Cold Chain Tracking

Lack of Real-Time Visibility into Temperature Deviations: Vaccines, biological products, fresh food, seafood, and dairy products often lack continuous monitoring throughout the supply chain-spanning warehouses, transport vehicles, airport cargo terminals, and final delivery points. If temperature deviations are only detected upon arrival, the damage has already been done.
Reliance on Manual Record-Keeping: Traditional cold chain methods often rely on manual temperature logging or the manual extraction of data after transport is complete. This leads to issues such as reporting delays, missing data, and inconsistent records, particularly when shipments involve multiple handlers and storage stages.
Weak Traceability: While many enterprises know the destination of their goods, they often lack a complete record of temperature fluctuations, dwell times, transit points, or the exact moments when products fell outside specified temperature ranges. The absence of end-to-end event logs makes compliance investigations and the handling of customer claims both slow and costly.

 

Tagging and Registration: Assign a shipment ID-linked to an RFID/NFC temperature-monitoring tag-to each carton, tote, pallet, vaccine transport box, or refrigerated asset. Details such as product type, batch number, storage temperature range, expiration date, destination, and customer information can be associated with these IDs within your ERP, WMS, TMS, or backend management platform.
Recording Storage and Transit Events: As goods move through the supply chain-including packing, dispatch, transshipment, and receipt-handheld and fixed RFID readers capture movement dynamics and temperature-related events.
Synchronizing Temperature and Traceability Data: RFID scan events and sensor data are transmitted to the backend platform to generate various reports, such as shipment confirmations, temperature anomaly alerts, quarantine process triggers, receipt verifications, compliance reports, and shipment status records required by customers.
Analyzing Temperature Anomalies: Managers can review shipment history, temperature profiles, cold storage dwell times, transit irregularities, delivery delays, and recurring risk points. This transforms cold chain records into dynamic operational datasets rather than merely fragmented, retrospective reports.

NFC Temperature Data Logging Tags
Applications: Vaccine boxes, pharmaceutical cartons, seafood cartons, fresh food packaging, and insulated shipping containers.
Key Features: Temperature logging and threshold monitoring | Suitable for shipment-level traceability | Ideal for single-use cold chain packaging and compliance record-keeping.
RFID Temperature Data Logging Tags
Applications: Reusable insulated boxes, cold chain logistics totes, vaccine transport cases, reusable shipping containers, and cold storage equipment.
Key Features: Supports bulk identification and shipment verification | Suitable for cold storage and logistics visualization | Facilitates serialized management via batch numbers and pallet IDs.

 

Reduce product loss due to temperature excursions: Identify exactly where and when cold chain failures occur, enabling teams to pinpoint root causes sooner, minimize spoilage, and prevent recurring temperature issues across transport routes and facilities.
Enhance compliance record-keeping: Maintain comprehensive records of temperature and transit history for pharmaceuticals, biologics, and food products, simplifying the process of handling audits, customer proof-of-compliance requests, and quality investigations.
Accelerate process workflows: Digitally link shipment IDs and temperature logs with operational steps, allowing teams to verify inbound goods faster and resolve disputes or temperature-related claims using clear, verifiable evidence.
Lower labor costs: Replace fragmented paper-based records and reactive data collection with structured, RFID/NFC-enabled monitoring processes, thereby reducing the manpower required for manual inspections, data consolidation, and exception follow-ups.

 

Move from delayed temperature records and fragmented shipment logs to real-time, traceable cold chain visibility.

Feature / Capability	Manual / Conventional Cold Chain Monitoring	RFID Cold Chain Tracking Solution
Temperature Data Capture	✖ Temperature is recorded manually, by standalone loggers or by periodic checks, which can leave blind spots between checkpoints.	✔ Temperature-linked RFID/NFC tags travel with the shipment and support more continuous, shipment-level visibility.
Exception Detection Speed	✖ Excursions are often discovered after unloading, report collection or manual data download.	✔ Temperature events and shipment movements can be linked faster, enabling earlier quarantine and exception response.
Shipment Verification	✖ Operators rely on paperwork, barcode scans or separate logger matching, which slows receiving and reconciliation.	✔ Tagged cartons, boxes, pallets or returnable containers can be identified faster and matched to digital shipment records.
Traceability Across Multiple Handoffs	✖ Temperature and logistics records may sit in separate systems or paper logs across warehouses, carriers and receiving sites.	✔ A unified RFID event trail helps connect storage, transit and delivery events to the same shipment, batch or asset ID.
Scalability for High-Volume Cold Chain Operations	✖ As shipment counts grow, manual verification, record collection and claim investigation become harder to manage.	✔ More suitable for cold chain operations that need repeatable, scalable monitoring across warehouses, distribution hubs and transport routes.