October 2023 Summaries

Turing株式会社, established in 2021 with the mission "We Overtake Tesla," aims to mass-produce fully autonomous electric vehicles. Co-founded by CEO Kazunari Yamamoto, known for developing a shogi program that defeated a master player, Turing will make its debut at the JAPAN MOBILITY SHOW 2023. The company will showcase a concept car featuring in-vehicle infotainment (IVI) integrated with Mapbox, a decision driven by the ease of use and flexibility of Mapbox’s API and SDK offerings. Shoutaro Watanabe, responsible for software development, highlighted the simplicity and adaptability of Mapbox for navigation app development on iOS and Android platforms. Turing plans to explore the incorporation of 3D map displays and AI, such as voice recognition and large language models, into their IVI systems. The company envisions producing 10,000 fully autonomous EVs by 2030, viewing this as merely the beginning of their journey. At the show, Turing's booth will feature a concept car that demonstrates the company's ability to transition from software innovation to hardware development, showcasing not only a striking design but also a functional vehicle.

Mapbox has introduced the Mapbox Standard style, a new feature designed to simplify and enhance map creation by reducing the need for technical and cartographic expertise. This update includes a 3D basemap that provides an up-to-date visual foundation for maps, along with the concept of "imports" and "slots" to allow for more efficient layering and styling. Imports enable users to combine a basemap with custom layers without the complexity of a monolithic style, while slots offer predefined placeholders for adding custom data, ensuring layers are appropriately positioned. The style also includes configuration options that allow users to tailor various aspects of the map, such as labels and lighting. These innovations mean that updates to the basemap can be delivered without manual upgrades, reducing the risk of breaking changes. The Mapbox Standard style is available in pre-releases of the latest Maps SDKs, and users are encouraged to experiment with this new approach to map building.

Mapbox has introduced Isochrones with the "depart_at" functionality, enhancing its Isochrone API by enabling users to predict estimated times of arrival (ETAs) for specific days and times, utilizing the company's proprietary traffic data sourced from over 700 million monthly active users. This feature allows users to create isochrones that incorporate predicted traffic patterns for future dates, providing high-resolution temporal and spatial analyses that are crucial for planning purposes. The data, supported by more than 400 billion monthly live location updates and validated against over 1 million daily trips, ensures accuracy by using machine learning to refine predictions. Users can integrate this feature into their workflow by appending a departure time in ISO-8601 format to their API call, allowing the isochrone to account for historic traffic data and conditional restrictions relevant to the specified time.

Mapbox has been recognized for the second consecutive year as the "Navigation Technology Solution of the Year" at the AutoTech Breakthrough Awards, highlighting its impact on the automotive and transportation technology sectors. With partnerships involving major automakers like Toyota, GM, Rivian, and BMW, Mapbox technology enables the development of highly customized navigation systems that offer live data updates and seamless improvements. Notable innovations include the 3D Live Navigation map style, which enhances driver experience with detailed models, dynamic lighting, and live road conditions, improving safety and situational awareness. Mapbox's offerings for Electric Vehicles continue to grow, including the EV Charge Finder API and solutions for range prediction and battery management. New ADAS offerings provide vital map data for safety features, while the Autopilot Map expands high-definition road data coverage. Additionally, Mapbox has introduced MapGPT, a conversational AI service that allows for the creation of customized voice assistants for in-depth discussions about navigation and landmarks. These technologies underscore Mapbox's role in advancing navigation systems, as evidenced by its expanded partnerships and recognition by the AutoTech Breakthrough Awards.

The Mapbox Autopilot Map introduces an innovative approach to enhancing vehicle autopilot systems by providing precise, frequently updated maps that significantly expand navigable road coverage. Unlike traditional high-definition maps that rely on costly and infrequent updates from survey vehicles, Mapbox's system leverages data from ordinary sensor-equipped vehicles to dynamically update its maps in real-time, enhancing road network coverage, data freshness, and map distribution. This crowd-sourced data collection, combined with AI-enhanced insights, provides detailed information on road features and optimal driving paths, improving autopilot system performance in complex driving scenarios. By allowing real-time streaming of incremental map updates, the Autopilot Map reduces data bandwidth requirements and enables seamless integration with various data formats and vehicle systems, ultimately enhancing driver confidence and reducing autopilot disengagements. Currently, the Mapbox Autopilot Map is available to select customers in Western Europe and North America, aiming to provide an adaptable and comprehensive mapping solution for carmakers.

Mapbox has introduced MapGPT, an advanced conversational AI service designed for automakers to create custom voice assistants that offer natural and actionable interactions for drivers. Integrating Mapbox's leading location services with real-time context, MapGPT provides enhanced comprehension and relevant recommendations, distinguishing it from traditional voice assistants. Automakers can personalize every facet of MapGPT, including the choice of large language models, knowledge base, actions, and even the assistant's voice and personality, to offer a tailored driving experience. This generative AI-powered assistant, the first of its kind, can integrate services like OpenTable for reservations, The Weather Company for weather updates, and PayPay for payments, all while enhancing safety and engagement for drivers. Offline, MapGPT can still function with a Tiny LLM embedded in the vehicle, allowing users to access essential services without internet connectivity. These features, combined with in-depth knowledge of drivers' locations and destinations, aim to modernize and elevate in-car voice interfaces, providing automakers with innovative tools to meet evolving consumer expectations.