Lufthansa Cargo’s use of Private 5G at Los Angeles International Airport is a useful example of how enterprise connectivity is moving beyond generic wireless access towards operationally critical infrastructure. In busy logistics environments, wireless connectivity is no longer just about giving staff access to email or enterprise applications. It is increasingly about keeping digital tools, scanners, tablets, communication devices, forklifts, sensors and tracking systems connected while work is constantly moving.
Lufthansa Cargo is one of the world’s leading cargo airlines, serving around 350 destinations in about 100 countries and transporting roughly 2,500 tonnes of cargo per day. At its Los Angeles operation, the company runs a warehouse of nearly 100,000 square feet, supporting storage, handling, temperature-controlled goods, live animals and a range of other cargo services. In this type of environment, a lost connection is not a minor inconvenience. It can slow down handling, create backlogs, affect customer service and reduce trust in the operation.
The initial business driver was very practical: handheld barcode scanners. These scanners are used to track cargo during loading, unloading and movement through the warehouse. Workers are constantly on the move, and the devices need to remain connected as they move between different parts of the facility and, in some cases, between the apron and the warehouse. With the previous Wi-Fi setup, devices could lose connectivity when roaming between access points. Once disconnected, they had to reauthenticate, and this reconnection process could turn a task that should take around 30 seconds into a task lasting three to five minutes.
This is where Private 5G becomes interesting. The value is not simply that it offers another wireless option, but that it can provide more consistent mobility, better coverage planning and stronger reliability for operational devices. Lufthansa Industry Solutions assessed the environment by comparing Wi-Fi, public cellular and private cellular coverage. This type of site assessment is important because private networks need to be designed around real operational workflows, not just theoretical coverage maps.
The deployment also shows that Private 5G is not only about one application. While scanners were the starting point, the network supports a wider set of digital tools used in daily cargo operations. These include iPads for operations teams, push-to-talk devices for communications, devices mounted on forklifts, sensors, IoT devices and RFID-related systems. In other words, the network becomes a common connectivity layer for multiple warehouse mobility and automation use cases.
One of the most striking details is the reduction in infrastructure complexity. Lufthansa Cargo moved from 19 Wi-Fi access points to just two private 5G radios. That does not mean every warehouse will see the same ratio, but it does highlight an important point. In large industrial and logistics spaces, fewer well-planned cellular radios can sometimes provide more reliable mobility than a larger number of Wi-Fi access points, especially where devices are moving continuously and applications cannot tolerate frequent reconnection delays.
The reported operational outcome is also significant. Lufthansa Cargo saw process speed improvements of around 70 to 80 percent after achieving stable connectivity. The company also reported no unplanned outage during the proof of concept and operational phase covered in the transcript. For a cargo warehouse that operates around the clock, this is precisely the kind of reliability that makes private cellular attractive. It is not only about headline data rates or technology branding, but about avoiding downtime, reducing friction and ensuring that digital workflows remain available when staff need them.
This case is a good reminder that many successful Private 5G deployments are not built around futuristic use cases on day one. They often begin with a simple but painful operational problem. In this case, the problem was scanner connectivity and roaming. Once solved, the same network can support additional tools and future use cases, from forklift connectivity and push-to-talk communications to IoT sensors and RFID integration.
For private networks in logistics, airports and warehousing, the lesson is clear. The business case does not always need to start with automation or robotics. It can start with keeping existing digital tools always connected. When workers, devices and goods are constantly moving, reliable mobility becomes a core part of operational performance. Lufthansa Cargo’s deployment at LAX shows how Private 5G can address that challenge and provide a foundation for broader digital transformation in warehouse and cargo operations.
The following video explains their story:
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