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 Al models for perception, reasoning and action.
Proven on 50,000+ hours of robotic data — TorqueAGI delivers reliable perception, reasoning, and planning in real-world conditions.
TorqueAGI masters new tasks with 1,000x less data – cutting months of field collection into days of deployment.
TorqueAGI runs natively on edge hardware — delivering low-latency, interpretable, and reliable performance from lab to field.
TorqueAGI models are built on a shared Physical AI foundation that enables robots to understand geometry, materials, and the structure of the world. Specialized by domain, they share core intelligence that transfers across tasks, environments, and embodiments.
TorqueFlow powers robotic operations in logistics and warehouse environments. By reasoning about spatial layouts, object relationships, and deformable materials, it enables reliable trailer unloading, mixed-SKU sorting, kitting, and deformable packing.
TorqueBuild is for reasoning about how things come together. It enables dexterous manipulation and multi-part assembly through long-horizon reasoning over geometry and contact, bringing structured manipulation to tasks like component assembly, part alignment, fastening, and drywall installation.
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TorqueInspect powers inspection and continuous monitoring across factories, facilities, and outdoor environments. By reasoning about materials, surfaces, and structural conditions over time, it detects defects, damage, safety risks, and tracks changes across physical assets.
TorqueField is for performing tasks in dynamic outdoor settings. It enables robots to operate through spatial understanding of terrain, objects, and context, supporting crop counting, selective harvesting and handling, infrastructure inspection, and field operations at scale.
Easy to integrate into any robot architecture
Built for the edge —no cloud required
Fully isolated — your data, your model, your IP
1000x less data required
Real-time, reliable, and field-ready
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