Top 50 Warehouse Automation - Late Stage

GreyOrange develops artificial intelligence-driven software and mobile robots specifically designed for warehouse automation. Their technology enhances inventory management and order fulfillment efficiency, addressing labor shortages and increasing operational throughput in the warehousing industry.

Exotec provides a warehouse automation solution featuring the Skypod system, which utilizes a fleet of collaborative mobile robots to enhance order preparation efficiency. This technology optimizes space utilization and productivity, addressing the challenges of slow order fulfillment and limited storage capacity in modern warehouses.

Addverb develops modular software and intelligent robots for warehouse automation, enhancing material movement, storage, and order fulfillment processes. Their solutions address inefficiencies in intralogistics operations, enabling clients to optimize inventory management and reduce handling costs.

The startup develops AI-driven mobile robots that automate order fulfillment tasks such as picking, consolidation, and dispatch in warehouse environments. By enabling rapid deployment of automation solutions, the technology reduces labor requirements and enhances operational efficiency for warehouses of all sizes.

Dexterity develops AI-powered robotic systems for logistics and warehouse automation, enabling real-time palletization, depalletization, and parcel induction without the need for software integration. Their technology addresses labor shortages and operational inefficiencies by streamlining workflows and enhancing safety in high-volume environments.

Mytra develops software-defined warehouse robotics that automate material handling tasks using a modular system of bots, AI software, and durable steel cells. This technology increases operational efficiency by enabling flexible inventory movement and optimizing storage density, achieving 99.999% system uptime and doubling throughput compared to traditional methods.

Hai Robotics provides autonomous mobile robots and a cloud‑native Warehouse Execution System that automate case handling, pallet picking, and item retrieval in multi‑level warehouses. The robots use lidar‑SLAM and vision‑guided navigation, support up to 300 kg payloads, and integrate via REST/OPC UA APIs with existing WMS/ERP systems to increase storage density, speed order fulfillment, and reduce labor costs.

Geek+ provides autonomous mobile robots and a unified software platform that automate shelf‑to‑person, tote‑to‑person, pallet‑to‑person and sorting workflows in warehouses and distribution centers. Its robots use laser SLAM, QR‑code navigation and AI perception, while the WES/RMS/IOP suite manages fleet scheduling, task allocation and ERP/WMS integration to increase throughput and storage density.

Covariant develops a universal AI robotics platform that enables warehouse robots to autonomously identify and pick a wide range of SKUs from day one, utilizing the largest multimodal robotics dataset for training. This technology addresses labor shortages and fluctuating demand in warehouse operations by providing scalable automation solutions.

Attabotics offers a modular robotic warehousing system that utilizes three-dimensional automated storage and retrieval technology to optimize space and efficiency in fulfillment operations. By reducing warehouse footprint by up to 85% and labor costs by 75%, the platform enables faster delivery times and lowers capital expenditures for businesses.

Fox Robotics manufactures the FoxBot, an autonomous trailer loader/unloader that utilizes robotics and machine learning to automate the loading and unloading of trailers at a rate of 25 pallets per hour. This technology reduces labor costs by over 40% and allows a single operator to manage multiple FoxBots, addressing labor shortages and enhancing operational efficiency in warehouse environments.

Third Wave Automation develops a Shared Autonomy Platform that combines cloud robotics and machine learning to enhance material handling with autonomous forklifts. This technology addresses labor shortages in warehousing by enabling one operator to manage multiple autonomous units, resulting in significant cost reductions and improved safety.

Nimble Robotics utilizes AI-powered robots to automate the picking, packing, and sorting processes in e-commerce fulfillment, enabling high-throughput operations with real-time inventory visibility. This technology addresses labor shortages and inefficiencies in traditional warehousing, allowing businesses to achieve significant cost savings and rapid order fulfillment across a national network of robotic fulfillment centers.

