The potential of hyperloop transportation to revolutionize travel is undeniable. This emerging technology promises to redefine the way we move people and goods, offering unprecedented speed, efficiency, and sustainability.
Recent advancements in propulsion, levitation, and tube design have propelled the hyperloop concept from theoretical to tangible. Companies like Uber Technologies, Joby Aero, and many more, are investing heavily in research and development, resulting in a rapidly evolving patent landscape.
These companies are exploring a wide range of innovations, from autonomous vehicle systems and dynamic routing to advanced materials and energy storage solutions. By delving into their patent portfolios, we can gain valuable insights into the future of hyperloop technology.
Let’s dive in!
#1 Uber Technologies, Inc.
Headquarters: San Francisco, California, USA
Uber Technologies, Inc. is a global technology company known for its ride-sharing and food delivery services. It also invests in autonomous vehicle technologies and aerial transportation.
Key Patents in Hyperloop Transportation
Dynamic Routing of VTOL Aircraft (US20190340937A1)
Dynamic routing of vertical takeoff and landing (VTOL) aircraft in urban air mobility networks that balances factors like noise, weather, and network congestion to optimize route selection. The system calculates candidate routes based on parameters like noise levels, planned routes of other VTOLs, and weather conditions. It selects the route with the earliest arrival time that meets noise constraints and avoids congested areas.
Dynamic Routing for eVTOL Aircraft (US10593215B2)
Dynamic routing for electric vertical takeoff and landing (eVTOL) aircraft in urban air mobility networks that balances factors like noise, weather, and network congestion to optimize efficiency and reduce impacts. The system calculates candidate routes for eVTOLs between hubs based on parameters like planned aircraft volumes, noise levels, and weather conditions. It selects the optimal route that balances factors like earliest arrival time and noise constraints.
Optimizing Ad Hoc Flight-Based Networks (US10713957B2)
Optimizing ad hoc flight-based transportation networks with VTOL aircraft between hubs. The system manages routing and dispatching of VTOL aircraft based on demand estimates and a service objective, calculating optimal flight paths, charging times, and hub transfers to minimize cost while meeting demand.
Seat Stroking and Payload Placement (US20200387989A1)
Ensuring proper seat stroking and optimizing payload placement in VTOL vehicles to improve safety, comfort, and reliability. The method involves measuring passenger weights and adjusting seat attachments to ensure proper seat absorption during landing and deceleration.
Coordinating Transport Services (US20190325757A1)
Coordinating transport services using VTOL aircraft in urban areas, receiving transport requests, determining eligibility, assigning legs to VTOL flights, and dynamically adjusting pricing to induce demand when seats are available.
High-Capacity Transit Improvement (US20230351274A1)
Improving high-capacity transit in urban areas by leveraging existing ridesharing networks to determine optimal routes and schedules for specialized vehicles like buses or vans.
Dynamic Payload Assignment (US10752363B1)
Dynamic payload assignment for VTOL aircraft to balance weight distribution and improve performance by optimizing seat assignments based on rider weight estimates.
Coordinating Rider Seating and Luggage (US20200354064A1)
Dynamic payload assignment for VTOL aircraft to balance weight distribution and improve performance by coordinating rider seating and luggage placement.
Optimized Transportation Planning (US11466993B2)
System for optimized transportation planning that involves splitting long trips into multiple legs with different modes of transportation, coordinating user and vehicle locations to optimize timing and efficiency.
#2 Joby Aero, Inc.
Headquarters: Santa Cruz, California, USA
Joby Aero, Inc. focuses on developing electric vertical takeoff and landing (eVTOL) aircraft. Their goal is to revolutionize urban air mobility with zero-emission, quiet, and efficient air transportation solutions.
Key Patents in Hyperloop Transportation
Dynamic Routing of VTOL Aircraft (US11244572B2)
Dynamic routing of VTOL aircraft in an urban air mobility network that balances noise impact, network congestion, and weather conditions to select an optimal route with the lowest cost.
Ensuring Proper Seat Stroking (US11410252B2)
Ensuring proper seat stroking in VTOL vehicles by accounting for passenger weight and adjusting seat attachments to achieve the desired stroke.
Enhancing Weight and Volume Measurement (US20220392003A1)
Enhancing weight and volume measurement for VTOL vehicles to improve safety, reliability, and passenger experience by accurately measuring weights and optimizing seat and payload placement.
Optimized Aerial Vehicle Selection (US20240078916A1)
Optimizing aerial vehicle selection and routing in a transportation network with multiple aerial vehicles by generating routes based on historical demand and vehicle characteristics.
Optimized Multi-Modal Transportation (US20230107503A1)
Optimizing multi-modal transportation services by coordinating and synchronizing states across devices involved in a journey.
