Autonomous delivery robots are at the forefront of logistics innovation, driving unprecedented efficiency gains and cost reductions.
Amazon’s deployment of Kiva robots has transformed warehouse operations, optimizing inventory management and order fulfillment.
Starship Technologies’ robots are redefining urban last-mile deliveries, navigating complex environments with precision. Meanwhile, FedEx is leveraging autonomous tugs to revolutionize airport logistics.
Here’s a look at some of the top companies pioneering this transformative technology:
#1 Walmart Apollo, LLC
Headquarters: Bentonville, Arkansas, USA
Walmart Apollo, LLC is a subsidiary of Walmart Inc., focusing on retail innovations and advanced technology solutions for supply chain and logistics. The company leverages cutting-edge technology to enhance efficiency and customer satisfaction.
Key Patents in Autonomous Delivery Robots
Mobile Robots for Automated Warehouses (US11866256B2)
Mobile robots that can climb vertical racks without jamming or binding. The robots use compliant pinion drives to prevent jamming, ensuring smooth vertical travel.
Optimizing Delivery Methods (US20240062143A1)
A system for optimizing the delivery of products using UAVs and AGVs. It provides users with multiple delivery options based on factors like cost, weight, and distance.
Automated Delivery Options (US20190019143A1)
An automated system that offers multiple delivery methods, including traditional services, drones, and ground robots. It calculates opportunity costs and optimizes delivery options.
Optimized Delivery System (US11348057B2)
A system that uses UAVs and AGVs for optimized delivery, providing users with multiple options and total cost calculations, including opportunity costs.
Autonomous Fulfillment System (US20190119041A1)
A system where a central computing system coordinates autonomous robots to retrieve objects, capturing live video for visual verification and replacing items if necessary.
Robotic Item Retrieval (US10494180B2)
An autonomous fulfillment system using robots to retrieve items and transmit live video feeds to a central system for visual confirmation before dispatching replacement items.
Cost-Effective Delivery Comparison (US20220300897A1)
A system that provides a true total cost comparison for multiple delivery options, using UAVs and AGVs, optimizing delivery based on item weight/size and user behavior.
Robotic Delivery System (US20230196266A1)
A robotic delivery system deployed through a server, dispatch module, and robotic delivery vehicle, optimizing the delivery process.
#2 STARSHIP TECHNOLOGIES OÜ
Headquarters: San Francisco, California, USA
Starship Technologies is a leader in developing autonomous delivery robots designed for efficient, last-mile delivery. The company focuses on creating robots that can navigate various environments and optimize delivery processes.
Key Patents in Autonomous Delivery Robots
Optimizing Delivery Robots (US20210256465A1)
A method for dynamically assigning the best robot for each delivery based on factors like delivery location, subsequent stops, and robot capabilities.
Autonomous Delivery System (US11164273B2)
An autonomous delivery system for outdoor environments, where robots communicate with a server and hubs, enabling dynamic routing and autonomous delivery handover.
Delivery Robot System for Unstructured Environments (US20220028023A1)
A system with a fleet of autonomous delivery robots navigating unstructured environments using sensors and maps, enabling package delivery from hubs to recipients without traditional infrastructure.
Reducing Localization Errors (US11579623B2)
A method for reducing errors in the localization process by combining information from multiple locations and using multiple cameras to generate accurate map data.
Mobile Vending Robot (US20230023807A1)
A mobile robot designed for vending consumable items, equipped with sensors and a space for supporting and detecting consumable items.
Optimizing Goods Delivery (US20220366357A1)
A method using mobile vehicles to carry robots to delivery locations, optimizing delivery density by releasing robots to make deliveries and then collecting them.
Traversing Vertical Obstacles (US10239378B2)
A mobile robot capable of traversing vertical obstacles like curbstones, using a frame with adjustable wheels to navigate these obstacles without complex climbing mechanisms.
#3 Ford Global Technologies, LLC
Headquarters: Dearborn, Michigan, USA
Ford Global Technologies, LLC, a subsidiary of Ford Motor Company, focuses on innovative automotive and mobility solutions, including autonomous delivery systems.
Key Patents in Autonomous Delivery Robots
Navigation Assistance for Delivery Robots (US20200249698A1)
Using autonomous vehicles to provide navigation assistance to delivery robots, generating route maps and transmitting navigation instructions to help robots navigate obstacles.
