Seerslab develops AI-powered extended reality (XR) technology that integrates digital twin and human AI systems to create immersive experiences bridging the virtual and physical worlds. This technology enables real-time interaction in various environments, enhancing user engagement and creating new business opportunities.
Funding
Funding not disclosed
Founders
Product
Problem
Creating immersive experiences that seamlessly blend the virtual and physical worlds requires advanced technology to enable real-time interaction between humans, spaces, and AI. Existing solutions often lack the sophistication to virtualize and explore spaces effectively, hindering the creation of new consumer experiences and business value.
Solution
Seerslab offers an AI-powered extended reality (XR) platform designed to bridge the gap between the virtual and real worlds. Their technology leverages Human AI, Spatial AI, and XR (Extended Reality) to enable real-time interaction between humans, spaces, and AI. By using digital twin technology, Seerslab virtualizes and explores spaces, creating new consumer experiences and business value through interaction between virtual and physical environments. The platform provides tools for immersive content creation and enterprise innovation, supporting augmented reality (AR), mixed reality (MR), and metaverse applications.
Target Audience
Seerslab's primary customers include enterprises and developers looking to create immersive XR experiences, integrate digital twins, and leverage AI for enhanced user engagement in virtual and physical environments.
Features
- Human AI: Creates AI-powered digital humans to enhance interaction between the virtual and real worlds.
- Spatial AI: Employs digital twin technology and AI to virtualize and explore spaces.
- XR (Extended Reality): Offers solutions for immersive content and enterprise innovation, supporting AR, MR, and metaverse applications.
- ARGear: AR development engine for creating augmented reality experiences.
- MirrorTown: An open spatial computing platform for digital twin applications.