at a warehouse. They fall apart the second your fleet crosses a coverage seam, a state line, or a national border. Your visibility falls apart with them.
A truck travelling through a single carrier's dead spot stops reporting. ETA calculations stale out, route replay corrupts, dispatch can't see the vehicle until it re-attaches.
Data hops through aggregator infrastructure before reaching your platform. ETAs drift. Geofence triggers fire late. Speed-of-load and idle-time analytics become unreliable.
A single stuck telematics unit can consume 40× normal data before the bill arrives. Without per-device usage visibility you find out a month late — at month-end reconciliation.
Roaming-based SIMs renegotiate sessions at every border. TCP connections reset, MQTT subscriptions break, vehicles re-attach minutes later — sometimes with new IPs you don't have rules for.
02Multi-carrier coverage for fleet operations
Not roaming. Not partner-network reseller agreements. Direct interconnects with the carriers that run the towers your vehicles drive past. Handoff happens at line speed.
Every vehicle attaches to the strongest available Tier-1 carrier in real time. No roaming hops, no aggregator decisions, no opaque policy — just signal quality and direct attach.
Rogers, Bell, TELUS on one side; AT&T, T-Mobile, Verizon on the other — all direct, all on one SIM. The cross-border seam disappears for your fleet.
The multi-carrier model extends globally for international fleet operations. Same SIM, same console, same direct-attach behaviour — wherever the vehicles roll.
Direct carrier interconnects eliminate the latency penalty of roaming-based SIMs. GPS pings arrive in milliseconds, not seconds — route replay stays accurate, ETAs stay current.
MFF2 and MFF4 chip-form variants for vehicle-mounted hardware: vibration-rated, dust-sealed, and operational across industrial temperature ranges. The SIM survives what the vehicle does.
03LinQView for POS fleet management
A focused version of LinQView built for fleet managers. Real-time vehicle status, instant alerts, remote OTA, and connection logs you can export in two clicks.
Every vehicle — moving, idle, or offline — on one live map. Sub-second presence across the whole fleet.
You're notified the moment a vehicle drops connectivity — before a missed ping becomes a blind spot.
Push carrier profile changes and config updates across the fleet without touching a single device.
Spot a runaway device the day it spikes, not at month-end. Per-SIM data visibility across the fleet.
Field tech scans a vehicle QR; full device context auto-populates a support ticket with recent events.
Most IoT SIM providers use roaming — borrowing access to carrier networks rather than holding their own agreements. For consumer IoT, that's acceptable. For payment infrastructure, it isn't.
05Who uses NuvoLinQ for fleet
Five industries share the same connectivity profile: vehicles in motion across coverage seams, real-time data that has to land, and ops teams that don't get to debug for an hour.
Single-carrier SIMs miss pings between distribution centres. Roaming SIMs add latency that breaks geofence triggers. Multi-carrier eSIM holds the session through every coverage seam ETA accuracy stays inside ±2 minutes across a 14-hour route.
Reefer temperature pings can't have gaps. A 20-minute blackout is a load loss event.
Equipment moves between job sites with varying carrier coverage. Engine hours, fuel burn, geofence theft alerts all need to land.
Dispatch needs vehicle location accurate inside 30 seconds. Field tech apps need an always-on tether — even at the bottom of a maintenance hole.
Snow plows, transit, sanitation, public works. Audit-ready logs, data sovereignty, and per-department billing groups.
06get started
Get a connectivity assessment built around your fleet. We map what you run, find the right deployment, and hand you a concrete plan. No generic demos, no roster calls