Ocado Intelligent Automation provides an integrated warehouse automation platform that combines high‑density cubic AS/RS, autonomous mobile robots, and AI‑driven pick arms, all coordinated by a unified Warehouse Execution Software. The system delivers scalable, real‑time task allocation, digital‑twin layout simulation, and open API integration for e‑commerce fulfillment centers, retailers, and third‑party logistics providers to increase throughput while reducing labor and error rates.
Funding
$36M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Warehouse operators face mounting pressure to process ever‑higher order volumes while contending with labor shortages, limited floor space, and fragmented manual workflows that drive up cost and error rates. Traditional automation solutions are often inflexible, requiring extensive retro‑fitting and offering limited scalability across diverse product mixes. These constraints hinder retailers, 3PLs, and manufacturers from achieving consistent throughput and rapid order‑to‑delivery cycles.
Solution
Ocado Intelligent Automation (OIA) delivers an integrated suite of proprietary warehouse automation platforms that combine high‑density storage, autonomous mobile robotics, and AI‑driven pick arms with a unified Warehouse Execution Software layer. The Ocado Storage & Retrieval System (OSRS) provides a cubic AS/RS grid capable of stacking bins up to 21 levels, delivering industry‑leading storage density and ultra‑fast pick‑to‑dispatch cycles. The Ocado Mobile Robot System (OMRS) deploys collaborative AMRs—Chuck carts and Porter pallet movers—managed by cloud‑based orchestration algorithms that optimize task allocation and path planning in real time. OCADEX robotic arms augment these systems with reinforcement‑learning and computer‑vision capabilities, enabling dexterous handling of individual eaches through cases. A digital‑twin simulation environment validates layout and workflow designs before build‑out, while continuous data analytics auto‑tune operations to sustain peak productivity and ROI. The modular architecture allows enterprises to scale from modest 50‑order‑per‑day sites to high‑throughput facilities handling over 150,000 orders daily, all under a single, self‑optimizing control platform.
Target Audience
Primary customers are enterprise‑scale e‑commerce fulfillment centers, omnichannel retailers, and third‑party logistics providers that require high‑throughput, flexible automation across product categories such as CPG, pharma, fashion, and industrial parts.
Features
- Cubic AS/RS (OSRS) with 21‑bin high‑rise storage, self‑sorting grid logic, and integrated pick‑station coordination
- System‑directed picking algorithms that dynamically allocate tasks based on real‑time demand and robot availability
- Autonomous Mobile Robots (OMRS)
- Chuck and Porter units with battery‑swap stations and cloud‑native fleet management
- OCADEX AI‑powered robotic arms employing reinforcement learning, computer vision, and behavioral cloning for adaptive item manipulation
- Warehouse Execution Software that orchestrates bin movement, robot traffic, and order sequencing across all hardware layers
- Digital‑twin modeling tool for layout simulation, validation, and performance forecasting prior to deployment
- Open API layer for seamless integration with ERP, WMS, and third‑party logistics platforms
- Real‑time analytics dashboard with KPI tracking, remote diagnostics, and predictive maintenance alerts