ResourcesFrequently Asked Questions

Locus Robotics provides warehouse automation solutions that combine intelligent robots, AI-driven orchestration, and workflow optimization. The platform helps fulfillment operations increase throughput, improve productivity, and adapt quickly to changing business demands.

Locus Robotics delivers a Flexibility-First Automation platform that combines autonomous robots, AI-driven orchestration, and workflow optimization in a single solution. Unlike fixed automation, it deploys in existing facilities with minimal disruption and is available through a Robots-as-a-Service (RaaS) subscription model.

Locus Robotics automates a wide range of warehouse workflows, including picking, replenishment, putaway, transport, sorting, and pallet movement. Using LocusONE™ orchestration, organizations can deploy the right automation solution for each workflow while managing operations through a single platform.

LocusONE™ is the intelligent software platform that powers Locus Robotics' automation solutions. It integrates with warehouse systems, manages robot fleets, provides real-time operational visibility, and helps optimize fulfillment performance across warehouse workflows.

Robots-as-a-Service (RaaS) is a subscription-based automation model that lets warehouses deploy autonomous mobile robots without large upfront capital investments. Instead of purchasing equipment outright, companies pay an operational expense that includes robot technology, software, support, and ongoing system updates.

Locus Robotics solutions can typically be deployed in weeks rather than months or years. The platform works within existing warehouse environments, requires minimal infrastructure changes, and integrates with major warehouse management systems through pre-built connectors to accelerate implementation.

Yes. LocusONE™ integrates with leading warehouse management, execution, and control systems through standard APIs. This allows organizations to add warehouse automation and robot orchestration capabilities while continuing to use their existing software infrastructure.

Yes. LocusONE™ can orchestrate mixed fleets of Locus Robotics robots from a single platform. The system dynamically assigns tasks, balances workloads, and coordinates robot activities in real time to optimize performance across multiple workflows and operational requirements.

LocusINTELLIGENCE™ uses operational data and AI-driven analytics to improve warehouse performance. It helps forecast demand, optimize robot deployment, reduce unnecessary travel, and identify opportunities to increase throughput, improve labor efficiency, and lower fulfillment costs.

Yes. Security is built into the Locus Robotics platform through enterprise-grade access controls, encrypted communications, continuous monitoring, and dedicated support. These measures help protect operational data, maintain system reliability, and support secure warehouse automation deployments.

Locus Robotics supports fulfillment operations across industries including retail, e-commerce, third-party logistics (3PL), healthcare, industrial, and specialty distribution. The platform is designed to adapt to different order profiles, inventory characteristics, and operational requirements.

Yes. The Locus Robotics platform is designed to scale as demand changes. Organizations can add robots, expand workflows, and increase capacity during seasonal peaks without major infrastructure changes, helping operations maintain productivity during periods of high volume.

Locus Robotics is designed to help warehouse associates work more efficiently by reducing travel and automating repetitive tasks. Robots and people work together, allowing employees to focus on higher-value activities while improving productivity, accuracy, and workplace ergonomics.

A warehouse orchestration platform coordinates robots, software systems, people, and workflows from a central control layer. LocusONE™ uses AI-driven orchestration to optimize task execution, balance resources, and improve operational performance across the warehouse.