Reduce uncertainty at handover
Use relevant readings to support discussions about conditions before dispatch and at receipt.
FOR CARRIERS, DISTRIBUTORS & COLD-CHAIN TEAMS
Connect temperature-sensitive journeys with evidence your operations team can use.
Goods move through warehouses, loading bays, vehicles and receiving points. Responsibility changes at each handover, but the product’s temperature requirements remain. Plan a Thermologix deployment around the journey so teams understand what is being monitored, where data can be transmitted and who responds when an issue appears.
Assess your cold-chain route ↗
Distribution managers · third-party logistics providers · fleet operations · warehouse teams · quality leads
VALUE FOR YOUR ORGANISATION
Use relevant readings to support discussions about conditions before dispatch and at receipt.
Review temperature history alongside shipment records, timestamps and handling information.
Agree who receives notifications and how carrier, warehouse and customer teams communicate during an excursion.
WHERE IT CAN FIT
Illustrative industry sceneMonitor selected holding points where goods wait before loading.
Illustrative industry sceneAssess sensor placement, metal-body radio attenuation, route coverage and reporting requirements.
Illustrative industry sceneBring selected monitoring points into a shared platform view for defined users.
Illustrative industry sceneUse available readings and reports as one part of the shipment’s receiving assessment.
THE RISK OFFICER’S VIEW
Monitoring works best when it is part of a clear operational process.
| Risk to consider | What the data can tell you | What your team owns |
|---|---|---|
| Coverage gaps on the journey | A device may record while fresh platform data is unavailable. | Assess route coverage and agree an outage response before dispatch. |
| Metal containers or dense loads | Physical obstacles can affect radio communication. | Test communication in the intended vehicle or loaded container. |
| Unclear responsibility | Several parties may see an issue without knowing who owns it. | Define the handover, notification recipients and response contacts. |
| A data gap treated as normal conditions | An absence of fresh readings is not proof that temperature is acceptable. | Check the last reading time and use the agreed contingency procedure. |
HOW IT WORKS IN YOUR OPERATION
Map the storage-to-delivery journey first. Select monitoring points and confirm whether NanoTag fits the shipment and packing method. Assess LoRaWAN gateways and coverage at sites and along the route. Add devices to ThermoCloud, define limits and notification responsibilities, and test the communication path before expanding the deployment.
Explore NanoTag & the architecture ↗Illustrative scenario: a receiving team questions a consignment after a loading delay. Available temperature history helps identify the period requiring investigation. The parties combine readings with shipment documentation and the authorised product-assessment procedure. Where coverage was missing, the team treats the information gap explicitly.
Process example, not a reported client case study.
PLAN THE RIGHT DEPLOYMENT
The documented NanoTag connectivity is LoRaWAN. GPS location tracking, a cellular fallback and guaranteed connectivity at sea or across borders are not established features. Backup memory is documented, but automatic upload of all missed readings after reconnection is not confirmed. Validate recovery behaviour and retention for the actual device revision.
Independent guidance for planning. No endorsement of Thermologix or NanoTag is implied.
YOUR NEXT STEP
Tell us what you monitor. We’ll help you plan the right deployment.