K2K® Delivers Next-Generation Video Intelligence AI Agents powered by NVIDIA Cosmos 3

June 1ˢᵗ, 2026

With NVIDIA Cosmos 3, K2K® is advancing physical AI that transform video streams into structured intelligence for smart spaces, infrastructure and industrial processes.


Video intelligence is moving beyond basic visual understanding

K2K® is leveraging NVIDIA Cosmos 3, the first open OmniModel with native vision reasoning, world generation and action generation, to accelerate the development of sovereign Video Intelligence AI Agents for smart spaces, road environments, infrastructure analysis, logistics, quality control and industrial systems.
Built on a breakthrough Mixture of Transformers architecture, Cosmos 3 combines an autoregressive reasoner with a diffusion generator in a single model.


From Video Streams to Operational Intelligence

Through the ecosystem IKM® VLMs, K2K® builds domain-specific Video AI architectures that return structured outputs.
The IKM® workflow, accelerated by NVIDIA, covers large-scale video preprocessing, anonymization, dataset preparation, fine-tuning and structured evaluation and Cosmos 3 extends this foundation by bringing native vision reasoning, world generation and action-oriented capabilities, enabling to build more capable agents for real-world environments where context, timing and physical coherence matter.


Building Physical AI for Smart Spaces

Smart spaces generate massive volumes of visual data, turning that data into operational intelligence requires complex architectures. Through Agentic AI, it is possible to simplify these processes, analyzing physical context, understanding scene dynamics and producing structured outputs.
Cosmos 3, with its synthetic video generation capabilities, can help expand training coverage for complex or costly-to-capture scenarios. Its closed-loop simulation capabilities can support future workflows where AI agents learn from plausible futures before deployment in real-world environments. Its open model strategy supports K2K®’s focus on sovereign and domain-specific AI systems.