Dynamic Payload Assignment (US20240034461A1)
Dynamic payload assignment for VTOL aircraft to optimize weight distribution and balance for safe and efficient flight.
Ensuring Proper Seat Stroking (US11869103B2)
Ensuring proper seat stroking for VTOL vehicles by accounting for passenger weights during seat selection and attachment determination.
Optimizing Aerial Vehicle Selection (US11804141B2)
Optimizing aerial vehicle selection and route determination for cargo and passenger transport by evaluating vehicle characteristics and vertiport capabilities.
Dynamic Payload Assignment (US11548642B2)
Dynamic payload assignment for VTOL aircraft to optimize weight distribution and balance for efficient and safe flight.
Managing On-Demand VTOL Network (US11900819B2)
Managing a network of on-demand VTOL aircraft for urban transport by coordinating transport requests, boarding, pricing, and takeoff instructions.
Facilitating Multi-Modal Transportation (US11475412B2)
Facilitating multi-modal transportation services by coordinating state changes across devices involved in the service.
Generating Flight Plans (US11615501B2)
Generating flight plans for a ride-sharing network using optimization techniques that consider constraints and real-time information.
#3 Toyota Jidosha Kabushiki Kaisha
Headquarters: Toyota City, Aichi, Japan
Toyota Jidosha Kabushiki Kaisha, commonly known as Toyota, is a leading automotive manufacturer renowned for its commitment to innovation and sustainability in vehicles, including electric and autonomous models.
Key Patents in Hyperloop Transportation
Increasing Flight Range (US20210214078A1)
A transportation system that increases the flight range of a flying vehicle by allowing it to detach and land on a ground vehicle, which continues the journey.
Improved Operational Efficiency (US20230114882A1)
Improving operational efficiency of passenger transport by dynamically rerouting aircraft and dispatching ground vehicles when weather conditions are poor along the original flight path.
Improved Convenience of Mobility Service (US20220108231A1)
Improving convenience of a mobility service using eVTOL aircraft by providing alternative mobility options when flights are canceled or delayed due to weather.
Mobility Service System (US20220130260A1)
A mobility service system that delivers various mobility services using eVTOL aircraft and optimizes itineraries combining ground and eVTOL transportation.
#4 Hyundai Motor Company
Headquarters: Seoul, South Korea
Hyundai Motor Company is a major South Korean automaker known for its diverse range of vehicles, including electric and autonomous cars, and is actively investing in future mobility technologies.
Key Patents in Hyperloop Transportation
Cooperative System with Drone (US20200191581A1)
Cooperative system between a vehicle and a drone for enabling the drone to autonomously land on and travel with the vehicle, coordinating routes and landing procedures.
UAV Cooperation with Vehicle (US11391580B2)
System and method for enabling a UAV to land and cooperate with a vehicle to travel together by selecting a vehicle based on travel routes and transmitting cooperation requests.
Control Method for Urban Air Mobility (US12007770B2)
Control method for urban air mobility vehicles using intuitive operation controls like a steering wheel and altitude selector to reduce motion sickness and enhance operation.
Multimodal Transportation System (US20230002083A1)
Multimodal transportation system for efficient freight transfer between different vehicle types using a centralized management server. The system sets stop zones for ground and air vehicles, confirms freight transfer approval, and coordinates loading/unloading using a central server. This enables seamless freight handling in a facility with dedicated landing pads.
#5 Parallel Systems, Inc.
Headquarters: Los Angeles, California, USA
Parallel Systems, Inc. is revolutionizing rail transportation with its autonomous, electric-powered rail cars. Their innovative approach enhances freight efficiency and scalability through modular, platooning systems.
Key Patents in Hyperloop Transportation
Electric Rail Transportation System (US11987277B2)
New electric rail transportation system using autonomous, decoupled rail vehicles called “Rail Drones” that can form platoons and move independently or together.
Autonomous Rail Freight Transportation (US11325624B2)
New mode of autonomous rail freight transportation with decoupled cargo containers called “rail drones” that can autonomously join and separate in platoons.
Rail Drone for Surface Freight (US11338833B2)
Rail drone designed for surface freight transportation with standardized payload interfaces and an autonomous electric road vehicle platform.
Autonomous Rail Transportation System (US20210370994A1)
Autonomous rail cars that can form platoons and operate independently. The system allows for efficient freight shipping with autonomous control and flexible platoon formation.
Autonomous Rail Drones for Freight (US20210380150A1)
Autonomous, electrically powered rail vehicles known as “Rail Drones” for freight transportation. The drones can form platoons, adjust spacing, and autonomously charge and service themselves.
#6 Joby Elevate, Inc.
