Reeman has successfully completed its first overseas multi-robot AMR deployment fully through remote commissioning, marking a major milestone in intelligent logistics implementation and global project delivery capability.
Traditionally, most AMR suppliers rely on sending engineering teams on-site for overseas deployments. This approach often leads to high travel costs, longer implementation cycles, and limited scalability for global projects. However, in this latest project, Reeman adopted a fully remote deployment strategy for a multi-AMR fleet system-an approach that significantly reduces dependency on on-site engineering support.
From the beginning, the project presented significant challenges. Multi-robot coordination, complex fleet scheduling, and cross-border remote debugging required extremely precise system tuning. The pressure was high, as any instability in multi-AMR collaboration could impact overall warehouse operations.
However, the success of the deployment was driven not by chance, but by strong collaboration between all parties involved. The customer team played a critical role throughout the process, providing continuous on-site support, repeatedly assisting with testing, adjusting the physical environment, and offering timely feedback on operational issues.
At the same time, Reeman's Field Application Engineer (FAE) team and R&D engineers worked in close coordination almost every day with the overseas site. Debugging cycles were carried out across time zones-daytime testing at the customer site and nighttime software optimization by the engineering team. Path planning was continuously refined, dispatch logic was improved, and real-world operational edge cases were systematically resolved one by one.
Through persistent iteration and close remote collaboration, the multi-AMR fleet ultimately achieved stable and reliable operation in a manufacturing facility in Sri Lanka. The system now runs smoothly in real production conditions, demonstrating full functionality in task scheduling, navigation, and multi-robot coordination without the need for on-site engineering presence.
This successful case not only validates the robustness of Reeman's intelligent dispatch and navigation system but also demonstrates a new possibility for global AMR deployment-remote, efficient, and scalable implementation across borders.
It represents a key step forward in reducing deployment barriers and accelerating the global adoption of autonomous mobile robot solutions in industrial environments.