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aLL-i is a conceptual design and digital manufacturing environment built as an open-source framework and integrated platform, interfaced using chatbot-transformed models with the ability to analyze and optimize both conventional and unconventional designs on digital twins in an engineering metaverse on augmented reality against physical models replicated as surrogates to update and validate digital twins. This capability is achieved in part by allowing analysis information for vehicles to be drawn from multiple sources.
aLL-i does not rely on fixed empirical correlations and other handbook approximations. Instead, it provides a framework that can be used to design and produce featured vehicle concepts featuring advanced technologies by augmenting relevant correlations with physics-based and data-driven engineering methods to achieve ultimate accuracy and reliability.
aLL-i is an open source framework that provides a comprehensive engineering metaverse on augmented reality, allowing users to design and manufacture featured vehicle concepts with advanced technologies. It utilizes its modular APIs, such as the aLL-i API, to monitor and control all design and manufacturing platforms, using digital twins on CNN models replicated against physical surrogates. This allows designs to be validated, developed, and updated instantly against changes in real-time data streamed on the aLL-i platform. Additionally, users have access to the latest software and hardware tools to optimize their product development process, as well as the ability to quickly share, edit, and review their designs with colleagues and other stakeholders.
The aLL-i platform features several APIs, including saVVY for conceptual design, i-poWer for power system design and management, and aLL-i E for all-electric propulsion system design. Each of these APIs is featured in separate branches on Github repositories, allowing users, engineers, and designers to contribute , collaborate, access the latest updates and features.
aLL-i is an open source framework that provides a comprehensive engineering metaverse on augmented reality, allowing users to design and manufacture featured vehicle concepts with advanced technologies. Through its modular APIs, users, designers, and engineers can collaborate on projects such as Blended Wing Body aircraft design and optimization, E Thrust for all-electric propulsion, HEPS for hybrid power systems, eVTOL, multicopter and CAV design. The aLL-i platform features several APIs, including saVVy for conceptual product design, aLL-i E for all-electric propulsion system design and alternatives, and i-poWer for power system design and management. With its branch APIs, users can access the latest updates and features for VEPDEM for power management system design and management, Hydrogen for design of hydrogen-fueled cells, and Battery for design and optimization of battery packs.
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