GPS doesn't work inside buildings. BLE doesn't work on a motorway. LoRaWAN needs gateway infrastructure that may not exist at your routes' endpoints. 4G LTE drains batteries in weeks. No single network technology provides complete coverage for any real logistics operation — which is why sophisticated tracking infrastructure stacks multiple networks and requires a platform that can see across all of them simultaneously.
This guide covers how to build genuinely resilient tracking infrastructure: mapping the coverage gaps of each network technology, designing a multi-layer stack that eliminates single points of failure, and using GoAndTrack as the unified intelligence layer that manages all networks from one platform.
The Coverage Gap Map: Where Each Network Fails
The Four-Layer Network Stack
A resilient tracking infrastructure uses different network technologies at different stages of the asset journey, each handling the environment where it performs best:
Outdoor positioning — the foundation
Satellite positioning for all outdoor tracking. Works anywhere with open sky. Teltonika FMB920, Queclink GV600, Digital Matter Oyster3 for vehicle and outdoor asset tracking. 3–10m accuracy, global coverage without infrastructure. The default network layer for anything moving outdoors.
Data transmission and real-time updates
GPS provides the position; cellular transmits it to the cloud. LTE-M for mobile assets needing real-time updates. 4G LTE for vehicle-powered devices where battery isn't a constraint. Tive Solo 5G for cold chain where multi-modal (5G + WiFi + BLE fallback) maximises transmission reliability.
Low-power, long-life static asset coverage
Battery-powered assets that move infrequently — containers, equipment, pallets. Sensolus for LoRaWAN in European logistics environments. Digital Matter Oyster3 for portable, long-range asset monitoring. NB-IoT for assets needing carrier coverage without gateway infrastructure.
Indoor precision and item-level visibility
Warehouse and facility interiors where GPS fails. Blecon for infrastructure-free BLE using existing Zebra scanners. Wiliot for battery-free item-level BLE at retail supply chain scale. WiFi positioning as a secondary indoor option in environments with WiFi infrastructure.
How GoAndTrack Manages Multi-Network Tracking
The operational challenge of multi-network tracking is data management — not hardware deployment. Deploying four different network technologies across an operation is technically straightforward. Managing the resulting four different data streams without fragmentation is where most operations struggle.
GoAndTrack's BYOD architecture addresses this structurally: every device type connects via its native protocol or API, and the data is normalised into a single unified schema regardless of network technology. A GPS coordinate from a Teltonika FMB920, a BLE event from a Blecon gateway, a LoRaWAN sensor reading from Sensolus, and a 5G cellular update from a Tive Solo 5G all arrive in the same data structure — queryable through the same AI interface.
Resilience Architecture Examples
Pharmaceutical Distribution Network
Stack: Tive Solo Pro (5G cellular + GPS + BLE) for shipment-level monitoring. Teltonika FMB920 (GPS + 4G) for vehicle tracking. Blecon BLE at distribution centre for goods-in/put-away visibility.
Resilience: If cellular drops mid-route, Tive stores readings locally and transmits when coverage returns. GPS provides location context during cellular outage. BLE provides facility-level visibility where GPS is unavailable.
GoAndTrack: Tive API + Traccar integration + Blecon webhook = one unified real-time view across all three network layers.
European Container Logistics
Stack: Sensolus LoRaWAN sensors on containers (5+ year battery, port LoRa coverage). Traccar-connected GPS on vehicles. LTE-M fallback on containers that leave LoRa coverage zones.
Resilience: Container in port uses LoRaWAN. Container on a truck uses the truck's GPS via correlation. Container in a LoRa black spot uses LTE-M fallback at higher power cost.
GoAndTrack: Sensolus API + Traccar integration = container-vehicle correlation queries across all network layers simultaneously.
Retail Supply Chain (Warehouse to Shelf)
Stack: Teltonika GPS on distribution vehicles. Blecon BLE at distribution centre. Wiliot BLE pixels on individual SKUs. Reelables 5G smart labels for last-mile delivery confirmation.
Resilience: Items are tracked across network layers — GPS on the truck, BLE in the DC, Wiliot on the shelf. Each network layer hands off to the next as the item moves through the supply chain.
GoAndTrack: Traccar + Blecon webhook + Wiliot API + Reelables API = full supply chain visibility in one AI interface. Query: "Which SKUs are delayed in transit AND showing low stock at destination stores?"
Coverage Resilience Comparison
| Environment | GPS/GNSS | 4G LTE | LTE-M/NB-IoT | LoRaWAN | BLE |
|---|---|---|---|---|---|
| Outdoor open sky | ✓ Excellent | ✓ | ✓ | Gateway required | ✗ |
| Indoor (warehouse) | ✗ | Variable | Variable | ✓ Good penetration | ✓ Excellent |
| Underground / tunnel | ✗ | ✗ | ✗ | ✗ | ✗ |
| Dense metal (port) | Degraded | Variable | Variable | ✓ Better penetration | Gateway-dependent |
| International routes | ✓ Global | Carrier-dependent | Limited roaming | ✗ No roaming | ✗ |
| Battery-constrained | ✗ High power | ✗ High power | ✓ Low power | ✓ Very low power | ✓ Very low power |
The pattern in this table is the argument for multi-network infrastructure: no row shows all ticks, and no column shows all ticks. Resilience requires using the right network at each stage of the journey — and a platform that makes the transitions invisible to your operations team.
Key Takeaways
- No single network technology provides complete coverage for any real logistics operation — GPS fails indoors, BLE fails outdoors, LoRaWAN needs infrastructure, cellular has coverage gaps
- Resilient infrastructure stacks four layers: GPS/GNSS (outdoor positioning), cellular (real-time transmission), LoRaWAN/NB-IoT (battery-powered static assets), and BLE/WiFi (indoor precision)
- The coverage transitions — GPS to BLE at warehouse entry, BLE to GPS at vehicle departure, cellular to LoRaWAN for static container monitoring — are the critical design points in any multi-network architecture
- GoAndTrack's BYOD model normalises data from all four network layers into one schema — multi-network queries ("show me all assets at Felixstowe right now") work across network types without the query layer caring which network each device used
- The three architecture examples (pharmaceutical, European container, retail) demonstrate how the same GoAndTrack platform provides the unified intelligence layer across completely different multi-network stacks