The air freight industry moved over $335 billion in goods in 2025. Electronic air waybills cover 81.5% of all shipments globally. More than $1.4 billion in venture capital has poured into freight visibility platforms over the past five years.
And yet, half of all businesses still call their freight visibility “a work in progress.” One in five tracks shipments manually.
If you’re searching for airfreight tracking because you need eyes on a specific cargo right now, I’ll give you the mechanics. But the real story here isn’t how to track air freight. It’s why the data you get back is so often incomplete, delayed, or useless for the decisions you actually need to make. That gap is where operational dollars disappear.
How Airfreight Tracking Works
Every air cargo shipment gets an Air Waybill (AWB) number. This 11-digit code is your primary tracking key. It breaks into three parts: a 3-digit airline prefix assigned by IATA, a 7-digit serial number, and a single check digit calculated by dividing the serial number by seven.
Lufthansa Cargo uses prefix 020. Emirates SkyCargo uses 176. Alaska Air Cargo uses 027. If someone hands you an AWB starting with 176, you go to Emirates’ cargo portal and enter the full 11 digits. Simple enough when you know the carrier.
When you don’t know the carrier, or when your freight forwarder issued a master AWB with multiple house AWBs branching off it, things get murkier. Aggregator tools and Real-Time Transportation Visibility Platforms (RTTVPs) like project44 and FourKites try to solve this by pulling data from multiple airlines into one dashboard. Air freight is actually one of the more advanced modes for API-based tracking integration, because major carriers expose their data through APIs. The airborne leg isn’t the problem. Everything surrounding it is.
The Technology Stack Behind the Data
The AWB itself is a document, not a sensor. The tracking events behind it come from several layers of technology, each covering a different piece of the journey:
| Technology | What It Does | Where It Works |
|---|---|---|
| GPS / GNSS | Real-time geolocation | Aircraft in flight, ground transport vehicles |
| RFID | Automated cargo identification at scan points | Warehouse entry, aircraft loading, terminal checkpoints |
| BLE (Bluetooth Low Energy) | Zone-level positioning | Inside cargo holds, warehouse bays |
| IoT sensors | Temperature, humidity, shock, light monitoring | Pharma, perishable, and high-value shipments |
| Cellular IoT | Persistent connectivity for sensors in transit | Ground legs, remote depots, anywhere without WiFi |
| Airline APIs | Milestone status events (booked, departed, arrived) | Carrier-to-platform data exchange |
IATA’s Interactive Cargo initiative provides standards specifically for using IoT devices on pharmaceutical and perishable shipments, where knowing the location alone doesn’t cut it. You need to know the conditions inside that container at every stage.
Where Airfreight Tracking Breaks Down
AWB-based tracking gives you milestones: booked, received, departed, arrived, delivered. What it doesn’t give you is context. And context is what you need when something goes sideways.
Three structural problems persist across the industry, and no amount of dashboard polish fixes them.
Each airline runs its own tracking system with its own status codes and its own update cadence. When cargo transfers from one carrier to another, or hands off from airline to ground handler, you’re staring at separate systems that don’t talk to each other. Standardized status reporting across airlines and ground handlers doesn’t exist in any meaningful sense. What “in transit” means to Lufthansa and what it means to your ground handler in Dubai may describe completely different stages of the journey.
Then there’s the ETA problem. Most systems show estimated arrival based on the flight schedule at time of booking. A static number. They rarely recalculate when a connecting flight is delayed, when ground handling runs behind at a hub, or when customs holds the shipment for inspection. By the time you check the dashboard, the ETA may have been fictional for hours.
The third gap hits at the worst possible moment. Once cargo leaves the destination airport by truck for final delivery, visibility often vanishes entirely. Small trucking carriers lack the API infrastructure that airlines provide. The handoff from well-tracked air segment to untracked ground segment happens exactly where the shipper’s anxiety peaks: the last stretch before the freight is supposed to be in hand.
And there’s a fourth issue that rarely makes it into vendor marketing. A former employee of a leading visibility platform revealed that resolving data discrepancies (departure times listed after arrivals, for example) often required calling carriers directly and correcting data by hand. The “real-time” branding on many platforms hides a surprising amount of manual cleanup happening backstage.
Tracking a Delayed Shipment Doesn’t Undelay It
This sounds painfully obvious, but it’s the single costliest misunderstanding in airfreight tracking.
Many organizations confuse visibility with control. They invest in platforms that show them, in real-time with beautiful color-coded maps, that their cargo is stuck in Frankfurt. What they don’t invest in is the decision-support workflow that reroutes the shipment, triggers a backup supplier, or adjusts a production schedule before the delay cascades downstream.
The COVID-19 pandemic made this painfully clear. Canceled flights, port delays, and container shortages disrupted air freight services globally. Tracking platforms could confirm the cargo was stranded. They couldn’t reroute it. They couldn’t source alternative capacity. They could only display the problem in increasingly precise detail.
Visibility is a prerequisite for control. It is not a substitute.
The industry is catching on. BlueBox Systems launched its Tradelane Intelligence analytics platform in March 2026, designed to shift the question from “where is my freight?” to “how is my freight performing, and how should I route it differently next time?” That’s the right direction. Predictive analytics and proactive alerting (“your shipment will likely miss its connection” at 10 AM, not “your shipment missed its connection” at 3 PM) matter more than any incremental improvement in location accuracy.
Two Forces Pushing Beyond Milestone Tracking
IATA ONE Record Goes Mandatory in 2026
IATA’s ONE Record standard replaces legacy point-to-point EDI messaging with API-based data sharing. Instead of each airline pushing status updates in proprietary formats to whoever subscribes, ONE Record creates a single digital record of each shipment, accessible to every authorized stakeholder through standardized web APIs.