Headquarters: Santa Cruz, California, USA
Joby Elevate, Inc. is a division of Joby Aviation focusing on integrating eVTOL aircraft into urban transport systems to improve connectivity and reduce travel times in city environments.
Key Patents in Hyperloop Transportation
Managing VTOL Aircraft Network (US20220122467A1)
Managing a network of VTOL aircraft for urban air mobility by planning and optimizing routing to efficiently serve passenger demand between hub locations.
Facilitating Multi-Modal Transportation (US20220067616A1)
Facilitating multi-modal transportation services by allowing riders to select alternative itineraries involving different modes of transport to avoid payload issues.
#7 Above Daas, Inc.
Headquarters: New York, New York, USA
Above Daas, Inc. is pioneering drone-based delivery services and other aerial solutions. Their technology aims to enhance logistics efficiency and provide innovative solutions for last-mile delivery.
Key Patents in Hyperloop Transportation
Autonomous Fleet Management (US20190235488A1)
Autonomous fleet management and mission planning for long-range airships using a cloud platform to coordinate tasks and adjust paths for mission optimization.
Managing Fleets of Autonomous Aerial Vehicles (US11209816B2)
Method for managing fleets of autonomous aerial vehicles for long-duration missions, optimizing vehicle selection based on capabilities and mission requirements.
#8 Doron Appelboim
Doron Appelboim is the co-founder of Aerolane. He specializes in innovative aerial transport solutions. His technologies focus on optimizing cargo transport efficiency and adapting to dynamic flight environments.
Key Patents in Hyperloop Transportation
Efficient Cargo Transportation System Using Towed Autonomous Aircraft (US11952137B2)
Efficient cargo transportation system utilizing towed autonomous aircraft connected via adjustable cables behind a tractor aircraft. The towed aircraft can carry cargo, fuel, or supplies and are autonomously flown, allowing for larger cargo capacity and in-flight energy transfer.
Optimized Cargo Transportation with Towed Aircraft (US20230150667A1)
System for transporting cargo using towed aircraft connected behind a tractor aircraft. The towed aircraft can carry various payloads and have adjustable tethers to optimize performance and reduce fuel consumption, with capabilities to switch connections mid-flight.
#9 Jianfei Ye
Jianfei Ye focuses on integrating drone technologies with electro-mechanical systems to enhance drone transportation capabilities and efficiency.
Key Patents in Hyperloop Transportation
Integrated Engineering System for Drone Transportation (US20220024578A1)
An engineering system combining multiple drones with an electro-mechanical transport system, such as suspension cables or Maglev rails. This setup allows drones to extend their range by attaching to the system and includes docking, wireless communication, and dispatch functionalities.
Efficient Drone Transportation System (US11958602B2)
System integrating multiple drones with an electro-mechanical transport system to increase drone range. Drones attach to moving carriers for part of their journey, saving battery power and extending operational range. The system also manages drone reservations and payments.
#10 QuantumiD Technologies Inc.
Headquarters: USA
QuantumiD Technologies Inc. is doing business as SmartKargo. They specialize in using artificial intelligence to optimize payload capacity and flight efficiency in aeronautics.
Key Patents in Hyperloop Transportation
Estimating Excess Non-Sapient Payload Capacity (US11410058B2)
System using AI to estimate extra cargo capacity for non-sapient payloads on mixed-payload flights. Machine learning models trained on historical data predict available space, aiding in selecting flights for additional payloads.
Optimizing Aeronautical Paths for Mixed-Payload Flights (US20220383757A1)
AI-based system optimizing aeronautical paths for mixed-payload flights. It analyzes flight parameters and payload data to generate routes that maximize non-sapient payload utilization, improving cargo space efficiency.
#11 The Boeing Company
Headquarters: Virginia, USA
The Boeing Company is a leading aerospace firm known for its advanced aircraft and space systems. They are innovating in autonomous transport and high-density transportation solutions.
Key Patents in Hyperloop Transportation
Autonomous Transportation System Using Stackable Pods (US20210086683A1)
Autonomous transportation system with stackable pods that increase capacity and efficiency. Pods can be stacked and transported by autonomous vehicles, and can be coupled to carriers for high-density transport.
High-Density Transportation with Autonomous Pods (US11586222B2)
High-density transportation system using autonomous pods that join and leave convoys at speed. Pods couple to lightweight carriers and can transition seamlessly between different transport modes, enhancing efficiency and throughput.
Optimizing Aircraft Flight Routes (US11087631B2)
System for determining efficient flight routes based on historical data to optimize payload, fuel, and flight time. The system analyzes past routes and weather conditions for optimal planning.
Optimal Flight Route Determination (US11610494B2)
System for calculating optimal flight routes using historical weather data. The system predicts fuel and payload requirements, improving flight efficiency based on real-time weather.