<problem> Logistics and manufacturing facilities face challenges in automating material handling and assembly processes due to the complexity and variability of tasks. Traditional automation solutions often lack the adaptability to handle diverse objects and unstructured environments, leading to inefficiencies and increased labor costs. </problem> <solution> XYZ Robotics offers AI-powered robotic perception and manipulation systems designed to automate complex tasks in logistics and manufacturing. Their technology enables robots to understand and interact with their environment, allowing for the efficient handling of a wide range of objects and materials. By leveraging advanced AI algorithms, XYZ Robotics' solutions enhance operational efficiency, reduce labor costs, and minimize errors in material handling and assembly processes. The systems are designed to adapt to changing environments and handle unstructured tasks, providing a flexible and scalable automation solution. </solution> <features> - AI-driven perception system for object recognition, localization, and pose estimation - Advanced motion planning and control algorithms for precise and efficient manipulation - Modular robotic hardware platform adaptable to various tasks and environments - Real-time data analytics and reporting for performance monitoring and optimization - Integration with existing warehouse management systems (WMS) and manufacturing execution systems (MES) - User-friendly interface for robot programming and task management </features> <target_audience> The primary target audience includes logistics companies, manufacturers, and distribution centers seeking to automate material handling and assembly processes to improve efficiency and reduce costs. </target_audience>

inVia Robotics provides a Robots-as-a-Service solution that integrates autonomous mobile robots and AI-powered Warehouse Execution System software to enhance warehouse productivity. Their technology enables e-commerce distribution centers to achieve up to 5x productivity increases while minimizing labor costs and utilizing existing infrastructure.

VIMAAN provides AI-driven computer vision solutions that enhance inventory tracking in warehouses by automating cycle counting, order validation, and real-time inventory visibility. This technology significantly reduces labor costs and improves inventory accuracy, enabling warehouses to achieve nearly instant ROI and minimize mis-shipments.

Locus Robotics develops autonomous mobile robots (AMRs) equipped with AI-driven navigation and task interleaving capabilities to enhance warehouse operations. Their technology increases productivity by 2-3 times and reduces labor costs by up to 50%, addressing inefficiencies in e-commerce fulfillment processes.

VisionNav Robotics develops autonomous industrial vehicles and intralogistics automation solutions utilizing deep learning and environmental perception technologies to enhance material handling efficiency. The company addresses inefficiencies in logistics operations by providing automated systems for tasks such as truck loading, goods stacking, and high-bay racking, resulting in a 30% increase in operational efficiency and a rapid deployment timeline.

The startup develops a parcel-handling robotics platform that integrates a human-in-the-loop oversight feature for real-time intervention and error correction. This technology enhances reliability and minimizes downtime, enabling logistics and e-commerce businesses to optimize their warehousing operations and improve overall efficiency.

Pickle Robot develops AI-enabled robotic systems that autonomously unload non-palletized goods from trailers and containers, significantly reducing the physical strain on workers. By achieving unloading times as fast as 90 minutes, the technology enhances operational efficiency and improves workplace safety in demanding logistics environments.

Fulfil provides a fully automated pick-and-pack system for online grocery fulfillment, utilizing ShopBot™ robots to handle all product categories and temperature zones with 99% order accuracy. This technology reduces operating costs by 50% while ensuring same-day delivery and precise inventory control, addressing inefficiencies in traditional grocery logistics.

RightHand Robotics provides an autonomous robotic piece-picking system, the RightPick™, which utilizes machine learning and proprietary hardware to efficiently handle a wide range of SKUs in e-commerce and other industries. This technology addresses the high costs and complexities of order fulfillment by enabling reliable, 24/7 operation with fast cycle times and easy integration into existing workflows.

Outrider automates logistics hub operations through an integrated system of management software, autonomous electric vehicles, and site infrastructure. This technology enhances efficiency by reducing manual tasks, improves safety by minimizing on-site hazards, and lowers carbon emissions associated with traditional diesel yard trucks.

OSARO provides robotic piece-picking solutions that utilize its proprietary SightWorks™ perception and control software, enabling precise handling of diverse SKUs in e-commerce environments. The technology addresses challenges such as high SKU inventories and fragile items, enhancing operational efficiency and safety while minimizing capital expenditure through flexible pricing models like Robot-as-a-Service.

