Helm.ai Driver: Vision-only real-time path prediction for urban driving

Our deep neural network (DNN)-based path prediction model uses camera-based perception and end-to-end learning to enable scalable highway and urban autonomous driving—without HD maps or Lidar.

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Advantages of Helm.ai Driver

Vision-based real-time path prediction for any vehicle
Helm.ai Driver predicts the future path of the vehicle in real time using only camera-based perception—no HD maps, Lidar, or additional sensors required.
Greater interpretability and efficient validation workflows
Helm.ai Driver is compatible with our production-grade surround-view perception stack. The model takes perception output as input, enabling efficient validation workflows and improved interpretability through modular integration.
Scalable, adaptive performance across driving environments
Our model learns driving behavior end-to-end from real-world data, resulting in emergent, human-like maneuvers. This approach enables the model to scale across geographies and driving conditions—without the need for explicit programming.

KEY CAPABILITIES

Deep neural network trained using Deep TeachingTM

Helm.ai Driver is trained on large-scale real-world data using Helm.ai’s proprietary Deep Teaching™ methodology—an unsupervised learning approach that improves accuracy and robustness without manual labeling.

Emergent driving intelligence without hand-coded rules

The model exhibits complex urban driving behaviors—including intersections, turns, obstacle avoidance, passing maneuvers, and response to vehicle cut-ins—that emerge naturally from end-to-end learning, without being explicitly programmed or tuned.

Tested in a closed-loop simulation

Helm.ai Driver continuously responds to dynamic environments, as demonstrated in closed-loop simulation using CARLA simulator. Simulated scenes are re-rendered with GenSim-2 to produce highly realistic camera outputs, enabling scalable development and validation.

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