#12 COLUMBIAD LAUNCH SERVICES INC.
Headquarters: Ontario, Canada
Columbiad Launch Services Inc. specializes in dynamic drone racing and synchronized swarm technologies. Their innovative solutions adapt race courses in real-time, enhancing the interactivity and excitement of drone competitions.
Key Patents in Hyperloop Transportation
Dynamic Race Course Adaptation for Drone Racing (US11099556B2)
Dynamic adaptation system for drone racing that allows a swarm of drones to form and modify race course elements such as gates and obstacles. The system enables interactive course changes and autonomous coordination by drones.
Adapting Race Course for Aircraft Systems (US20200401131A1)
System for dynamically adapting race course elements using a swarm of synchronized drones. The controller adjusts the course elements during different laps or at predetermined times for a customizable racing experience.
#13 MATRIXSPACE CORPORATION
Headquarters: Burlington, MA, USA
Matrixspace Corporation provides rapid aerial coverage for public safety and emergency response through a distributed network of drone hangars. Their system ensures quick deployment and extended operational endurance of drones.
Key Patents in Hyperloop Transportation
Distributed Network of Drone Hangars (US20240076891A1)
Network of dispersed drone hangars providing rapid aerial coverage for public safety and emergency response. The hangars allow drones to land autonomously and extend coverage through relocation.
Distributed Drone Base with Charging Facilities (US20230167653A1)
Distributed base for drones equipped with sensors, charging facilities, and communication systems. The base includes retractable covers and battery chargers for rapid deployment.
#14 INTERNATIONAL BUSINESS MACHINES CORPORATION
Headquarters: Armonk, New York, USA
IBM is a multinational technology company known for its leadership in cloud computing, AI, and IT infrastructure. IBM’s innovations extend to optimizing UAV flight efficiency and other advanced aerospace technologies.
Key Patents in Hyperloop Transportation
Optimizing UAV Flight Efficiency (US20200175881A1)
Method for improving UAV flight efficiency by utilizing drafting techniques. The system compares energy consumption for direct and drafting flight paths to select the most efficient option.
Efficiency Improvement through Drafting (US11094204B2)
System for dynamically altering UAV flight paths to gain aerodynamic advantages from drafting. The method calculates energy savings by following another UAV and adjusts flight paths accordingly.
#15 RONAN XAVIER EHASOO
Ronan Xavier Ehasoo is an innovator in drone delivery systems, focusing on enabling UAVs to interact with moving vehicles. His solutions aim to improve efficiency and reduce ground traffic for last-mile deliveries.
Key Patents in Hyperloop Transportation
Drone Delivery to Moving Vehicles (US20240111310A1)
System for drones to deliver packages to and from moving vehicles. The vehicles are modified for drone landing and launching, avoiding congested airspace and ground traffic.
Autonomous and Assisted Flight Modes for Drones (US20230031028A1)
System for drones to switch between autonomous flight and assisted flight modes. Drones can dock with assist vehicles for extended range and energy transfer.
#16 MIRZA FAIZAN
Mirza Faizan develops high-speed transportation systems utilizing evacuated tubes and magnetic levitation. His designs aim to rapidly and efficiently move resources between locations, minimizing friction and time loss.
Key Patents in Hyperloop Transportation
High-Speed Transportation in Evacuated Tubes (US11858756B2)
System for high-speed transportation of resources using partially evacuated tubes. The system utilizes magnetic levitation and automatic guidance for efficient resource movement.
Pressure-Based Transportation System (US20220388788A1)
Pressure-based system for rapid resource delivery in evacuated tubes. The system includes automated guidance and stations for efficient loading and unloading of pods.
#17 ARS ELECTRONICA LINZ GMBH & CO KG
Headquarters: Linz, Austria
ARS ELECTRONICA LINZ GMBH & CO KG specializes in managing and operating large fleets of UAVs for aerial displays and applications. Their system improves logistics and reliability for extensive UAV operations.
Key Patents in Hyperloop Transportation
Managing Large UAV Fleets (US11383835B2)
System for managing large fleets of UAVs with a central control unit coordinating operations, charging, and maintenance. The system improves logistics and reliability for aerial displays.
Transporting and Controlling UAVs in a Swarm (US20200189734A1)
System for transporting and controlling UAVs in a swarm using modular transport devices. The devices stack and transport UAVs, managing communication and charging.
#18 AURORA FLIGHT SCIENCES CORPORATION
Headquarters: Manassas, Virginia, USA
Aurora Flight Sciences, a subsidiary of The Boeing Company, focuses on the development of advanced autonomous systems and aircraft. Their technologies enhance efficiency in multimodal travel and payload delivery.