Fabric provides automated fulfillment solutions through a network of micro-fulfillment centers designed specifically for grocery and health & beauty products, utilizing proprietary robotics and end-to-end software to optimize inventory management and order accuracy. This technology enables retailers to achieve same-day delivery while maintaining profitable unit economics and reducing last-mile costs.

Bear Robotics develops AI-powered delivery robots designed for indoor environments, enabling efficient navigation in tight spaces and on various surfaces. These robots assist employees by automating routine tasks, thereby reducing workload and enhancing operational efficiency in sectors such as hospitality and warehousing.

Rapid Robotics offers robotic palletizing solutions that utilize generative AI and 3D vision to adaptively learn and execute pick-and-place tasks in under two minutes. Their technology addresses the challenges of high-mix operations in manufacturing and logistics by providing compact, reliable systems that significantly reduce machine footprint while ensuring consistent performance.

Telexistence develops remote-controlled and AI-driven robots specifically designed for the retail sector, utilizing advanced robotic arms for precise product handling. These robots address labor shortages and enhance operational efficiency by enabling remote management of inventory and customer interactions.

Provides fully autonomous yard truck solutions that use AI-driven systems to navigate and operate in dynamic, industrial environments. These trucks improve supply chain efficiency by reducing wait times, increasing throughput, and ensuring safe coordination between vehicles and personnel without disrupting existing operations.

Ambi Robotics develops AI-powered robotic systems for small parcel sorting, utilizing modular induction and sorting technology to enhance operational efficiency in e-commerce logistics. Their solutions achieve over 99% sorting accuracy and can process more than 500 parcels per hour, significantly reducing sorting costs and improving throughput.

This startup develops an automated grocery fulfillment system that utilizes robots in micro fulfillment centers to efficiently pick and pack orders. By streamlining the order process, the platform enables retailers to reduce last-mile delivery costs and improve access to affordable, nutritious food for consumers.

Blue Ocean Robot provides intelligent logistics and management systems that utilize real-time data analytics and automation to optimize supply chain operations. The company addresses inefficiencies in inventory management and order fulfillment, enabling businesses to reduce operational costs and improve delivery times.

Formic provides robotic automation solutions specifically for food, beverage, chemical, and consumer packaged goods companies, offering month-to-month rentals of fully supported palletizing systems. By eliminating upfront capital expenditures and providing 24/7 technical support and maintenance, Formic enables manufacturers to transition from manual processes to efficient automation without financial risk.

RexR provides AI-based modular robotic systems for CPG factory automation, focusing on packaging, pick and place, and visual inspection. Their solutions integrate seamlessly into existing production lines, leveraging Pack ML standards to improve agility, accuracy, and efficiency while meeting food safety requirements.

Agility Robotics manufactures humanoid robots, specifically Digit, which integrates into material handling workflows to enhance operational efficiency in various industries. By automating labor-intensive tasks, Digit provides businesses with a cost-effective solution to workforce shortages and productivity challenges.

Augie is an AI‑driven platform that automates end‑to‑end freight operations for shippers, brokers, and carriers by executing SOPs across email, Slack, Teams, SMS, and voice calls. It integrates directly with legacy TMS, CRM, and load‑board systems via API or UI automation, extracts unstructured data into a searchable knowledge base, and delivers results through a secure dashboard and API. The automation reduces manual data entry, accelerates quoting and invoicing, and provides real‑time performance analytics.

Standard Robots develops Autonomous Mobile Robots (AMRs) equipped with laser SLAM navigation for efficient material handling in industrial logistics. Their solutions enhance flexibility and productivity in environments like semiconductor manufacturing and automotive assembly, addressing the challenges of manual transport and optimizing workflow.

Stord is an e-commerce enablement platform that integrates order management and warehouse management systems to optimize fulfillment and last-mile delivery for brands. By providing real-time inventory tracking and automated order routing, Stord reduces shipping costs by 15-20% and improves delivery speed, achieving 99% coverage in under two days.