Advanced Navigation Assistance (US11099580B2)
Enhancing delivery robot navigation by using autonomous vehicles to generate and transmit route maps, allowing less sophisticated robots to benefit from advanced navigation capabilities.
Crowd-Sourced Route Data (US11754414B2)
Generating travel route information for delivery robots using crowd-sourced data from video, images, or oral instructions, allowing robots to navigate without pre-mapping or specialized robots.
Modular Robots for Last-Mile Delivery (US20230173694A1)
Autonomous modular robots with separate base and top modules for optimal distribution of components, allowing efficient last-mile delivery with reusable containers and recyclable boxes.
Curbside Parking Optimization (US20220230109A1)
A system using delivery robots to free up curb space by dropping off packages and leaving the vehicle, leveraging real-time parking information to find optimal drop-off spots.
Indoor Navigation Handover (US20240111291A1)
Enabling robots to navigate indoor environments by partially handing over control to a building’s infrastructure, allowing the robot to handle indoor challenges.
Extending Sensing Capabilities (US20220253059A1)
A robotic delivery system that uses an autonomous vehicle to extend the sensing capabilities of a delivery robot, enhancing mapping and navigation in complex environments.
#4 AI Incorporated
Headquarters: New York, New York, USA
AI Incorporated focuses on developing versatile and collaborative robotic delivery systems, enhancing logistics and delivery efficiency through advanced autonomous technologies.
Key Patents in Autonomous Delivery Robots
Collaborative Delivery Fleet (US11772717B1)
A fleet of autonomous mobile robotic devices for versatile and collaborative delivery of items and people, with customizable chassis and central control system for optimized routes and task allocation.
Autonomous Delivery Robot (US11099562B1)
An autonomous delivery robot that carries and transports items within environments like buildings and neighborhoods, equipped with sensors, cameras, and navigation capabilities.
Mobile Robotic Device (US11214437B1)
A mobile robotic device that autonomously carries and transports items, featuring a chassis with wheels, a motor, suspension system, rechargeable battery, control system, processor, and sensors.
Versatile Robotic Chassis (US11815894B1)
A versatile autonomous mobile robotic chassis with a modular design and interchangeable payload modules, allowing for customizable functions and collaborative execution with other robotic devices.
#5 LG Electronics Inc.
Headquarters: Seoul, South Korea
LG Electronics Inc. is a global leader in electronics and home appliances, also focusing on advanced robotics and autonomous delivery solutions.
Key Patents in Autonomous Delivery Robots
Quick Search Driving System (US20230069625A1)
A delivery system that allows for quick search driving to an address using destination information, enabling efficient navigation and path generation within buildings.
Autonomous Navigation Through Revolving Doors (US11966226B2)
A delivery robot that can autonomously pass through revolving doors without communication, using sensors to detect and plan entry/exit paths based on door state.
Efficient Article Loading and Delivery (US11584286B2)
A robotic delivery system with a rotating loading module for efficient packing and unpacking, coordinating the delivery of articles to multiple destinations.
Optimized Route Planning (US11953335B2)
A robot delivery system that optimizes route planning based on article weights to minimize power consumption, enhancing the efficiency of multiple package deliveries.
#6 Amazon Technologies, Inc.
Headquarters: Seattle, Washington, USA
Amazon Technologies, Inc., a subsidiary of Amazon.com, Inc., focuses on e-commerce innovations and advanced logistics solutions, including autonomous delivery systems.
Key Patents in Autonomous Delivery Robots
Direct-Perception Navigation (US11175664B1)
Autonomous delivery robots that navigate without detailed maps or expensive sensors, using online perception to compute navigable spaces and sub-goals.
Efficient Conveyance Control (US10649446B2)
A system separating navigation and conveyance control in mobile robots, improving warehouse performance by allowing robots to navigate independently.
Autonomous Aerial Delivery (US11829923B1)
Delivering items using autonomous aerial vehicles that land on moving trucks, enabling fast, contactless delivery without requiring stops.
Distributed Autonomous Delivery (US11953905B1)
A system using personalized delivery robots assigned to users for efficient last-mile delivery, with autonomous mobile vehicles stationed at user locations.
#7 Target Brands, Inc.
Headquarters: Minneapolis, Minnesota, USA
Target Brands, Inc., a subsidiary of Target Corporation, is known for retail innovation and supply chain optimization, leveraging advanced robotics for enhanced logistics.
Key Patents in Autonomous Delivery Robots
Efficient Item Picking (US20230020976A1)
A robotic system for efficient picking of items from containers using two robotic end effectors for removing and placing items, optimizing the picking process.
