AI Usage at a Glance
Jan 1, 2024
ProductivityPractice documented: Locus Robotics offers System Directed Labor (SDL), a patent-pending AI agent within the LocusONE platform that tells human warehouse workers in real time which task to perform next, replacing the need for supervisors or workers to decide their own next steps. The feature is available to Locus warehouse customers.
Practice DocumentedView practice →Mar 12, 2024
Data AnalysisPractice documented: Locus Robotics deployed LocusHub (launched March 2024) and LocusINTELLIGENCE (announced March 2025) as AI-powered analytics tools within the LocusONE platform that analyze warehouse performance data and give managers predictions and recommendations about staffing, robot fleet sizing, order volumes, and workflow bottlenecks. These tools are available to all Locus Robotics customers.
Practice DocumentedView practice →Mar 13, 2024
Data AnalysisNew evidence: Locus Robotics launches business intelligence tool LocusHub
Evidence AddedView practice →Mar 10, 2025
Data AnalysisNew evidence: Locus Robotics Introduces LocusINTELLIGENCE, the Future of AI-Driven Warehouse Automation
Evidence AddedView practice →Mar 10, 2025
OtherPractice documented: Locus Robotics deployed AI-powered object detection and avoidance systems on its warehouse robots, enabling them to recognize and respond to real-time obstacles — such as forklifts, people, carts, and other robots — as they navigate warehouse floors. This capability is active on deployed Locus Origin, Vector, and Array robots.
Practice DocumentedView practice →Mar 10, 2025
ProductivityNew evidence: Locus Robotics Introduces LocusINTELLIGENCE, the Future of AI-Driven Warehouse Automation
Evidence AddedView practice →Apr 24, 2025
ProductivityPractice documented: Locus Robotics deployed LocusONE, an AI orchestration platform that coordinates fleets of autonomous mobile robots across warehouse operations in real time, dynamically assigning tasks to robots and workers based on live demand signals. The platform is active across more than 360 sites worldwide.
Practice DocumentedView practice →Feb 3, 2026
ProductivityNew evidence: Warehouse Agentic AI - Locus Robotics
Evidence AddedView practice →Feb 3, 2026
Data AnalysisNew evidence: Warehouse Dashboard & Monitoring | KPI Reporting Tools
Evidence AddedView practice →Feb 3, 2026
ProductivityNew evidence: Warehouse Agentic AI - Locus Robotics
Evidence AddedView practice →Apr 13, 2026
OtherPractice documented: Locus Robotics deployed Locus Array, a fully autonomous warehouse robot that uses AI-powered vision and a robotic arm to physically pick, stow, and replenish items in warehouse aisles without any human hand required. Early deployments began in 2026 with customers including DHL Supply Chain in North America.
Practice DocumentedView practice →May 3, 2026
OtherNew evidence: Locus Robotics launches Locus Array autonomous warehouse system with AI-driven fulfillment
Evidence AddedView practice →May 12, 2026
OtherNew evidence: Locus Robotics Brings the Robot to the Shelf With AI-Powered Array System
Evidence AddedView practice →Jun 1, 2026
ProductivityNew evidence: Automated Warehouse Robots | Warehouse Robotics Solutions
Evidence AddedView practice →Locus Robotics deployed AI-powered object detection and avoidance systems on its warehouse robots, enabling them to recognize and respond to real-time obstacles — such as forklifts, people, carts, and other robots — as they navigate warehouse floors. This capability is active on deployed Locus Origin, Vector, and Array robots.
Using machine learning applied to sensor and camera data, Locus robots can classify nearby objects by type and choose context-aware responses: for example, rerouting around a forklift blocking an aisle if the pick is not the final one, or waiting safely if it is. Locus describes this as a proprietary 'vision and obstacle-detection AI agent' system, developed through its LocusLABS R&D division. The company is also building vision foundation models specifically for warehouse environments, and is developing AI-based monocular vision and a visual SLAM mapping agent for future enhancements to navigation.
Locus Robotics offers System Directed Labor (SDL), a patent-pending AI agent within the LocusONE platform that tells human warehouse workers in real time which task to perform next, replacing the need for supervisors or workers to decide their own next steps. The feature is available to Locus warehouse customers.
SDL takes as input real-time warehouse conditions — including worker location, robot status, pending orders, and workflow priorities — and outputs task instructions delivered as on-screen prompts on robot-mounted or handheld interfaces, guiding each worker to their next optimal assignment. Locus describes SDL as coordinating people and robots simultaneously to balance the flow of work. A related patent filing under the name 'Autonomous Labor Intelligent Dynamic Assignment (ALIDA)' describes the underlying system as making real-time decisions based on staff credentials, proximity, qualifications, availability, and routing. Locus publicly states the feature reduces worker walking time and speeds onboarding.
Locus Robotics deployed LocusHub (launched March 2024) and LocusINTELLIGENCE (announced March 2025) as AI-powered analytics tools within the LocusONE platform that analyze warehouse performance data and give managers predictions and recommendations about staffing, robot fleet sizing, order volumes, and workflow bottlenecks. These tools are available to all Locus Robotics customers.
LocusHub uses machine learning and predictive analytics applied to real-time and historical robot fleet data — including pick rates, travel paths, and dwell times — to forecast future operational needs such as staffing requirements and order volume spikes, and to automatically flag workflow bottlenecks with suggested fixes. LocusINTELLIGENCE, announced in March 2025 as an advanced layer within LocusONE, adds dynamic task allocation, multi-robot coordination, and predictive maintenance insights. Both tools are delivered via cloud-based over-the-air updates. LocusHub was introduced at MODEX 2024 and made available to all existing Locus customers automatically.
Locus Robotics deployed AI-powered object detection and avoidance systems on its warehouse robots, enabling them to recognize and respond to real-time obstacles — such as forklifts, people, carts, and other robots — as they navigate warehouse floors. This capability is active on deployed Locus Origin, Vector, and Array robots.
Locus Robotics deployed Locus Array, a fully autonomous warehouse robot that uses AI-powered vision and a robotic arm to physically pick, stow, and replenish items in warehouse aisles without any human hand required. Early deployments began in 2026 with customers including DHL Supply Chain in North America.
Locus Robotics offers System Directed Labor (SDL), a patent-pending AI agent within the LocusONE platform that tells human warehouse workers in real time which task to perform next, replacing the need for supervisors or workers to decide their own next steps. The feature is available to Locus warehouse customers.
Locus Robotics deployed LocusONE, an AI orchestration platform that coordinates fleets of autonomous mobile robots across warehouse operations in real time, dynamically assigning tasks to robots and workers based on live demand signals. The platform is active across more than 360 sites worldwide.
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