Key Patents in Hyperloop Transportation
Planning Multimodal Travel (US20220290998A1)
Method for planning routes involving ground and air travel using passenger air vehicles. The system customizes routes based on preferences and factors like luggage size.
Autonomous Vehicle Delivery System (US20230063152A1)
System for using winged drones to deliver payloads from an aircraft to multiple locations. The method involves detaching drones mid-flight to deliver items efficiently.
Multimodal Travel Planning System (US11953329B2)
Planning system for multimodal travel involving a mix of air and ground transportation. Generates customized route options for traveling between two points using a combination of ground vehicles and passenger air vehicles. The system considers user preferences, luggage, and departure/arrival locations.
#19 HA TRAN
Ha Tran is an innovator in advanced transportation and drone technologies. His work focuses on developing efficient and autonomous systems for various applications in the aerospace industry.
Key Patents in Hyperloop Transportation
3D Mapping and Obstacle Detection (US20240103638A1)
System for smart flying vehicles to navigate crowded airspace using 3D mapping and obstacle detection. The system uses sensors to create 3D models and avoid obstacles.
#20 BAO TRAN
Bao Tran specializes in the design and development of advanced UAV and transportation systems. His innovations aim to enhance efficiency and capabilities in autonomous aerial and ground transport.
Key Patents in Hyperloop Transportation
Autonomous Navigation and Obstacle Avoidance (US11513606B2)
System for autonomous flying vehicles to navigate using 3D maps and obstacle detection. The system creates detailed maps from sensors and avoids obstacles in real-time.
#21 IAN ANDREAS VILLA
Ian Andreas Villa is an inventor and engineer working on cutting-edge transportation technologies, focusing on optimizing UAV systems and integrating them into broader logistics and delivery networks.
Key Patents in Hyperloop Transportation
Dynamic Routing for VTOL Aircraft (US20190340933A1)
System for dynamic routing of VTOL aircraft in urban air mobility networks. The system optimizes routes based on factors like noise and traffic for efficient urban travel.
#22 BRIEN AVEN SEELEY
Brien Aven Seeley is a pioneer in electric aviation and urban air mobility solutions. His work aims to revolutionize personal and public transportation through sustainable and efficient aerial systems.
Key Patents in Hyperloop Transportation
Quiet Urban Air Delivery System (US20220169400A1)
System combining autonomous robotic aircraft, carts, and facilities for efficient urban air transportation. The QUAD system aims to provide high-capacity, low-emissions transport.
#23 A&C TECHNOLOGY, INC
A&C Technology, Inc. develops innovative technologies for the aerospace and transportation industries. Their focus is on enhancing the capabilities and efficiency of UAVs and other autonomous systems.
Key Patents in Hyperloop Transportation
Air Roadway System for Flying Cars (US11869368B1)
System for organized flight of flying cars with fixed, pre-planned routes. The system uses a grid of one-way roads to avoid collisions and ensure efficient travel.
#24 BEIHANG UNIVERSITY
Headquarters: Beijing, China
Beihang University, also known as Beijing University of Aeronautics and Astronautics, is a leading institution in aerospace engineering and technology. Their research and innovations drive advancements in aviation and space exploration.
Key Patents in Hyperloop Transportation
Designing Low-Altitude Air Route Networks (US20220036743A1)
Method for planning low-altitude air route networks for urban drones. The system balances safety, economy, and reliability in designing air routes.
#25 MOTHERSHIP AERONAUTICS LIMITED
Headquarters: San Mateo, California, USA
Mothership Aeronautics Limited specializes in high-altitude, solar-powered UAVs designed for extended flight durations. Their technology aims to provide persistent aerial coverage for various applications.
Key Patents in Hyperloop Transportation
Storing and Managing Data in Cloud Environments (US20190391599A1)
System for efficient data storage and management in cloud computing environments. The system utilizes specialized data structures optimized for cloud systems.
#26 TERRAFUGIA, INC.
Headquarters: Woburn, Massachusetts, USA
Terrafugia, Inc. is an innovative company working on the development of practical flying cars. Their vision is to create efficient, safe, and accessible urban air mobility solutions.
Key Patents in Hyperloop Transportation
Modular VTOL Transportation System (US20190047342A1)
Modular VTOL system that separates the flight vehicle from passenger/cargo pods and ground vehicles. The design improves utilization and reduces requirements for parking and maintenance.
#27 VOLOCOPTER GMBH
Headquarters: Bruchsal, Germany
Volocopter GmbH is pioneering urban air mobility with their electric vertical take-off and landing (VTOL) aircraft, aiming to provide sustainable, efficient, and safe aerial transportation within urban environments.