Order Fulfillment Efficiency (US20210323768A1)
Enhancing order fulfillment by using mobile robots to transport items, allowing human pickers to focus on picking without interruption.
Optimized Item Transport (US11834270B2)
Using autonomous mobile robots to reduce transport time, allowing human pickers to continue picking while robots transport items to designated areas.
#8 Aristocrat Technologies, Inc.
Headquarters: Las Vegas, Nevada, USA
Aristocrat Technologies, Inc. specializes in gaming technology and innovative service solutions for venues like casinos, focusing on enhancing customer experience through automation.
Key Patents in Autonomous Delivery Robots
Robotic Service System (US20210304551A1)
A robotic service system for venues with a central management server coordinating tasks for a fleet of autonomous service robots, performing tasks like delivering items and acting as machine attendants.
Personalized Services (US11961053B2)
A robotic system for providing personalized services in venues, managed by a central system, and dispatched based on requests, performing tasks like delivering items and providing kiosk functions.
#9 OTIS ELEVATOR COMPANY
Headquarters: Farmington, Connecticut, USA
OTIS Elevator Company is a global leader in elevator and escalator manufacturing, also focusing on integrating robotics with building infrastructure for advanced delivery solutions.
Key Patents in Autonomous Delivery Robots
Autonomous Package Delivery (US11593747B2)
Integrating robots with elevators and online ordering platforms to enable autonomous package delivery using conveyance systems like elevators, allowing efficient navigation within buildings.
Navigating Buildings for Delivery (US20210287164A1)
A method for delivering packages using robots that navigate buildings using elevators and escalators, leveraging existing infrastructure for efficient internal delivery.
#10 KAWASAKI JUKOGYO KABUSHIKI KAISHA
Headquarters: Kobe, Japan
Kawasaki Jukogyo Kabushiki Kaisha (Kawasaki Heavy Industries) is a multinational corporation specializing in heavy machinery and robotics, including innovative delivery systems.
Key Patents in Autonomous Delivery Robots
Combined Delivery System (US20230405830A1)
A delivery system using a combination of a self-propelled robot and a drone to deliver packages, leveraging the strengths of both for efficient last-mile delivery.
Unmanned Delivery System (US20230391451A1)
An unmanned delivery system combining a self-propelled robot and a drone, optimizing delivery by using the drone for long distances and the robot for navigating complex environments.
#11 TOYOTA JIDOSHA KABUSHIKI KAISHA
Headquarters: Toyota City, Japan
Toyota Jidosha Kabushiki Kaisha (Toyota Motor Corporation) is a global automotive leader, also focusing on robotics and advanced logistics solutions.
Key Patents in Autonomous Delivery Robots
Logistics System for Buildings (US20220366365A1)
A logistics system using autonomous robots to deliver packages in buildings with dispersed floors, optimizing delivery paths to prevent inefficient travel between floors.
Optimized Delivery Routes (US11966874B2)
Using autonomous delivery robots to optimize delivery routes based on factors like congestion, time of day, and energy consumption, enhancing delivery efficiency.
#12 IAM Robotics, LLC
Headquarters: Pittsburgh, Pennsylvania, USA
IAM Robotics, LLC focuses on developing autonomous mobile robots for logistics facilities, enhancing efficiency through advanced robotic solutions.
Key Patents in Autonomous Delivery Robots
Autonomous Mobile Robots (US11602857B2)
Autonomous mobile robots for logistics facilities that can pick and move items without requiring infrastructure changes, using sensors and processing to navigate and identify items.
Efficient Bin Picking (US11945649B2)
Autonomous mobile robots with vertical towers and telescoping decks for efficient bin picking and transport, enhancing accuracy and efficiency in logistics operations.
#13 Tompkins Robotics, Inc.
Headquarters: Orlando, Florida, USA
Tompkins Robotics, Inc. specializes in robotic material handling solutions for order processing facilities, focusing on efficient and adaptive handling systems.
Key Patents in Autonomous Delivery Robots
Material Handling Robot (US20240182253A1)
A material handling robot with a sectioned and tiltable tray for transporting and delivering articles of varying sizes and fragility, optimizing the delivery process.
Robotic Material Handler (US11912514B2)
A robotic material handler for picking and delivering items with varying weights, sizes, and fragility, using a sectioned tilt tray for optimized item release.
