Locus Array

Locus Array introduces a fundamentally new automation model built for an era of operational uncertainty. As the industry’s first Robots-to-Goods (R2G) solution, Locus Array combines AI-driven orchestration, advanced machine vision, AI based dexterous manipulation, and autonomous robotics to bring a vision-guided robotic arm directly to inventory stored in standard warehouse shelving. Rather than forcing facilities to conform to fixed automation, Locus Array operates within existing aisle layouts and dynamically adapts to changing order profiles, SKU mixes, and demand patterns. At the core of Locus Array is an intelligent perception system that continuously interprets its environment. AI-based vision technology identifies totes, validates SKU placement, and guides precise robotic handling in real time, while AI-based decision logic determines task sequencing, inventory interaction, optimal SKU slotting, and workflow prioritization. This enables Locus Array to autonomously execute induction, dropoff, sortation, picking, putaway, cycle counting, and slotting with zero human intervention. By eliminating more than 90 percent of manual touches and utilizing vertical storage up to 10 feet, Locus Array enables high-density, zero-touch fulfillment without introducing rigid infrastructure or fixed workstations. Its six-tote tower capacity allows flexible continuous operation without grid constraints, reducing congestion and removing common single points of failure associated with traditional Goods-to-Person systems. Deployed on the LocusONE™ platform, Locus Array operates as part of an AI-orchestrated robotic workforce alongside Locus Origin and Locus Vector. Through intelligent “Pick & Pass” workflows, tasks are dynamically assigned across robots based on real-time conditions, ensuring full SKU coverage and balanced throughput across the facility while achieving optimality of operations. Most importantly, Locus Array is designed to provide warehouse leaders with operational confidence. By combining perception, intelligence, and mobility, warehouses can absorb demand volatility, labor variability, and SKU complexity without re-engineering facilities or locking capital into inflexible systems. Capacity scales dynamically, workflows adjust continuously, throughput is tuned optimally, and performance remains predictable even as operating conditions change.