
Gracia AI
Gracia AI is an AI company providing 4D Gaussian Splatting technology for volumetric video production; France Televisions named it as a vendor in its Roland-Garros 2026 RG Lab AI stack.
Last refreshed: 17 June 2026 · Appears in 1 active topic
What can broadcasters do with 4D Gaussian Splatting that they cannot do with conventional cameras?
Timeline for Gracia AI
Supplied 4D Gaussian Splatting technology for volumetric video production at Roland-Garros
Media's AI Pivot: France TV names its AI vendorsBackground
Gracia AI is an AI company providing 4D Gaussian Splatting technology for volumetric video production. France Televisions named Gracia AI as a vendor in its RG Lab AI production stack deployed at Roland-Garros 2026, disclosed on 11 June 2026. 4D Gaussian Splatting is a technique that represents a scene as a dense cloud of spatially and temporally defined primitives, enabling free-viewpoint video and immersive volumetric experiences from multi-camera capture rigs without constructing explicit 3D geometry. The Roland-Garros deployment represents the technique's application to a live sports broadcast context.
Gracia AI sits in the volumetric video and spatial-computing production segment, where the practical challenge is reducing the hardware and post-processing overhead of multi-camera rigs to the point that live or near-live production becomes feasible. France Televisions' public credit places Gracia AI alongside Decart (real-time video transformation), Topaz Labs (remastering), and other vendors in a multi-component live-production AI stack rather than a single end-to-end solution.
The 4D Gaussian Splatting approach is of growing relevance to broadcasters targeting immersive-viewing formats, including Android XR apps and spatial video platforms, as France Televisions also explored at Roland-Garros. The technique competes with more established volumetric formats such as photogrammetric reconstruction and structured-light capture, with the advantage of being derivable from standard multi-camera footage with sufficiently dense coverage.