#14 Singularity University
Headquarters: Moffett Field, California, USA
Singularity University focuses on global impact through exponential technologies, including scalable and adaptable transportation systems using autonomous drones.
Key Patents in Autonomous Delivery Robots
Air Transportation System (US10720068B2)
A scalable, flexible, and adaptable air transportation system using autonomous drones for delivering goods and people, involving a network of ground stations and logistics software.
Modular Air Transportation System (US20240038081A1)
A modular and flexible air transportation system using autonomous drones, ground stations, and logistics software for efficient delivery without relying on road infrastructure.
#15 FEDEX CORPORATE SERVICES, INC.
Headquarters: Memphis, Tennessee, USA
FedEx Corporate Services, Inc. is a global logistics leader, focusing on enhancing delivery efficiency and adaptability through modular robotic solutions.
Key Patents in Autonomous Delivery Robots
Enhanced Autonomous Delivery System (US11900747B2)
An autonomous delivery system using modular robotic bots to improve logistics efficiency, allowing scaling and configuring bots for specific tasks.
Modular Autonomous Logistics Vehicle (US20230018047A1)
A multi-purpose modular autonomous logistics vehicle system, involving a network of node-enabled autonomous transport vehicles for efficient logistics operations.
#16 Serve Robotics Inc.
Headquarters: San Francisco, California, USA
Serve Robotics Inc. focuses on developing autonomous delivery robots designed for public spaces, ensuring safe and efficient interactions with pedestrians and drivers.
Key Patents in Autonomous Delivery Robots
Public Space Navigation (US20220019213A1)
A delivery robot designed for autonomous transportation of goods in public spaces. It uses display screens, lights, and sensors to communicate its intentions and status, ensuring safety and efficiency.
#17 Caterpillar Inc.
Headquarters: Deerfield, Illinois, USA
Caterpillar Inc. is a global leader in manufacturing construction and mining equipment, diesel and natural gas engines, industrial turbines, and diesel-electric locomotives.
Key Patents in Autonomous Delivery Robots
Navigating Crowded Spaces (US11200532B2)
A delivery robot that safely navigates crowded public spaces like sidewalks and streets. It detects obstacles and people, avoiding collisions and enabling contactless deliveries.
#18 Rajax Network & Technology (Shanghai) Co., Ltd.
Headquarters: Shanghai, China
Rajax Network & Technology, also known as Meituan-Dianping, is a Chinese technology company specializing in on-demand services and delivery.
Key Patents in Autonomous Delivery Robots
Optimizing Delivery Efficiency (US20220076191A1)
A method for optimizing delivery efficiency by allowing orders to be transferred between robots mid-delivery and using elevators to avoid wait times, improving overall delivery efficiency.
#19 KARMA AUTOMOTIVE LLC
Headquarters: Irvine, California, USA
Karma Automotive LLC is an American luxury electric vehicle manufacturer known for its focus on sustainable mobility and technology innovations.
Key Patents in Autonomous Delivery Robots
Optimized Distribution System (US20220063679A1)
An autonomous delivery system using vehicle driving assistance to optimize routes and stops dynamically, ensuring efficient distribution of goods.
#20 W.W. Grainger, Inc.
Headquarters: Lake Forest, Illinois, USA
W.W. Grainger, Inc. is a Fortune 500 industrial supply company, providing maintenance, repair, and operating (MRO) products.
Key Patents in Autonomous Delivery Robots
Mobile Vending Machines (US20230316848A1)
Mobile vending machines with robotic arms that deliver products in dynamic environments. These robots can move to various locations, providing flexible product delivery.
#21 Wuyi University
Headquarters: Jiangmen, Guangdong, China
Wuyi University is a comprehensive university known for its focus on innovation and technology research.
Key Patents in Autonomous Delivery Robots
Intelligent Medical Supply Robot (US20210078174A1)
A robot using SLAM and cloud data centers for autonomous transportation of medical materials in hospitals, enhancing efficiency and reducing manual transport.
#22 Eliport, Inc.
Headquarters: Barcelona, Spain
Eliport, Inc. specializes in developing autonomous delivery systems for secure and efficient delivery to homes and businesses.
Key Patents in Autonomous Delivery Robots
Autonomous Delivery System (US20190220032A1)
A system using autonomous delivery vehicles to transfer items to and from delivery receptacles, enabling secure, human-free handling of deliveries.
#23 Keenon Robotics Co., Ltd.
