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Gracia AI
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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

Key Question

What can broadcasters do with 4D Gaussian Splatting that they cannot do with conventional cameras?

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Background

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.

Common Questions
what is Gracia AI?
Gracia AI is a French AI company providing 4D Gaussian Splatting technology for volumetric video production. France Televisions named it as a vendor in the RG Lab AI stack deployed at Roland-Garros 2026, disclosed on 11 June 2026.Source: Lowdown — Media's AI Pivot
what is 4D Gaussian Splatting?
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 rigs without constructing explicit 3D geometry. Adding the fourth dimension (time) allows it to handle motion, making it suitable for live sports.Source: Lowdown — Media's AI Pivot
where was Gracia AI's technology deployed in live sport?
Gracia AI's 4D Gaussian Splatting volumetric video technology was deployed by France Televisions at the Roland-Garros tennis tournament in 2026 as part of the RG Lab AI production stack. France Televisions publicly credited the company on 11 June 2026.Source: Lowdown — Media's AI Pivot
how does volumetric video work in broadcast?
Volumetric video captures a scene from multiple camera angles simultaneously, then processes the footage into a 3D representation that can be viewed from any angle. Gracia AI's Gaussian Splatting approach derives this from standard multi-camera footage, making it more practical for live sports productions that already operate multi-camera rigs.Source: Lowdown — Media's AI Pivot
why is volumetric video relevant to immersive broadcasting?
Volumetric video enables viewers to experience scenes in three dimensions via XR headsets or spatial video formats, rather than from a fixed camera angle. France Televisions also explored Android XR applications at Roland-Garros 2026, making Gracia AI's volumetric capture a component of that immersive-viewing pipeline.Source: Lowdown — Media's AI Pivot