Segment Anything (Meta)
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Pricing model
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Segment Anything AI (Meta) provides the Segment Anything Model (SAM), an AI tool capable of isolating any object within any image. SAM is promptable and exhibits zero-shot generalization to novel images and objects, utilizing a range of input prompts that allow seamless integration with other AI systems. It can also be trained to label images and enhance its dataset. The SAM model is crafted to be efficient and adaptable, optimizing its data engine's performance. Contributors to the project include Alexander Kirillov, Eric Mintun, Nikhila Ravi, among others. The code is accessible on GitHub, and users can subscribe to their newsletter for updates on their latest research advancements.
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UnDatasIO is a corporate platform designed to convert unstructured data from multiple file types (PDF, DOCX, PPTX, PNG, JPG, HTML) into assets ready for AI application. It specializes in document parsing, smart table recognition and extraction, and smooth API integration. Users might select UnDatasIO for its precision in data extraction, thorough format compatibility, integration features, and strong security protocols. This tool is especially useful for data analysts, business professionals, developers, and organizations aiming to automate data processing operations, improve data management systems, and obtain actionable insights from intricate documents effectively and securely.
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The company has created a photorealistic 3D capture software aimed at delivering 3D images on smartphones. This platform employs a neural capture and rendering system to turn everyday smartphone photos into photorealistic 3D captures, serving sectors like e-commerce, real estate, and the 3D gaming industry. It allows users to engage with photos and videos within a mixed-reality 3D environment.
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Monster Mash is an innovative tool for sketch-based modeling and animation, enabling users to swiftly sketch a character, convert it into a 3D model, and animate it seamlessly. All interactions occur within the sketching plane, eliminating the need for 3D manipulation.