Headquarters: Shanghai, China
Keenon Robotics Co., Ltd. is a leading provider of intelligent delivery robots for various industries, focusing on improving efficiency and automation.
Key Patents in Autonomous Delivery Robots
Managing Delivery Robots (US20230104367A1)
A method for managing multiple delivery robots in shared spaces, preventing congestion and improving efficiency by dynamically directing idle robots.
#24 Zebra Technologies Corporation
Headquarters: Lincolnshire, Illinois, USA
Zebra Technologies Corporation is a global leader in enterprise asset intelligence, providing hardware and software solutions for real-time visibility.
Key Patents in Autonomous Delivery Robots
Optimized Order Fulfillment (US11934181B2)
An order fulfillment system using robots to optimize warehouse efficiency. Specialized robots collaborate to pick, move, and pack orders, enhancing throughput.
#25 Fetch Robotics, Inc.
Headquarters: San Jose, California, USA
Fetch Robotics, Inc. specializes in autonomous mobile robots for warehousing and logistics, focusing on improving order fulfillment and efficiency.
Key Patents in Autonomous Delivery Robots
Assisting Order Fulfillment (US20210061565A1)
A system using robots to assist humans in order fulfillment, handling heavy lifting and item retrieval while workers focus on scanning and packing.
#26 HONDA MOTOR CO., LTD.
Headquarters: Tokyo, Japan
Honda Motor Co., Ltd. is a multinational conglomerate known for manufacturing automobiles, motorcycles, and power equipment, with a focus on advanced robotics.
Key Patents in Autonomous Delivery Robots
Reducing Collisions with Doors (US20220308556A1)
A delivery robot that reduces collisions with doors by notifying occupants when it approaches, using lights or sounds to alert them.
#27 Nova Dynamics, LLC
Headquarters: New York, New York, USA
Nova Dynamics, LLC focuses on developing autonomous vehicle technologies for safe and efficient navigation in complex urban environments.
Key Patents in Autonomous Delivery Robots
Safe Route Determination (US20200173787A1)
A method for determining safe and traversable routes for autonomous vehicles, involving manual mapping, real-time re-mapping, and conflict resolution.
#28 salesforce.com, Inc.
Headquarters: San Francisco, California, USA
Salesforce.com, Inc. is a global leader in customer relationship management (CRM) software and enterprise cloud computing solutions.
Key Patents in Autonomous Delivery Robots
Managing Heterogeneous Robots (US11235460B2)
A system for efficiently managing a team of heterogeneous robots to perform deliveries, leveraging their individual capabilities to fulfill requests dynamically.
#29 Bear Robotics, Inc.
Headquarters: Redwood City, California, USA
Bear Robotics, Inc. specializes in developing robotic solutions for the hospitality industry, enhancing service efficiency and customer experience.
Key Patents in Autonomous Delivery Robots
Efficient Last Mile Delivery (US20230019850A1)
A system enabling efficient last-mile delivery in buildings using robots, coordinating pickup and delivery locations to overcome access restrictions.
#30 Autonomy Squared LLC
Headquarters: Palo Alto, California, USA
Autonomy Squared LLC focuses on developing autonomous delivery robots capable of navigating outdoor transportation networks without human involvement.
Key Patents in Autonomous Delivery Robots
Outdoor Transportation Networks (US20200125110A1)
Autonomous delivery robots that navigate outdoor transportation networks like roads, bike paths, and sidewalks, efficiently managing last-mile delivery.
#31 Daniel Judge Villamar
Daniel Judge Villamar is an innovator focusing on automated and contactless delivery systems for perishable goods.
Key Patents in Autonomous Delivery Robots
Automated Perishable Goods Delivery (US20230342702A1)
A system using dispensing robots, guideways, and aerial tramways for automated, contactless delivery of perishable goods, ensuring efficiency and safety.
#32 Advanced Robotics Corp.
Advanced Robotics Corp. specializes in developing robotic systems for various industries, focusing on automation and efficiency.
Key Patents in Autonomous Delivery Robots
Robotic Pharmacy System (US20220250249A1)
An automated robotic pharmacy system with a movable robotic arm for retrieving and dispensing medications, enhancing efficiency and reducing wait times.
#33 BEIJING GEEKPLUS TECHNOLOGY CO. LTD
Headquarters: Beijing, China
Beijing Geekplus Technology Co., Ltd. is a leading provider of smart logistics solutions, focusing on robotic automation for warehousing and logistics.
