SpatialGen Announces the Launch of SpatialGen Labs to Accelerate Spatial Intelligence and Military Innovation
CHATTANOOGA, TN — SpatialGen, the industry leader in spatial video infrastructure and immersive media distribution, today announced the official formation of SpatialGen Labs. This new specialized branch is dedicated to the advancement of spatial intelligence, high-performance edge computing for the U.S. military, and the next generation of ultra-low-latency live immersive streaming.
Since its inception in 2023, SpatialGen has become the dominant force in the spatial computing era. Following a landmark year that included streaming the Los Angeles Lakers for Charter Communications and delivering on a United States Air Force (USAF) contract, the company is consolidating its R&D efforts under the “Labs” banner to push the boundaries of what is possible in 3D.
Redefining the “Spatial Edge”
SpatialGen Labs will focus on two core pillars:
-
Spatial Intelligence: Building on the success of their USAF contract, the Labs division will develop “Spatial Intelligence” tools designed to enhance lethality in the United States military. This includes real-time 3D reconstruction and spatial data visualization.
-
Live Immersive Infrastructure: Following the successful tests of its live immersive pipeline, SpatialGen Labs is perfecting the pipeline for live immersive video. This ensures that live sports, concerts, and global events can be delivered with “being there” fidelity to headsets worldwide.
Leadership Perspective
“SpatialGen has always been about building the infrastructure for spatial computing. With the launch of SpatialGen Labs, we are moving beyond just video distribution. We are increasing our capabilities in the intelligence layer for how spatial data is captured, reconstructed, and utilized in real-time, whether that’s on a basketball court or the battlefield.”
About SpatialGen Labs
SpatialGen Labs is the dedicated research and development division focused on advancing live spatial intelligence. The Labs divison is responsible for engineering the latest advances in applied computer vision, 3D Gaussian Splatting, and video encoding.