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Reliable Wi-Fi for smart logistics - Nippon Express enabled stable AMR operation with PicoCELA's wireless access points, bringing the PEER 100 AMR system online in just five days
| Customer: | Nippon Express Co., Ltd., Japan |
|---|---|
| Industry: | Warehouse & Logistics |
| Product: | PCWL-0500 |
| Highlights: | Reliable AMR operation / efficient setup / scalable network / reduced installation cost / PEER 100 operational in 5 days (incl. Wi-Fi setup) |
Background
About the customer: Nippon Express is one of Japan's largest logistics and transportation companies, advancing digital transformation through automation, robotics, and data-driven warehouse operations. As part of a next-generation logistics initiative, the company introduced AMRs (Autonomous Mobile Robots, PEER series) to streamline transport and picking processes in distribution centers.
To ensure stable real-time control and data exchange between AMRs and logistics systems, Nippon Express required a reliable and flexible Wi-Fi network that could be deployed rapidly and scaled efficiently, without extensive cabling or downtime.
Challenges (Before)
- Need for stable wireless connectivity for AMR operation and control
- Time-consuming and costly wired installation in large warehouse areas
- Requirement for flexible reconfiguration as workflows evolve
- Desire to integrate Wi-Fi with logistics management systems for end-to-end visibility
Why PicoCELA / Key Factors for Implementation
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Nippon Express selected PicoCELA's PCWL-0500 for the following reasons:
- Stable wireless backhaul ensuring reliable AMR communication
- Rapid, cable-free deployment reducing installation time and cost
- Centralized network management simplifying configuration and firmware updates
- Scalable architecture to support future warehouse expansion and automation
- The PEER 100 AMR system became fully operational within just five days, including Wi-Fi setup with PicoCELA access points
Results (After)
- Reliable Wi-Fi coverage supporting real-time AMR control and coordination
- Seamless data exchange between robots and logistics systems
- Reduced installation and relocation time compared with wired networks
- Improved operational efficiency and workflow monitoring
- Provided a scalable, flexible platform for smart warehouse transformation