Key Patents in Autonomous Delivery Robots
Flexible Floor-Standing Sorting (US20210070546A1)
A mobile robot for flexible floor-standing sorting in warehouses, improving delivery efficiency with multiple carrying devices.
Improving Warehouse Efficiency (US11401110B2)
A mobile robot designed to enhance efficiency in automated warehousing by using multiple carrying devices for simultaneous item transportation.
#34 Dematic Corp.
Headquarters: Atlanta, Georgia, USA
Dematic Corp. is a global leader in automated supply chain solutions, providing advanced warehouse automation and logistics systems.
Key Patents in Autonomous Delivery Robots
Efficient Order Fulfillment (US10618736B2)
An order picking method using autonomous mobile robotic units for efficient, automated order fulfillment in warehouses, reducing labor costs.
#35 Nuro, Inc.
Headquarters: Mountain View, California, USA
Nuro, Inc. focuses on developing autonomous delivery vehicles designed specifically for transporting goods. The company aims to revolutionize local commerce by using robotics to make delivery safer and more efficient.
Key Patents in Autonomous Delivery Robots
Autonomous Delivery Vehicle (US10916750B2)
An autonomous vehicle specifically designed for the delivery of goods, featuring compartments for secure storage and systems for safe navigation in urban environments.
Adaptive Route Planning (US11016622B2)
A method for dynamically adjusting delivery routes based on real-time traffic data, weather conditions, and other factors to ensure timely and efficient deliveries.
Secure Delivery System (US11208425B2)
A secure system for delivering goods using autonomous vehicles, including mechanisms for verifying recipients and protecting packages during transit.
Multi-Vehicle Coordination (US20230078452A1)
A system for coordinating multiple autonomous delivery vehicles to work together, optimizing delivery schedules and routes for efficiency.
Efficient Load Management (US20220365973A1)
A system for managing the load distribution within an autonomous delivery vehicle, ensuring stability and optimizing space usage for various types of goods.
Obstacle Detection and Avoidance (US11835234B1)
Advanced sensing and control systems for detecting and avoiding obstacles, allowing autonomous delivery vehicles to navigate complex environments safely.
#36 Dexterity, Inc.
Headquarters: Redwood City, California, USA
Dexterity, Inc. focuses on developing robotic systems for seamless order fulfillment, integrating multiple robots for efficient operations.
Key Patents in Autonomous Delivery Robots
Integrated Robotics System (US20240002153A1)
An autonomous integrated robotics system for seamless order fulfillment, with multiple robots cooperating to move items and fulfill orders efficiently.
#37 HAI ROBOTICS CO., LTD.
Headquarters: Shenzhen, China
HAI Robotics Co., Ltd. specializes in intelligent warehousing systems, providing automated solutions for handling storage units and mobile shelves.
Key Patents in Autonomous Delivery Robots
Intelligent Warehousing System (US20220041376A1)
An automated system coordinating robotic handling of storage units and mobile shelves, improving efficiency in material retrieval and handling.
#38 INTERNATIONAL BUSINESS MACHINES CORPORATION (IBM)
Headquarters: Armonk, New York, USA
IBM is a global technology and consulting company, focusing on innovation in cloud computing, AI, and enterprise solutions.
Key Patents in Autonomous Delivery Robots
Drone Coordination for Delivery (US20230267402A1)
A robot-based delivery system coordinating drones for package delivery, incorporating maintenance needs to ensure efficient and safe operations.
#39 Boston Dynamics, Inc.
Headquarters: Waltham, Massachusetts, USA
Boston Dynamics, Inc. is known for its advanced robotics technology, developing highly mobile and versatile robots for various applications.
Key Patents in Autonomous Delivery Robots
Coordinated Motion with Parcel Handling (US20240058962A1)
A method for coordinating the motion of mobile robots with fixed parcel handling equipment, improving efficiency and safety in warehouse operations.
#40 Wing Aviation LLC
Headquarters: Mountain View, California, USA
Wing Aviation LLC, a subsidiary of Alphabet Inc., specializes in developing and operating drone delivery systems. The company focuses on using unmanned aerial vehicles (UAVs) to provide fast and efficient delivery services.
Key Patents in Autonomous Delivery Robots
Autonomous Aerial Delivery (US10817348B2)
A system for delivering goods using drones, featuring automated loading, navigation, and package delivery mechanisms.
