AMR integration is the process of connecting an autonomous mobile robot fleet to a facility's WMS or ERP, control systems, and physical workflows so robots receive tasks, navigate the floor, and hand off material automatically. A typical warehouse AMR integration covers fleet software configuration, WMS interfacing, safety compliance per ANSI/RIA R15.08, and commissioning.

Quick Facts

Scope. Fleet management software, WMS or ERP interface, charging infrastructure, traffic and layout planning, and operator training.

Governing standard. ANSI/RIA R15.08 Part 1 (2020) covers the robot. Part 2 (2023) covers site integration and is written for system integrators.

Interoperability. VDA 5050 standardizes communication between mixed AMR fleets and master control systems.

No fixed paths. AMRs navigate by sensors and onboard maps, so no guide wire, rail, or floor magnets are installed.

Timeline. Geek+ P-series deployments commonly complete in 2 to 3 months (manufacturer claim).

How does AMR integration work?

AMR integration runs in three layers. The physical layer covers floor space, charging stations, and pick and drop points. Because AMRs navigate by LiDAR, cameras, and onboard maps, guide wires and floor magnets are not required. The control layer is fleet management software that assigns tasks, manages robot traffic, and schedules charging. The data layer connects that fleet software to your WMS, WES, or ERP through an API, so orders flow down and status flows back automatically. Where robots meet fixed equipment, conveyor transfer points, automatic doors, or freight elevators, PLC handshakes tie the fleet into the rest of the floor.

Where AMR Integration Fits

Goods-to-person picking. P-series robots carry shelves or pallets to stationary pick stations.

Lineside replenishment. Scheduled material delivery to manufacturing and assembly cells.

Dock-to-stock transport. Putaway moves from receiving to storage without forklift trips.

E-commerce and 3PL fulfillment. Multi-tenant operations with fluctuating order profiles.

Zone-to-zone transfer. Recurring moves between pick modules, packing, and shipping.

What problems does AMR integration solve?

Walking time is typically the largest share of manual picking labor, and an integrated AMR fleet removes it by bringing inventory to stationary workstations. Geek+ reports 50 to 70 percent manual labor reduction and 99.99 percent picking accuracy on integrated P-series systems. Because capacity scales by adding robots rather than rebuilding fixed infrastructure, an integrated fleet absorbs peak volume without construction.

Do AMRs work with an existing WMS?

Yes. The fleet management layer sits between your WMS and the robots, so the WMS keeps order ownership while fleet software handles robot assignment, routing, and charging. HOJ commissions AMR fleets against existing WMS platforms or WarehouseOS, and a phased AMR deployment lets one zone go live while the rest of the building runs unchanged.

Start Your AMR Integration Project

HOJ has engineered material handling systems since 1964 and integrates Geek+ AMR fleets with in-house controls engineering, UL 508A panel fabrication, and commissioning from one Salt Lake City team. Talk to an automation engineer today.