Wireless for Logistics & Warehousing
Logistics networks have to follow movement: people, scanners, vehicles, inventory, video, and assets crossing indoor and outdoor boundaries. A reliable service depends on more than a strong signal in one aisle.
WirelessLab helps teams investigate coverage, roaming, application performance, interference, and technology choices across warehouses, yards, campuses, and routes. The scenarios below are examples for planning and discussion, not customer case studies.
Common questions
Can the network keep up with the flow?
Scanners and mobile devices
Will handhelds, tablets, voice systems, and workflow applications remain usable as workers move through the facility?
Vehicles and automation
How do coverage, handover, latency, and route repetition affect forklifts, AGVs, AMRs, or yard vehicles?
Indoor and outdoor transitions
Where do service changes occur between aisles, loading areas, yards, buildings, and public or private networks?
Asset and sensor visibility
Which low-power or cellular approach fits the asset, coverage, battery, reliability, and operational data need?
Example evidence
Measure the journey, not only the access point.
- Coverage and service quality across zones, aisles, yards, and routes
- Handover and continuity observations for moving devices
- Application traffic, throughput, latency, jitter, and packet loss
- Interference and congestion observations during representative movement
- Technology comparison for Wi-Fi, private cellular, public cellular, or hybrid service
Relevant WirelessLab services
Start with the movement the network must support.
RF surveys map the environment. Field validation tests routes, devices, and service continuity. Private wireless planning supports controlled mobility and integration. Readiness reviews frame the decision before a larger project.