Key Patents in Hyperloop Transportation
Motion Planning for Autonomous Urban VTOL Aircraft (US11450215B2)
A system for motion planning in autonomous VTOL aircraft, enabling safe, real-time flight in complex urban environments with high safety requirements. It involves pre-planning reference and emergency landing trajectories, defining confidence intervals, and using sensor data for real-time motion adjustments. This method ensures deterministic decision-making and transparency, crucial for certification and safe autonomous navigation.
#28 WING AVIATION LLC
Headquarters: Texas, USA
Wing Aviation LLC, a subsidiary of Alphabet, focuses on drone delivery services. Their technology aims to make fast and efficient deliveries possible, improving logistics and convenience.
Key Patents in Hyperloop Transportation
Efficiently Deploying UAVs for Item Delivery (US20240160220A1)
Efficiently deploying unmanned aerial vehicles (UAVs) for item delivery from multiple providers using a centralized fleet management system. Predicts demand for UAV-based tasks and stages UAVs closer to providers to reduce travel time.
#29 THE TRUSTEES OF INDIANA UNIVERSITY
Headquarters: Bloomington, Indiana, USA
The Trustees of Indiana University oversee one of the leading research universities in the United States. Their work spans various fields, including advanced transportation and UAV technologies.
Key Patents in Hyperloop Transportation
Framework for Aerial Drone Transportation Infrastructure (US11853953B2)
Framework for autonomous drone delivery using existing road networks, leveraging 3D sky networks created from road topological mapping. Manages drone flights to avoid collisions and integrates drones into existing transportation systems.
#30 KYNDYRL, INC.
Headquarters: New York, New York, USA
Kyndryl, Inc. provides IT infrastructure services, focusing on digital transformation and cloud services. Their solutions support the integration and management of advanced transportation technologies.
Key Patents in Hyperloop Transportation
Emulating Ground Vehicles with UAVs (US11367361B2)
Emulates ground vehicles with UAVs to reduce airspace congestion. UAVs analyze alternative routes and project holographic patterns to appear like ground vehicles, improving safety and reducing aerial traffic.
#31 SUNLIGHT AEROSPACE INC.
Headquarters: Colorado, USA
Sunlight Aerospace Inc. develops innovative solutions for the aerospace industry, focusing on enhancing UAV capabilities and efficiency for various applications, including logistics and surveillance.
Key Patents in Hyperloop Transportation
Renewable Energy Powered UAVs (US20230373662A1)
High-altitude, renewable energy powered UAVs arranged in a belt around Earth for geostationary communications. Enhances satellite backhaul and provides emergency services and surveillance.
#32 CUSTODY CHAIN LLC
Headquarters: Texas, USA
Custody Chain LLC specializes in secure and efficient logistics and transportation solutions, leveraging advanced technologies to optimize delivery and distribution networks.
Key Patents in Hyperloop Transportation
Optimizing Transport Efficiency of Shipping Containers (US20220019960A1)
Optimizes shipping container transport using interconnected machines that collaborate and share resources. The UniTOS system enables dynamic coordination and task delegation for improved performance.
#33 ZUNUM AERO, INC.
Headquarters: Washington, USA
Zunum Aero, Inc. is developing hybrid-electric aircraft for regional flights, aiming to reduce travel time and emissions. Their technology focuses on creating more efficient and sustainable aviation solutions.
Key Patents in Hyperloop Transportation
Regional Air Transportation System (US11866184B2)
System using electric aircraft for regional air travel, with optimized routes and infrastructure. Enhances efficiency and reduces costs with regional airports and charging stations.
#34 GE AVIATION SYSTEMS LLC
Headquarters: Evendale, Ohio, USA
GE Aviation Systems LLC is a leader in aviation technology, providing innovative systems and solutions for commercial and military aircraft. Their products enhance safety, efficiency, and performance in aviation.
Key Patents in Hyperloop Transportation
Optimizing Aircraft Flight Paths (US20190311634A1)
Generates efficient flight plans for aircraft based on time of arrival constraints. Uses non-linear programming to minimize fuel consumption and operating costs.
Efficiently Generating Flight Plans for Aircraft (US10777085B2)
Generates flight plans that minimize fuel consumption and operating costs by solving problems with varying altitude and speed to meet time constraints.
#35 SEVAMA, LLC
Sevama, LLC specializes in the development of advanced drone technologies for various applications, including aerial surveying and cargo delivery. Their solutions focus on enhancing operational efficiency and capabilities.
Key Patents in Hyperloop Transportation
Computing Cost-Optimized Flight Trajectories for Drones (US11262746B1)
Computes cost-optimized and policy-constrained flight trajectories for drones, using numerical optimization techniques to find the best path while adhering to constraints.
