Highly realistic AI-generated video for autonomous driving

VidGen-2 generates predictive video sequences with highly realistic appearances and dynamic scene modeling. Our generative AI video model enhances prediction tasks and generative simulation capabilities, enabling scalable and cost-efficient autonomous driving development and validation.

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Advantages of VidGen-2

Highly realistic AI generated videos
Leveraging a highly scalable generative AI and Deep TeachingTM approach, VidGen-2 creates highly realistic videos of global driving scenes.
Closing the 'sim-to-real' gap
VidGen-2 closes the 'sim-to-real' gap for camera-based autonomous driving data, enabling full-scope use of AI simulation-based training and validation.
Capital-efficient, large-scale training and validation
By closing the ‘sim-to-real’ gap across a wide variety of scenarios, VidGen-2 delivers a highly capital-efficient virtual fleet.

KEY CAPABILITIES

Highly realistic videos

VidGen-2 produces highly realistic images of virtual driving environments, including variations in illumination, weather conditions, times of day, geography, road geometries, road markings, vehicles and pedestrians, all at a resolution of 696x696 and up to 30 fps.

World scene generation

Our generative AI video model produces diverse driving scenes, encompassing various geographies, vehicle types, pedestrians, cyclists, intersections, turns, weather conditions, lighting effects, and accurate reflections.

Multi-camera support

VidGen-2 supports multi-camera views, generating footage from three cameras at 640 x 384 (VGA) resolution for each. The model ensures self-consistency across all camera perspectives, providing accurate simulation for various sensor configurations.

Human-like driving behaviors

The model reproduces realistic, human-like driving behaviors, generating motions for the ego-vehicle and surrounding agents in accordance with traffic rules.

Simulating rare corner cases

VidGen-2 can be used to generate a wide variety of scenarios that would be too rare or dangerous to encounter in real world driving.

Wide domain applicability

Beyond automotive applications, our model can be applied to various domains, including robotics and off-road autonomy.

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