EPG & Locus Robotics Announce Strategic Partnership

Why It Matters

By marrying Locus’s software‑driven robots with EPG’s WMS, shippers can accelerate order throughput while cutting labor intensity, speeding broader adoption of warehouse robotics across mid‑size and enterprise supply chains.

Key Takeaways

• EPG embeds Locus AMRs into its ONE WMS platform
• Integrated solution cuts walking distance, boosting pick speed
• Live demo at Boppard LSC showcases flexible scaling for clients
• Partnership expands EPG’s automation portfolio alongside AutoStore, Kardex
• Robots coordinate tasks via WMS, reducing employee workload

Pulse Analysis

Warehouse automation is moving beyond siloed hardware to tightly coupled software ecosystems. Autonomous mobile robots (AMRs) like those from Locus Robotics are gaining traction because they can be retrofitted into existing facilities without massive capital overhaul. Yet the true value emerges when these robots speak the same language as the warehouse management system, enabling real‑time task allocation, inventory visibility, and performance analytics. Industry analysts predict that integrated robot‑WMS platforms will drive a 15‑20% lift in order‑to‑ship speed over the next two years.

The EPG‑Locus partnership exemplifies this integration trend. By embedding Locus’s fulfillment software directly into EPG’s ONE WMS, the combined solution orchestrates robot routes, assigns pick tasks, and monitors backlogs from a single dashboard. In practice, the AMRs eliminate the longest walking distances for human pickers, trimming cycle times and reducing fatigue. The live showcase at EPG’s Logistics Solution Center lets prospective clients see how the system scales—from a handful of robots for a niche operation to a full‑fleet deployment supporting high‑volume e‑commerce fulfillment.

For the broader supply‑chain market, the collaboration signals a shift toward modular, plug‑and‑play automation. Companies can now evaluate entry‑level robot projects alongside proven storage technologies like AutoStore and Kardex, making data‑driven decisions about expansion stages. As more vendors adopt open APIs and standardized data models, the barrier to entry for sophisticated warehouse robotics will continue to fall, accelerating the industry’s move toward resilient, labor‑light fulfillment networks.