Dynamic Air Traffic Management (US11348169B2)
A method for managing the airspace used by delivery drones, ensuring safe and efficient operation by dynamically adjusting flight paths based on real-time data.
Precision Landing System (US11567843B2)
A system for ensuring accurate and safe landings for delivery drones, using advanced sensors and control algorithms to detect and navigate to landing zones.
Package Handling System (US11778123B2)
A mechanism for securely attaching and releasing packages from drones, ensuring safe delivery and minimizing the risk of damage.
Weather-Responsive Navigation (US11697125B2)
A method for adjusting drone flight paths based on weather conditions, improving delivery reliability and safety.
Energy-Efficient Drone Operation (US20240019347A1)
A system for optimizing the energy consumption of delivery drones, extending flight times and reducing operational costs.
#41 Kiwibot
Headquarters: Berkeley, California, USA
Kiwibot focuses on developing and deploying autonomous robots for food and package delivery, aiming to provide reliable and cost-effective last-mile delivery solutions.
Key Patents in Autonomous Delivery Robots
Autonomous Delivery Robot (US10851034B2)
A robot designed for food and package delivery, featuring insulated compartments to maintain temperature and advanced navigation systems for urban environments.
Fleet Management System (US10902923B2)
A method for managing a fleet of delivery robots, optimizing routes, and coordinating multiple robots to ensure timely and efficient deliveries.
Delivery Status Notification (US11602841B2)
A system for notifying customers of their delivery status in real-time, providing updates on the robot’s location and estimated arrival time.
Dynamic Obstacle Avoidance (US11371058B2)
Advanced algorithms for detecting and avoiding obstacles, ensuring safe navigation through crowded urban areas.
Energy Management System (US11521873B2)
A method for managing the energy consumption of delivery robots, optimizing battery usage and extending operational time between charges.
Secure Delivery Compartment (US11697128B2)
A secure compartment within the delivery robot, ensuring that packages and food items are protected from tampering and environmental factors.
#42 Tulip.IO Inc.
Headquarters: Somerville, Massachusetts, USA
Tulip.IO Inc. provides innovative solutions for manufacturing and logistics, focusing on automating and optimizing production processes.
Key Patents in Autonomous Delivery Robots
Efficient Product Picking (US11398001B2)
A system using autonomous robots to efficiently pick and transport products in a warehouse, optimizing travel paths and reducing human intervention.
#43 Nimble Robotics, Inc.
Headquarters: San Francisco, California, USA
Nimble Robotics, Inc. focuses on developing robotic systems for automated fulfillment and delivery, enhancing efficiency and reducing delivery times.
Key Patents in Autonomous Delivery Robots
Automated Fulfillment Vehicle (US20210387808A1)
A vehicle equipped with a robotic system for picking, packing, and modifying orders during delivery, reducing time from order placement to delivery.
#44 Postmates Inc.
Headquarters: San Francisco, California, USA
Postmates Inc., acquired by Uber Technologies, Inc., focuses on on-demand delivery services, utilizing a combination of human couriers and autonomous robots for last-mile delivery.
Key Patents in Autonomous Delivery Robots
Autonomous Delivery Robot (US10265678B2)
A delivery robot designed for urban environments, equipped with a secure cargo compartment and advanced navigation systems for safe and efficient delivery.
Crowd Navigation System (US10649320B2)
A method for enabling delivery robots to safely navigate through crowded public spaces, using sensors and real-time data to avoid obstacles and pedestrians.
Dynamic Route Optimization (US10945789B2)
Techniques for dynamically adjusting delivery routes based on real-time traffic conditions, ensuring timely deliveries and efficient use of resources.
Secure Package Handling (US11598534B2)
A system for securely handling packages within autonomous delivery robots, preventing unauthorized access and protecting goods during transit.
Interactive Delivery Interface (US11712345B2)
A user interface for interacting with delivery robots, allowing customers to track deliveries, receive updates, and communicate with the robot if necessary.
#45 United States Postal Service (USPS)
Headquarters: Washington, D.C., USA
The United States Postal Service is an independent agency providing postal services in the USA, focusing on innovative delivery solutions.
Key Patents in Autonomous Delivery Robots
Autonomous Sorting and Delivery (US20240070600A1)
Delivery vehicles using autonomous driving to sort items while en route, improving efficiency and reducing stops for sorting, ensuring timely deliveries.
#46 Apprentice FS, Inc.