#36 NAM KIM
Nam Kim is an innovator in aerospace engineering, focusing on advanced UAV systems and propulsion technologies. His work aims to improve the efficiency and capabilities of unmanned aerial vehicles.
Key Patents in Hyperloop Transportation
Tethered Aerial Vehicles (US11485491B1)
Tethered aerial vehicles that can be transported by land vehicles. Allows aerial vehicles to detach and climb to higher altitudes while the ground vehicle continues below, providing faster transportation.
#37 RICHMOND DESIGN AND MARKETING LIMITED
Richmond Design and Marketing Limited specializes in creative marketing solutions and industrial design. Their expertise spans across various industries, including aerospace and transportation technologies.
Key Patents in Hyperloop Transportation
Self-Propelled Airside Baggage Dollies (US20220024603A1)
Autonomous baggage dollies that navigate airports for improved efficiency in baggage handling. Features include automated guidance and collision avoidance.
#38 DASSAULT AVIATION
Headquarters: Paris, France
Dassault Aviation is a French aerospace company known for its military, business, and regional aircraft. The company is renowned for its innovation and technological advancements in aviation.
Key Patents in Hyperloop Transportation
Aircraft Mission Planning System (US10867521B2)
System for optimal flight path planning for business aviation missions, considering route, weather, passenger constraints, and aircraft performance.
#39 BEIJING JINGDONG SHANGKE INFORMATION TECHNOLOGY CO., LTD.
Headquarters: Beijing, China
BEIJING JINGDONG SHANGKE INFORMATION TECHNOLOGY CO., LTD., also known as JD.com, is a leading Chinese e-commerce company. They are exploring advanced logistics and delivery solutions, including UAV technologies.
Key Patents in Hyperloop Transportation
UAV Riding Route Processing Method (US20220057814A1)
Method for enabling UAVs to travel longer distances by riding on other vehicles. Involves determining candidate vehicles and controlling the UAV for riding routes.
#40 WILLIAM C. PETERSON
William C. Peterson is an inventor focusing on drone technologies and advanced UAV systems. His work aims to enhance the performance and capabilities of unmanned aerial vehicles.
Key Patents in Hyperloop Transportation
Autonomous Wing In Ground Effect Craft (US20230132365A9)
Autonomous WIG craft for cargo transport that can take off and land on water or land. Uses vertical thrust fans for takeoff and landing and forward thrust engines for flying.
#41 JACOB M. BRANCATO
Jacob M. Brancato specializes in developing innovative drone solutions for various applications. His work includes advancements in UAV design and functionality, aiming to improve operational efficiency.
Key Patents in Hyperloop Transportation
Autonomous WIG Vehicles (US20200010071A1)
Autonomous WIG vehicles for cargo transport that take off like planes and fly low to the ground. Uses vertical thrust for takeoff and transitions to horizontal flight.
#42 MICHAEL STEWARD EVANS
Michael Steward Evans is an engineer and inventor in the field of advanced UAV systems. His innovations focus on enhancing the capabilities and applications of unmanned aerial vehicles.
Key Patents in Hyperloop Transportation
Pod-Based Transportation System (US20230015158A1)
Autonomous pods carried by various transport vehicles for passenger and cargo transport. Pods attach and detach from vehicles and charge electrically at podchargers.
#43 MICHELE DICOSOLA
Michele DiCosola is a developer of cutting-edge UAV technologies. His work includes designing advanced systems for drone navigation, communication, and efficiency improvements.
Key Patents in Hyperloop Transportation
Universal Automated Drone Airport System (US20200349852A1)
Automated drone airport system for delivery, parking, charging, and weather observation. Integrates multiple functions into a single facility with centralized cloud-based management.
#44 GM GLOBAL TECHNOLOGY OPERATIONS LLC
Headquarters: Detroit, Michigan, USA
GM Global Technology Operations LLC is the technology development arm of General Motors. They focus on innovations in automotive and transportation technologies, including electric and autonomous vehicles.
Key Patents in Hyperloop Transportation
Customizable Ride Experience in Autonomous Vehicles (US20190315342A1)
Allows passengers to customize autonomous vehicle ride experiences by adjusting performance dynamics based on individual preferences and comfort levels.
#45 GEORGE ALAIN MARGESCU
George Alain Margescu is an innovator in aerospace and UAV technologies. His work focuses on developing advanced systems for unmanned aerial vehicles and improving their operational capabilities.
Key Patents in Hyperloop Transportation
Formation Flight System for Cargo (US20220332439A1)
Formation flight system for transporting cargo between aircraft at high altitudes using connected hoses and chimneys for efficient fuel and resource transfer.
#46 TOYOTA MOTOR ENG & MFG NORTH AMERICA, INC.
