Mapless AI – Remote Car Operations for Driverless Mobility

In a groundbreaking move towards autonomous transportation, Pittsburgh-based Mapless AI is testing two teleoperated vehicles at Pittsburgh International Airport. This innovative technology aims to turn any regular vehicle into a remote-controlled transport, summoned by users through an app and driven remotely by operators based in Downtown Pittsburgh.

Mapless AI’s approach leverages cloud-based vehicular networks and intelligent transportation infrastructure to enable remote car operations. The system utilizes vehicle-to-everything (V2X) communication, allowing trained professionals to control and monitor autonomous vehicles from a distance through secure cloud connectivity.

What sets Mapless AI apart is its focus on safety. The technology is designed to handle disconnections by safely decelerating the vehicle until manual control is established. Moreover, the company’s co-founders, Jeffrey Kane Johnson and Philipp Robbel, have extensive experience in autonomous vehicle safety engineering from tech giants like Apple, Bosch, and Uber.

Key Takeaways

• Mapless AI is testing remote-controlled cars at Pittsburgh International Airport’s xBridge innovation center.
• The technology enables users to summon driverless vehicles through an app and have them remotely driven by operators.
• Mapless AI’s system prioritizes safety, with onboard intelligence to handle connectivity loss and co-founders with expertise in autonomous vehicle safety engineering.
• Pittsburgh is a hub for autonomous vehicle testing and development, making it an ideal testing ground for Mapless AI’s innovative solutions.
• The company’s lightweight equipment can be easily installed and removed from vehicles without impacting warranties or resale value.

Mapless AI – Remote Car Operations

Mapless AI, a pioneering company in the field of driverless mobility, has developed an innovative system that enables remote car operations through cloud-based vehicular networks and intelligent transportation infrastructure. This cutting-edge technology leverages vehicle-to-everything (V2X) communication, allowing trained operators to control and monitor autonomous vehicles from a distance using secure cloud connectivity.

Cloud-Based Vehicular Networks

At the heart of Mapless AI’s solution lies a robust cloud-based vehicular network, which facilitates real-time data exchange and communication between remote operators and autonomous vehicles. This network ensures seamless control and oversight, enabling trained professionals to monitor and manage fleets of autonomous vehicles remotely.

Intelligent Transportation Infrastructure

Complementing the cloud-based vehicular network is Mapless AI’s integration with intelligent transportation infrastructure. This cutting-edge approach utilizes advanced sensors, communication systems, and data analytics to optimize traffic flow, enhance safety, and improve the overall efficiency of autonomous vehicle operations.

Vehicle-to-Everything (V2X) Communication

Mapless AI’s teleoperation systems rely on vehicle-to-everything (V2X) communication, a critical component that enables autonomous vehicles to communicate with other vehicles, infrastructure, and remote operators. This technology facilitates real-time data exchange, ensuring that remote operators have access to crucial information about the vehicle’s surroundings, traffic conditions, and potential hazards.

By combining these cutting-edge technologies, Mapless AI is paving the way for safe, efficient, and reliable remote car operations, bringing the future of driverless mobility within reach.

Enabling Driverless Mobility

Mapless AI is revolutionizing the transportation industry with its innovative approach to driverless mobility. Their technology seamlessly integrates into existing fleet vehicles, enabling remote car operations and autonomous driving capabilities. By leveraging cloud-based vehicular networks and intelligent transportation infrastructure, Mapless AI empowers businesses to embrace the future of mobility with ease.

Easy Fleet Integration

One of the key advantages of Mapless AI’s system is its effortless integration into existing fleets. Whether you operate a rental car service, a delivery network, or a transportation company, their teleoperation systems can be retrofitted onto your vehicles with minimal disruption. This approach eliminates the need for costly replacements, allowing businesses to capitalize on driverless mobility while maximizing their existing assets.

Fully Insured Remote Operations

Recognizing the importance of safety and liability in the realm of autonomous vehicles, Mapless AI offers fully insured remote operations. Their comprehensive solution includes insurance coverage during remote control, ensuring peace of mind for both businesses and consumers. This commitment to safeguarding operations underscores Mapless AI’s dedication to enabling secure and reliable driverless mobility for a wide range of fleet vehicles.

By combining cutting-edge technology with comprehensive insurance coverage, Mapless AI empowers businesses to confidently embrace the future of driverless mobility, enabling seamless operations, enhanced efficiency, and a commitment to safety that sets new industry standards.