Hive provides an integrated logistics platform that automates order fulfillment, inventory management, and returns processing for small and medium-sized online merchants. By streamlining e-commerce operations and enabling next-day shipping, Hive addresses the challenges of slow delivery times and complex logistics, allowing brands to scale efficiently across multiple channels.

NEURA Robotics provides a cognitive robotics platform that combines modular robot families and a production‑ready humanoid equipped with the AURA AI stack for real‑time perception, motion planning, and learning. The platform enables autonomous, collaborative automation across tasks such as machine tending, welding, palletizing, and inspection, with cloud‑hosted AI updates and plug‑and‑play sensing modules. It targets mid‑to‑large manufacturers and logistics operators seeking flexible, safe human‑robot collaboration.

Eppo is an experimentation and feature management platform that utilizes a warehouse-native architecture to automate A/B testing and analysis, ensuring data integrity and reducing analysis cycles to zero. By providing feature flags and out-of-the-box reporting, Eppo enables organizations to implement a culture of experimentation, enhancing decision-making and minimizing the risk of false positives.

Scandit provides an AI‑driven Smart Data Capture Platform that adds barcode, ID and shelf‑intelligence scanning to any mobile or web application via cross‑platform SDKs or a no‑code Express app. The solution runs on standard smartphones, tablets and wearables, delivering real‑time image processing, authenticity validation and cloud‑based analytics to automate frontline workflows for retail, logistics, healthcare and travel enterprises. It includes enterprise‑grade security, high accuracy and integration hooks for ERP, WMS and CRM systems.

GXO Logistics provides technology-enabled logistics solutions that utilize machine learning, data science, and predictive analytics to optimize supply chain operations. By automating processes and enhancing inventory management, the company helps businesses reduce operational costs and improve efficiency across various industries.

Flexe provides a cloud‑based platform that links enterprises to a network of over 800 warehouse operators across the United States and Canada, allowing on‑demand scaling of storage and fulfillment capacity. The system integrates with WMS, OMS and IMS via API, EDI or XML and delivers real‑time order routing, inventory visibility, and analytics while using a pay‑as‑you‑go pricing model to avoid capital expenditures and long‑term contracts. A dedicated logistics analyst control‑tower monitors performance and ensures service‑level compliance across the flexible network.

Groyyo is a B2B manufacturing and automation startup that utilizes advanced robotics and IoT technology to enhance production efficiency and reduce operational costs for manufacturers. The platform addresses inefficiencies in supply chain management by providing real-time data analytics and automation solutions, enabling businesses to optimize their manufacturing processes.

Provides a logistics platform that uses AI-driven data extraction and integration to centralize and standardize fragmented supply chain and financial data. It automates 99% of freight and parcel audits, carrier payments, and accounts payable/receivable processes, reducing manual workload, improving cost visibility, and unlocking significant transportation savings for shippers and 3PLs.

Conexiom utilizes AI to convert emailed sales orders and invoices into digital transactions with 100% accuracy, eliminating manual data entry errors. This automation enhances order fulfillment speed, allowing businesses to process orders in under two minutes and significantly improve on-time delivery rates.

Waresix is a logistics platform that integrates trucking, warehousing, and land transportation services across Indonesia's 17,000 islands, utilizing a proprietary Operating System to enhance supply chain visibility and operational efficiency. The platform addresses inefficiencies in logistics management by providing real-time data and automated processes, enabling businesses to optimize their shipping and delivery operations.

Agile Robots develops intelligent robotic systems that integrate advanced machine learning and sensor technologies for automation in various industries. Their solutions enhance operational efficiency by enabling precise task execution and reducing labor costs in environments that require repetitive or complex manual processes.

Shelf Engine provides an automated prediction engine that utilizes daily sales data and real-world factors to generate optimal orders for perishable goods, minimizing waste and stockouts. This technology enhances grocery supply chain efficiency, reduces shrink, and increases sales by ensuring that fresh items are accurately ordered and readily available.