HaiQ groups orders, prioritizes tote moves, optimizes storage slots and robot paths.
Space-constrained warehouses must carry more SKUs while meeting short order cutoffs and variable daily demand. Manual travel between tall racks and workstations slows each pick and adds handling. Fixed automation can demand major building changes, leaving operators with a gap between needed density and practical deployment. Missed cutoffs delay shipments, consume floor space, and make peak staffing harder to control.
Compact Tote ASRS Fulfillment uses rack-climbing robots, narrow aisles, workstations, and HaiQ orchestration to store and retrieve totes. Operators receive sequenced inventory at the workstation while the software assigns robot paths and order priorities, closing the gap between dense storage and practical deployment. Real-time status shows queues, robot health, and station demand so supervisors can adjust workflows before order delays accumulate.
Warehouse orders enter HaiQ from the local warehouse software. HaiQ maps each requested SKU to its tote location, groups compatible work, and assigns a nearby HaiClimber over facility Wi-Fi. The robot travels beneath the rack, climbs to the target level, extracts the tote, and carries it to the configured workstation. Operators follow screen-directed picks or handle full cases, while HaiQ monitors queues, robot health, storage positions, and order progress before returning inventory to an optimized location.
Vendor documentation: vendor website
Evidence level: L1 · Vendor-stated: how evidence levels work
Denser Storage: Narrow aisles and vertical racking place more tote inventory in the existing footprint.
Faster Fulfillment: Automated retrieval reduces walking and shortens the path from storage to picking.
Easier Expansion: Modular equipment lets capacity grow with order volume and SKU count.
Lower Handling: Goods arrive at workstations, reducing repeated lifting and manual tote movement.
Mobile robots travel below and within racks to reach totes across vertical storage.
HaiQ groups compatible orders and prioritizes work as warehouse demand changes.
Frequently requested inventory is positioned closer to workstations for quicker access.
Piece-pick, full-case, tray, and conveyor interfaces support different workflows.
Task assignments and paths adapt to robot location, workload, and active queues.
Operators can add robots, racks, or stations without replacing the core system.
Ask the AI Solution Architect: compare this solution against alternatives, check connectivity for your region, and get integration guidance. Included with IoT Apps Enterprise.
Fit, availability or a detail on this page. Goes straight to Hai Robotics, no RFP needed.
HaiQ sequences storage and retrieval tasks, batches container moves, balances traffic.
HaiQ balances high-bay retrieval, fast transit, charging, transfer queues.
HaiQ classifies material tasks, schedules compatible robots, balances aisle traffic.
Howen VSS presents live location and video, evaluates driver behavior.
Eco-Visio validates and visualizes recurring volumes by location, direction.
Presents live and historical fleet state, calculates cost and utilization indicators.
Aggregated braking, speeding and distraction data from opt-in phones and devices lets transportation agencies map risky…
Live headcounts, zone allocation, and hours-based billing for contract workforces at ports, airports, and terminals, with…