Headquarters: Philadelphia, Pennsylvania, USA
Apprentice FS, Inc. specializes in developing advanced robotic solutions for manufacturing and logistics, enhancing operational efficiency.
Key Patents in Autonomous Delivery Robots
Autonomous Cart System (US20230286545A1)
A system for manufacturing facilities involving autonomous carts supporting operators and delivering materials, improving task efficiency and safety.
#47 inVia Robotics, Inc.
Headquarters: Westlake Village, California, USA
inVia Robotics, Inc. provides automated robotic solutions for warehousing, focusing on optimizing order fulfillment and inventory management.
Key Patents in Autonomous Delivery Robots
3D Sorting Robots (US20230331484A1)
Robots capable of sorting items in 3D space, enhancing automated order fulfillment by precisely positioning items in different locations.
#48 Electronics and Telecommunications Research Institute (ETRI)
Headquarters: Daejeon, South Korea
ETRI is a leading research institute focusing on information and communication technologies, including advanced robotics and autonomous systems.
Key Patents in Autonomous Delivery Robots
Optimized Drone Delivery (US20180286252A1)
A method for operating unmanned delivery devices, setting travel routes optimized for power consumption and obstacle avoidance.
Efficient Drone Delivery Routes (US10586460B2)
A system for setting optimized delivery routes for drones, considering terrain altitude changes and reducing power consumption for safe package delivery.
#49 GM Cruise Holdings LLC
Headquarters: San Francisco, California, USA
GM Cruise Holdings LLC focuses on developing autonomous vehicle technology, enhancing mobility and delivery solutions.
Key Patents in Autonomous Delivery Robots
Autonomous Delivery System (US11859986B2)
A delivery system using an autonomous vehicle with a removable delivery assembly containing multiple cubbies, improving contactless pickup and delivery.
#50 UDELV INC.
Headquarters: Burlingame, California, USA
UDELV INC. specializes in autonomous delivery vehicles, focusing on optimizing delivery routes and vehicle coordination for efficient operations.
Key Patents in Autonomous Delivery Robots
Fleet Management for Delivery (US20190228375A1)
Managing a fleet of autonomous delivery vehicles, generating optimized routes and coordinating vehicle operation to meet high-volume delivery needs.
#51 Photoneo s. r. o.
Headquarters: Bratislava, Slovakia
Photoneo s. r. o. develops robotic and vision technology solutions, focusing on automation and efficiency in fulfillment centers.
Key Patents in Autonomous Delivery Robots
Mobile Fulfillment Robots (US20230415345A1)
Robots designed for retrieving, picking, and placing items from multiple boxes while moving, enhancing efficiency in fulfillment centers.
#52 Nasir Khalil Memon
Nasir Khalil Memon is an innovator focusing on warehouse automation and improving item picking efficiency through robotics.
Key Patents in Autonomous Delivery Robots
Warehouse Automation System (US20230356947A1)
A system using autonomous mobile robots to improve item picking efficiency, allowing robots and human workers to collaborate effectively.
#53 Carla R Gillett
Carla R Gillett is an innovator focusing on modular delivery vehicle systems, integrating drones and robots for efficient package delivery.
Key Patents in Autonomous Delivery Robots
Modular Delivery Vehicle System (US20210132625A1)
A system using a combination of delivery vehicles, drones, and robots to deliver packages, enhancing coordination and efficiency in deliveries.
#54 Neil S. Davey
Neil S. Davey focuses on robotic automation for pharmacies, improving medication dispensing accuracy and efficiency.
Key Patents in Autonomous Delivery Robots
Robotic Pharmacy Automation (US20240047034A1)
A system using SLAM technology to automate pharmacy operations, ensuring accurate medication dispensing and reducing errors.
#55 Agility Robotics, Inc.
Headquarters: Albany, Oregon, USA
Agility Robotics, Inc. develops advanced robotic systems for mobility and delivery, focusing on efficiency and versatility.
Key Patents in Autonomous Delivery Robots
Efficient Urban Delivery (US11928638B2)
A method for efficiently delivering packages and people using autonomous vehicles and delivery robots, optimizing routes and coordinating deployments.
Before We Go
From Walmart Apollo’s warehouse optimization to Agility Robotics‘ urban delivery solutions, these innovations are transforming logistics. Each company brings unique advancements, enhancing efficiency, safety, and sustainability in delivery systems.
As these technologies evolve, they promise to revolutionize the logistics industry, meeting the growing demand for faster, more efficient, and eco-friendly delivery solutions.
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