Dense Storage
AutoStore consists of a grid system where bins are stacked directly on each other, compared to other systems that require aisles or racks, which take up more space.
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Benefits of AutoStore
AutoStore is an innovative storage and order fulfillment system capable of reducing storage footprint by 75%. AutoStore eliminates walkways and shelving and utilizes the highest density ratio cube storage of any goods-to-person system.
Number-identified bins are stacked high and compactly in an aluminum cubic grid system that can be built around columns or pillars to accommodate user access. AutoStore delivers ultra-dense scalable storage solutions to warehouses utilizing unit or single-order picking.
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E-commerce Boom: The growth of e-commerce and the need for faster fulfillment has made automation solutions like AutoStore attractive to many companies.
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Space Optimization: Warehouses, especially in urban or densely populated areas, seek to maximize space utilization due to high real estate costs. AutoStore’s high-density storage is a solution to this challenge.
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Labor Challenges: With ongoing labor shortages and challenges in warehouse staffing, automated solutions can help bridge the gap and reduce reliance on manual labor.
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Operational Efficiency: Automated solutions provide consistent performance and can operate around the clock, making them an attractive option for companies looking to boost efficiency.
Accelerate Picking and Replenishment with AutoStore Robots
Autostore’s automated storage and retrieval system can optimize many warehouse processes.
Goods-to-Person (GTP) Picking: This is the primary method facilitated by AutoStore. Instead of workers traveling to pick items, the AutoStore robots bring the bins containing the required items directly to the picking station. The worker remains stationary, picking items from bins and processing orders. This method dramatically reduces the travel time traditionally associated with manual picking.
- Batch Picking: Batch picking can be efficiently executed with the GTP method. Multiple orders are grouped based on specific criteria (e.g., items stored in the same bin or proximity), and items for these orders are picked in one pass. After picking, the items are then sorted and packed for individual orders.
- Wave Picking: Wave picking is similar to batch picking but is often organized around specific dispatch times or shipment methods. AutoStore’s software can optimize wave picks by coordinating the robots to retrieve bins in an efficient sequence.
- Piece Picking: Given its high-density storage, AutoStore is effective for operations that handle small to medium-sized items and require piece picking. Individual items are selected from a bin to fulfill specific order quantities.
- Replenishment Picking: AutoStore can also facilitate efficient replenishment picking for operations that restock retail locations or other forward-pick areas. Bins are delivered to the workstation, where items are picked in bulk and prepared for restocking.
- Returns Processing: The efficiency of the AutoStore system can be leveraged for processing returns. Returned items can be checked and then quickly returned to their respective bins by the robots.
- Micro-Fulfillment: Fast order fulfillment is crucial in eCommerce to meet customer expectations. AutoStore installation enables you to be near your customers and efficiently fulfill orders while providing a customer-centric store experience.
Unlock Intelligent Fulfillment with AutoStore’s CubeVerse™
CubeVerse™ is an AI-driven orchestration layer, purpose-built to optimize multi-order picking and elevate the performance of automated warehouse environments. When deployed alongside KPI Solutions’ Opto™ WES, CubeVerse extends execution capabilities with advanced intelligence—enabling real-time, data-driven decisioning across the fulfillment lifecycle.
Designed for operations leaders and executive teams navigating order complexity, labor constraints, and throughput demands, CubeVerse works across your existing ecosystem. Integrate seamlessly with leading automation technologies—including AutoStore, AMRs, goods-to-person systems, and conveyor—coordinating workflows to maximize system efficiency without requiring infrastructure changes.
By continuously analyzing order profiles, inventory availability, and system capacity, CubeVerse dynamically adapts fulfillment strategies in real time—improving throughput, reducing labor dependency, and driving consistent performance across both steady-state and peak operations.
- AI-powered orchestration layered with Opto WES execution
- Increased throughput across automated and hybrid environments
- Real-time optimization of multi-order picking strategies
- Scalable integration with leading warehouse automation partners
Ready to unlock the next level of fulfillment performance? Contact us to learn how CubeVerse, powered by Opto WES, can transform your operation.
Additional Benefits of AutoStore
Robotic Retrieval
Robots run on the top of the grid and pick and store bins. They can lift the top bin or dig down to get bins from lower in the stack.
Scalability
The system is scalable: as the business grows, more bins, robots, and grid modules can be added.
Modular Design
The system can be adapted to fit various warehouse shapes and sizes, providing flexibility for businesses with unique requirements.
Fast Order Fulfillment
Robots can retrieve items quickly and bring them to a designated port where employees can pick them up for shipment, increasing the speed of order fulfillment.
Software Integration
AutoStore systems come with software that integrates with various Warehouse Management Systems (WMS) to optimize inventory management, order processing, and robotic tasks.
Supply Chain Simulation & Evaluation
Using simulation to identify potential issues and inefficiencies in the proposed automation before it is actually implemented to reduce the risk of costly mistakes or unexpected expenses during implementation.
Line-level details of delivery activity
Wave planning
Sortation slug size
Velocity, acceleration, deceleration
Equipment downtime rates
Mean time to repair downtime
Operating schedule
Zoning profiles
Product slotting