By end of 2024, 43 airlines had signed the ONE Record Pledge. The mandatory go-live date is January 1, 2026. For forwarders and shippers, two things follow: your systems need to consume ONE Record data, and the baseline quality of tracking information should improve as the industry converges on a common data model.
The caveat: ONE Record fixes the airline-to-forwarder data exchange layer. It doesn’t fix the ground handler who updates cargo status manually in a local system, or the trucking company that doesn’t expose APIs at all. The middle of the chain gets better. The edges stay ragged.
Cargo Theft Hit Record Numbers
Cargo theft in the U.S. and Canada reached 3,625 incidents in 2024, up 27% from the prior year. Total losses: $454.9 million. Average loss per incident: $202,364 (up 17% from 2023). California, Texas, and Illinois accounted for 46% of all cases. Projections for 2025 suggest another 22% increase if current trends hold.
Standard AWB tracking is useless here. You know the shipment was picked up. You know it didn’t arrive. The hours in between are a black hole.
What changes the equation is IoT-based tracking with geofencing and real-time deviation alerts. A sensor on the cargo that triggers an alarm the moment a truck leaves its planned route, or when a container is opened outside a designated facility. Schneider deployed this approach to protect high-value freight, moving from passive monitoring to active security enforcement. That’s the difference between knowing something was stolen and preventing the theft before it’s completed.
What IoT-Based Tracking Solves That AWBs Can’t
Here’s the distinction most tracking platforms sidestep: AWB-based tracking follows the shipment. IoT-based tracking follows the asset.
An AWB tracks a consignment from origin to delivery. Once the freight arrives and the AWB closes, tracking stops. For a one-way shipment to an end customer, that may be enough. But for returnable containers, ULDs, ground support equipment, MRO parts cycling through repair loops, or any asset that moves through a cycle rather than a straight line, AWB tracking leaves you blind the moment the asset enters its most unmanaged phase.
This is the gap I see constantly in our work at Datanet. An IoT device mounted on the asset itself (not tied to shipping documentation) keeps transmitting location, condition, and status data regardless of which carrier is moving it, whether it’s in transit or parked in a depot, and whether any waybill is open or closed. The device doesn’t care about custody changes. It just reports.
For air cargo specifically, device certification is non-negotiable. Not every tracker is approved to fly. The Thingfox T2 is DO-160 certified for airfreight, meaning it meets the environmental testing standards (electromagnetic interference, altitude, temperature, vibration) required for devices operating on aircraft. Attaching a consumer GPS tracker to a ULD and hoping nobody asks questions is a compliance problem, not a tracking solution.
What IoT-based tracking gives you that AWB milestones can’t:
- Continuous location data across carriers, modes, and custody changes. No gaps at handoffs, no blackouts during ground legs.
- Condition monitoring for temperature-sensitive cargo (pharma, biologics, perishables), feeding directly into cold chain compliance documentation.
- Geofencing and deviation alerts that turn tracking from a passive status check into active security.
- Cycle-time analytics for returnable assets: how long containers, ULDs, or equipment spend in transit versus dwell time at each node, across every loop.
The economics are straightforward. If you manage a pool of 500 returnable containers and can’t locate 15% of them at any given time, that’s 75 containers you’re either replacing at cost or burning labor hours to find. A tracking device on each unit pays for itself the first cycle it prevents a single unnecessary replacement order.
If your containers, ULDs, or equipment go dark after delivery, that’s exactly the gap asset tracking was built to close. We deploy these solutions for airlines, MRO shops, and freight forwarders. See what’s available, or talk to our team about what a deployment looks like for your operation.
Frequently Asked Questions
How do I track an air freight shipment?
Enter your 11-digit Air Waybill (AWB) number on the issuing airline’s cargo tracking page or a multi-carrier visibility platform. The AWB consists of a 3-digit airline prefix, a 7-digit serial number, and a check digit. If you don’t know the carrier, ask your freight forwarder for the master AWB. For specialized carriers like Griffin Air, dedicated tracking solutions provide enhanced visibility into shipment status.
What is the difference between an e-AWB and a paper AWB?
An electronic AWB replaces the traditional 12-part paper document with a digital contract of carriage. It speeds customs clearance, reduces data-entry errors, and cuts processing time. As of January 2025, e-AWB penetration hit 81.5% globally, with IATA pushing toward full adoption.
What is IATA ONE Record?
ONE Record is IATA’s API-based data-sharing standard for air cargo. It creates a single digital shipment record accessible to every authorized stakeholder through standardized web APIs. It becomes mandatory for IATA member airlines on January 1, 2026, replacing fragmented EDI messaging.
Why does my air cargo tracking show no updates?
Common causes include the airline not having scanned the shipment at the latest checkpoint, ground handling data not syncing with the carrier’s system, or cargo sitting in a final-mile truck segment where the carrier lacks API connectivity. If status hasn’t updated in 48+ hours, contact your forwarder or the airline’s cargo customer service directly.
What is the difference between shipment tracking and asset tracking?
Shipment tracking follows a consignment from origin to delivery using the AWB. When delivered, tracking stops. Asset tracking uses IoT devices on the physical asset (container, ULD, equipment) and keeps transmitting through the asset’s full lifecycle: return legs, dwell periods, MRO cycles, and reuse.
Can any GPS tracker be used on aircraft?
No. Only devices certified to aviation standards like DO-160 are approved for use aboard aircraft. This testing covers electromagnetic interference, altitude tolerance, temperature extremes, and vibration. Using uncertified devices on air cargo is a regulatory violation.
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