The Future of Autonomous Vehicles

The autonomous vehicle revolution is rapidly transforming the transportation landscape, and Pittsburgh stands at the forefront of this groundbreaking technological shift. With its thriving ecosystem of automakers, tech giants, and startups, the city has emerged as a hub for autonomous vehicle testing and development.

Pittsburgh’s Leadership in Autonomous Technology

Pittsburgh’s rise as a leader in autonomous vehicle technology is undisputed. Major players like Uber, Argo AI, and Aurora have established operations in the city, leveraging its favorable environment for testing and innovation. This leadership position makes Pittsburgh an ideal testing ground for cutting-edge solutions like Mapless AI’s remote car operations.

Mapless AI, a pioneering mobility technology company, is capitalizing on Pittsburgh’s autonomous vehicle ecosystem by testing its remote-controlled vehicles at Pittsburgh International Airport. The company’s innovative approach to driverless mobility utilizes cloud-based vehicular networks and intelligent transportation infrastructure to enable autonomous vehicle control from a distance.

Testing Ground for Innovative Solutions

The xBridge innovation program at Pittsburgh International Airport has been a catalyst for testing and refining cutting-edge technologies for nearly three years. Mapless AI’s partnership with xBridge provides a real-world operating environment to validate its teleoperation systems and explore how its technology can enhance the airport experience, such as streamlining rental car operations and passenger transportation.

With its focus on vehicle-to-everything (V2X) communication, over-the-air software updates, and edge computing for vehicles, Mapless AI’s technology aims to revolutionize the fleet and mobility industries, while prioritizing cybersecurity in connected cars. As the future of transportation unfolds, Pittsburgh’s leadership in autonomous vehicle technology positions it as a global epicenter for innovation.

xBridge Innovation Program at Pittsburgh International Airport

Pittsburgh International Airport (PIT) is a hub for innovative technologies, embracing cutting-edge solutions to enhance airport operations and passenger experience. One such initiative is the xBridge innovation program, which serves as a testing ground for companies like Mapless AI to pilot their remote car operations and driverless mobility systems.

Testing Ground for Mapless AI

Mapless AI, a pioneer in autonomous vehicle control and teleoperation systems, is the latest partner in the xBridge program at PIT. The company is testing two remote-controlled vehicles on the airport’s roadways and passenger curbs, showcasing its innovative concepts in driverless mobility. This real-world operating environment allows Mapless AI to validate its cloud-based vehicular networks and vehicle-to-everything (V2X) communication technology in practical settings.

Enhancing the Airport Experience

The partnership between Mapless AI and the xBridge program presents an opportunity to revolutionize transportation networks and airport experiences. Mapless AI’s technology is specifically designed to work seamlessly in airport settings, offering a new car-hailing service that can streamline rental car operations and passenger transportation. By leveraging intelligent transportation infrastructure and over-the-air software updates, the company aims to provide efficient and seamless mobility solutions, ultimately enhancing the overall airport experience.

With the xBridge innovation program at PIT in existence for nearly three years, it has established itself as a significant platform for testing various technologies related to airport operations and passenger services. As Mapless AI explores the potential of its remote car operations and driverless mobility systems, the partnership promises to unlock transformative possibilities in the realm of autonomous vehicle control and edge computing for vehicles.

Safety: The Core Mission

Mapless AI’s unwavering commitment to safety is deeply ingrained in its core mission and drives every aspect of its remote car operations and driverless mobility technology. With a team of experts in autonomous vehicle safety engineering at the helm, the company is well-equipped to navigate the complex challenges of remote-controlled transportation.

Autonomous Vehicle Safety Engineering Expertise

The founders of Mapless AI, Jeffrey Kane Johnson and Philipp Robbel, bring a wealth of experience from their tenures at technology giants like Apple, Bosch, and Uber, where they led teams dedicated to autonomous vehicle safety engineering. Their expertise in this critical field ensures that Mapless AI’s teleoperation systems, cloud-based vehicular networks, and intelligent transportation infrastructure are built upon a solid foundation of safety principles.

Onboard Intelligence for Connectivity Loss

Recognizing the potential risks associated with remote operations, Mapless AI has implemented robust onboard intelligence within its vehicles. In the event of connectivity loss with the remote operator, the vehicle’s systems are designed to seamlessly take over, decelerating and bringing the vehicle to a safe stop until reconnection or manual control can be established. This failsafe mechanism underscores the company’s commitment to ensuring the safety of its remote car operations and driverless mobility solutions, even in the face of unexpected network disruptions.

