aLL-i is a conceptual product design and digital manufacturing platform that is transforming and disrupting product design and manufacturing. It is enabled by APIs and leverages advanced algorithms and data processing techniques to enable the design and production of sustainable, efficient, circular, and carbon-neutral products
ALL-i is an integrated design platform enabled by APIs, designed, developed, and updated to make vehicle design, across the product life cycle, sustainable, efficient, circular, and carbon-neutral by achieving ambitious targets on concept design and production. It is classified under three sub-modules, making it possible to realize these goals.
aLL-i branches featured in collaborative projects committed in aLL-i platform, LGPL license allows developers and companies to use and integrate a software component into their own software without being required by the terms of a strong copyleft license to release the source code of their own components.
aLL-i is an API-enabled platform that integrates all featured modules and product branches committed by users.
aLL-i plug-ins on Open AI to develop featured product APIs on an open source framework by leveraging the available APIs and algorithms to create powerful models for featured products by users.
aLL-i virtual world created with the aLL-i platform. This metaverse would be made up of a variety of applications and experiences, allowing users to explore, interact, and create in an immersive virtual environment.
aLL-i tools and resources provided by aLL-i that allow developers to create powerful applications. This framework offers APIs, libraries, and other resources to help developers create interactive and engaging experiences for users.
aLL-i data to the data collected and stored by the aLL-i platform. This data can include user information, analytics, and other data that is used to provide insights and inform decisions
aLL-i computing power and resources provided by the aLL-i platform. This computing power and resources can be used for a variety of tasks, such as simulations, artificial intelligence, and machine learning.