Headquarters: Plano, Texas, USA
Toyota Motor Engineering & Manufacturing North America, Inc. is responsible for Toyota’s engineering design and manufacturing operations in North America. Their innovations include advancements in automotive and mobility solutions.
Key Patents in Hyperloop Transportation
Collaborative Drone Network (US11513537B2)
Collaborative drone network for improving delivery reliability by dynamically switching tasks and handing off packages among drones based on real-time traffic information.
Managing Drones in a Vehicular Network (US20200356114A1)
System for managing drones within a vehicular network to improve task completion rates. Uses real-time traffic data for dynamic reassignment of drone tasks and optimization of delivery routes.
#47 AIRBUS OPERATIONS S.L.
Headquarters: France
Airbus Operations S.L. is a division of Airbus, specializing in the design, manufacture, and support of Airbus commercial aircraft. They are known for their innovation and technological leadership in aviation.
Key Patents in Hyperloop Transportation
Aircraft System with Detachable Auxiliary Vehicle (US11084602B2)
Aircraft system with a detachable auxiliary vehicle for assisted takeoff and climbing to reduce weight and fuel consumption. The system features a main aircraft optimized for cruise and landing, and a lighter auxiliary aircraft that attaches during ground operations, taxiing, takeoff, and climbing. The main aircraft can fly independently but with limited payload and range. The auxiliary helps during phases requiring extra thrust, allowing for reduced weight and fuel needs for the main aircraft.
Detachable Auxiliary Aircraft for Enhanced Efficiency (US20190161209A1)
Aircraft system with a detachable auxiliary aircraft that assists the main aircraft during ground operations, taxiing, takeoff, and climbing phases. The main aircraft is optimized for cruise and landing, while the auxiliary aircraft provides extra thrust during critical phases. The main and auxiliary aircraft can detach after takeoff, reducing the main aircraft’s weight for longer range and lower fuel consumption. The auxiliary aircraft can be distributed at airports along the main aircraft’s route.
#48 VLADIMIR PETROVICH SEVASTYANOV
Vladimir Petrovich SEVASTYANOV is an engineer and inventor specializing in UAV systems. His work aims to develop advanced technologies for enhancing the performance and capabilities of unmanned aerial vehicles.
Key Patents in Hyperloop Transportation
Nuclear-Powered Aircraft System (US20230211886A1)
Nuclear-powered aircraft system for high-capacity cargo and passenger transportation. The system includes a fleet of electric aircraft towed by nuclear-powered motherships. The electric aircraft can detach and reattach during flight to optimize routes and landings. The nuclear-powered motherships provide thrust and range extension, enabling high-efficiency transportation over long distances using nuclear power.
#49 MIN-CHUNG GIA
Min-Chung Gia is an innovator in advanced UAV technologies, focusing on enhancing the performance and capabilities of unmanned aerial systems. His work includes developments in drone propulsion and navigation.
Key Patents in Hyperloop Transportation
UAV Logistics Operation Using Blockchain (US11580866B2)
Unmanned aerial vehicle (UAV) logistics operation and air traffic control method based on blockchain technology. The method uses blockchain for secure and efficient flight planning, collision prevention, and airspace management. UAVs register their flights, obtain clearance, and broadcast status updates, enabling real-time airspace monitoring and optimized use of the airway.
#50 AMAZON TECHNOLOGIES, INC.
Headquarters: Seattle, Washington, USA
Amazon Technologies, Inc. is a subsidiary of Amazon, focusing on developing innovative technologies for logistics and delivery. Their work includes advancements in drone delivery systems and autonomous vehicles.
Key Patents in Hyperloop Transportation
Dynamic Drone Deployment for 5G Networks (US11895508B1)
System for deploying drones to extend 5G networks by adding coverage, capacity, and mobility. Drones with base stations or radio units dynamically fill network gaps, serve remote areas, and provide temporary network expansion. They can land, deliver and exchange batteries, connect to infrastructure, and fly to new locations as needed.
#51 AERIS, LLC
Headquarters: Colorado, USA
Aeris, LLC specializes in UAV technologies for various applications, including aerial surveying and cargo delivery. Their innovative solutions focus on enhancing the operational efficiency and capabilities of drones.
Key Patents in Hyperloop Transportation
Dynamic UAV Route Planning System (US20230343226A1)
Dynamic route planning and scheduling system for unmanned aerial vehicles (UAVs) that responds to changing environmental conditions and airspace demand. Uses graph analytics and weather forecasting to calculate routes and schedules, accounting for wind variability and building effects to optimize UAV operations.
What’s Next?
The hyperloop transportation industry is at a pivotal moment. As the world looks to more sustainable and efficient modes of travel, the hyperloop transportation offers a promising solution. With continued innovation and collaboration, the dream of high-speed, low-impact transportation can become a reality.
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