With safety at its core, Mapless AI is poised to revolutionize the transportation industry by offering a secure and reliable platform for remote car operations and driverless mobility. By leveraging the expertise of its founders and implementing cutting-edge technologies, the company aims to pave the way for a future where autonomous vehicles can seamlessly navigate our roads, providing efficient and safe transportation solutions for all.

Teleoperated Vehicles

Mapless AI’s groundbreaking teleoperation systems enable the seamless integration of remote car operations into the realm of driverless mobility. At the heart of this innovation lies the capability to remotely control and navigate vehicles by trained professionals, delivering a truly autonomous experience without the need for a physical driver.

Remote Driving by Trained Operators

Through the power of cloud-based vehicular networks and vehicle-to-everything (V2X) communication, Mapless AI’s teleoperated vehicles are expertly maneuvered by skilled operators from a remote command center. These trained professionals leverage cutting-edge autonomous vehicle control technologies to guide the vehicles safely and efficiently to their destinations, ensuring a seamless and secure journey every time.

Delivered Driverless and On-Demand

Mapless AI’s innovative approach empowers users to summon teleoperated vehicles on-demand through a convenient mobile application. Once a request is placed, a remote operator takes control of the vehicle, navigating it autonomously to the requested location. This service exemplifies the essence of driverless mobility, delivering a hassle-free and efficient transportation experience without the need for a physical driver behind the wheel.

Notably, Mapless AI is currently conducting real-world testing of their teleoperated vehicles at the prestigious Pittsburgh International Airport. As part of the airport’s xBridge innovation program, two Kia vehicles are being put through their paces, allowing the company to gather invaluable user feedback and refine their technology for widespread adoption.

With a strong focus on safety and a commitment to pushing the boundaries of intelligent transportation infrastructure, Mapless AI’s teleoperated vehicles are poised to revolutionize the way we perceive and experience mobility, ushering in a new era of convenience and efficiency for the transformative possibilities of autonomous transportation.

Transformative Possibilities

Mapless AI’s innovative remote car operations technology holds transformative potential for transportation networks. Imagine a future where vehicles seamlessly handle parking autonomously, moving to designated spots when not needed and returning on-demand. This intelligent system could eliminate cluttered streets and reduce the need for vast parking lots, optimizing space and enhancing driverless mobility.

Car-Hailing Service

At the heart of Mapless AI’s offerings lies a pioneering car-hailing service that leverages teleoperation systems and cloud-based vehicular networks. Users can summon vehicles through a user-friendly app, and trained operators will remotely control the autonomous vehicle to the requested location. This service delivers true driverless mobility on-demand, ushering in a new era of convenience and efficiency.

Efficient Parking and Mobility Solutions

Beyond the car-hailing service, Mapless AI’s technology opens up possibilities for efficient parking and mobility solutions at transportation hubs like airports, rental car facilities, and more. With its autonomous vehicle control capabilities, the system can optimize vehicle routing, reduce idle time, and streamline operations, resulting in enhanced efficiency and a seamless experience for travelers and customers alike.

Furthermore, the integration of intelligent transportation infrastructure and vehicle-to-everything (V2X) communication enables real-time coordination and data exchange, paving the way for innovative solutions that redefine the boundaries of mobility.

Lightweight and Retrofittable Technology

Mapless AI’s innovative remote car operations technology stands out for its lightweight and easily retrofittable design, setting it apart from traditional autonomous vehicle control systems. Rather than relying on bulky sensor suites, Mapless AI employs a low-profile rack equipped with cameras and automotive sensors that can be securely mounted on the vehicle’s roof and seamlessly integrated with its computer system.

This approach not only minimizes the visual impact but also facilitates easy installation and removal, making it an attractive solution for fleet owners, rental companies, and individual vehicle users alike. The technology’s flexibility allows it to be retrofitted to a wide range of vehicles, enabling driverless mobility without the need for extensive modifications or infrastructure changes.

Notably, Imagry, an Israeli startup, is leading the way in developing lightweight and retrofittable self-driving software for buses. Their innovative approach creates a dynamic “map” of the vehicle’s surroundings without relying on preinstalled HD maps, allowing for seamless operation within a 200-meter radius and adaptation to unforeseen challenges.

