How are LiDAR, AI-powered photometry, and Gaussian Splatting revolutionizing 3D spatial perception? From high-precision depth scans to ultra-realistic real-time rendering.
Collaborative AI robots are transforming automation! Helix introduces an intelligent system where machines don’t just work—they communicate in real time and distribute tasks optimally. How does this technology work? Find out now!
AI agents are revolutionizing numerous industries – from customer service and automation to autonomous systems and smart cities. Ulrich Buckenlei analyzes their current applications and future potential.
Which AI video platform offers better legal security and data protection? Our overview of Adobe Firefly Video and Sora highlights key differences, opportunities, and essential recommendations for businesses.
How about experiencing art in its full size and detail—without visiting a museum? Thanks to Virtual Reality, Mixed Reality, and AI-powered image processing, this is now possible.
Modern VR, AR, and spatial computing technologies enable users to experience insurance scenarios immersively. Through interactive simulations, customers can realistically recreate potential risks such as earthquakes, fires, or water damage.
After the devastating fire at Notre-Dame in 2019, cutting-edge 3D scanning technology combined with AI is enabling an unprecedented restoration. Precise digital twins and AI are accelerating the reconstruction process.
The way we capture and utilize 3D models is evolving rapidly. Modern technologies such as Artificial Intelligence, LiDAR, and Spatial Computing enable unprecedented precision and interactivity.
Tesla is setting new standards in autonomous driving. With the help of artificial intelligence and digital twins, vehicles autonomously navigate through production facilities and logistics centers.
3D Gaussian Splatting is changing the way digital visualization works. Instead of traditional polygon meshes, millions of semi-transparent Gaussian splats are used to create highly detailed 3D models.