TorqueAGI delivers Physical AI that enables robots to handle complex, real-world tasks, with high reliability and minimal data.
TorqueAGI delivers Physical AI that enables robots to handle complex, real-world tasks, with high reliability and minimal data.
From data efficiency to real-world robustness, TorqueAGI empowers robotics teams to go from years to weeks in developing AI models for perception, reasoning and action.
From occluded objects to dynamic obstacles, TorqueAGI delivers reasoning models for perception, reasoning, and manipulation.
TorqueAGI models learn new tasks from just a few demonstrations, reducing training data needs by 100x compared to traditional pipelines.
TorqueAGI delivers low-latency, edge-native modules designed for interpretability, reliability, and rapid integration.
TorqueAGI powers real-world robots, enabling them to navigate dynamic environments, handle edge cases, and reliably perform mission-critical tasks in the field.
Lighting, terrain, and crop variety vary across fields, but retraining shouldn’t be required. TorqueAGI handles dense foliage, irregular plant geometry, and multimodal perception with ease.
TorqueAGI enables robotic arms to handle objects reliably in dynamic, unmapped warehouses using spatially-aware, physics-informed models.
TorqueAGI gives construction robots the ability to perceive changing environments, detect hazards, and adapt actions on the fly, leveraging spatially-aware and physics-based models.
TorqueAGI delivers rugged autonomy via onboard compute, running edge-native models with temporal fusion and physics-informed priors for high-risk zones.
TorqueAGI supports on-device explainability, secure model isolation, and behavior traceability, which are critical for defense-grade deployments in GPS-denied or adversarial conditions.
TorqueAGI models enable real-time fault detection and predictive reasoning, allowing robots to inspect confined, critical environments like tunnels, pipe networks, bridges, and airports.
Easy to integrate into any robot architecture
Built for the edge —no cloud required
Fully isolated — your data, your model, your IP
100x less data required
Real-time, reliable, and field-ready
CTO of Coast Autonomous
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