Israel has 600 startups in the automotive domain, focusing on interfaces, safety systems, and “smart cities.” Imagry aims to have over a thousand buses in Israel with autonomous capabilities up to Level 4 by 2030.

This technological advancement not only showcases the potential of lightweight and retrofittable technology but also highlights Israel’s leadership in setting regulations for self-driving vehicles up to Level 4 autonomy, allowing for onboard supervision-free driving after rigorous testing.

Minimal Impact on Vehicles

One of the standout advantages of Mapless AI’s remote car operations technology is its minimal impact on the vehicles it is installed on. The company’s innovative approach ensures a seamless integration without compromising the vehicle’s integrity or resale value.

Easy Installation and Removal

Mapless AI’s system is designed for effortless installation and removal, making it an attractive solution for fleet owners and rental companies alike. The process is swift, taking a mere 15 minutes or less to complete. Crucially, no permanent modifications are required, eliminating concerns about voiding standard warranties.

No Warranty Voiding or Resale Value Impact

Unlike traditional autonomous vehicle conversions that often involve extensive modifications, Mapless AI’s teleoperation systems technology is temporary and easily removable. This means that the vehicle’s resale value remains unaffected, providing peace of mind for owners and operators. By addressing these critical concerns, Mapless AI paves the way for widespread adoption of remote car operations across various industries.

With its lightweight and retrofittable design, Mapless AI’s solution offers a practical and cost-effective approach to driverless mobility, empowering businesses to embrace the future of transportation without compromising their existing assets or investments.

Industry Partnerships and Testing

Mapless AI recognizes the importance of real-world testing and user feedback collection in refining its remote car operations technology. To this end, the company is actively pursuing strategic industry partnerships that provide access to real-world operating environments. One such collaboration is with the xBridge innovation program at Pittsburgh International Airport.

Real-World Operating Environment

The xBridge program at Pittsburgh International Airport has been operational for nearly three years, allowing companies to test various cutting-edge technologies in a practical setting. This intelligent transportation infrastructure serves as an ideal testing ground for Mapless AI’s teleoperation systems and cloud-based vehicular networks. The company is currently testing two remote-controlled vehicles at the airport, enabling them to gather valuable data and insights.

User Feedback Collection

By partnering with the xBridge program, Mapless AI gains access to a diverse range of potential users, including airport staff, travelers, and other stakeholders. This presents an opportunity to collect user feedback on the performance, usability, and overall experience of their autonomous vehicle control technology. Such feedback is crucial for iterating and improving the system, ensuring it meets the needs of various industries and applications.

Pittsburgh is a leader in autonomous vehicles technology, making it an ideal location for Mapless AI to test and refine its innovative solutions.

Beyond the airport partnership, Mapless AI is actively exploring collaborations with other industries and organizations to expand its testing capabilities further. These efforts are driven by the company’s commitment to ensuring the safety and reliability of its driverless mobility solutions before widespread deployment.

Through these strategic partnerships and rigorous testing efforts, Mapless AI aims to validate and refine its over-the-air software updates, edge computing for vehicles, and cybersecurity in connected cars, paving the way for the safe and widespread adoption of its vehicle-to-everything (V2X) communication technology.

Conclusion

As autonomous vehicle control continues to evolve, Mapless AI emerges as a pioneering force, reshaping the future of driverless mobility. By seamlessly integrating cloud-based vehicular networks, intelligent transportation infrastructure, and vehicle-to-everything (V2X) communication, the company enables safe and efficient remote car operations with minimal reliance on conventional infrastructure.

At the core of Mapless AI’s mission lies an unwavering commitment to safety, leveraging the expertise of autonomous vehicle safety engineering veterans. Their teleoperated vehicles boast onboard intelligence, ensuring a secure fallback mechanism during connectivity disruptions. This innovative approach to driverless mobility not only enhances transportation efficiency but also holds the potential to save countless lives by mitigating human error, a staggering factor in nearly 94% of road accidents, according to the American National Highway Traffic Safety Administration (NHTSA).

With its lightweight and retrofittable technology, Mapless AI offers a transformative solution for industries seeking efficient parking and mobility solutions. The company’s seamless integration and insured remote operations allow for easy fleet adoption, paving the way for groundbreaking services like on-demand car-hailing and optimized transportation networks. Moreover, Intel’s projection of a 250 million-hour reduction in commuting time per year upon autonomous vehicle deployment underscores the far-reaching impact of Mapless AI’s endeavors.