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On November 10, 2026, Ant Lingbo Technology released and open-sourced the general-purpose tactile foundation model LingBot-Touch, which uniformly converts three types of tactile signals—vision-based tactile sensing, magnetic tactile sensing, and piezoresistive tactile sensing—into general-purpose tactile tokens usable by action models. According to a Phoenix Technology report, the team collected nearly 5,000 hours and 1.33 billion frames of real tactile data using human-worn tactile gloves plus real-robot teleoperation, two-thirds of which came from the human gloves; after integration with T-Rex, π0.5, and LingBot-VLA, the average success rates increased by 23.18, 21.81, and 24.81 percentage points respectively, and the lightest Tiny version has only 5.32 million parameters, adding just 0.13% to 0.16% to the parameter count after integration. Shangguan News reported the same day that in 26 real-robot tests on the two dexterous hands Sharpa Wave and XHand1, after integration the average task success rates of the four action models LingBot-VLA, π0.5, Diffusion Policy, and T-Rex increased by about 14 to 26 percentage points compared with no tactile sensing, and the technical report, model, and code have been open-sourced on Hugging Face, GitHub, and the ModelScope community.
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Robbyant open-sources tactile foundation model LingBot-Touch
Source:Shangguan News
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Nov 10
Shanghai Observer
Ant Lingbo Open-Sources Tactile Foundation Model LingBot-Touch
Ant Lingbo Technology has open-sourced the tactile foundation model LingBot-Touch, pretrained on nearly 5,000 hours of real tactile data, covering three types of sensing principles: magnetic tactile, visuotactile, and piezoresistive, and outputting unified tactile Tokens for use by different dexterous hands and action models. In 26 real-robot tests on two dexterous hands, Sharpa Wave and XHand1, after integration, the average task success rates of four action models—LingBot-VLA, π0.5, Diffusion Policy, and T-Rex—increased by approximately 14 to 26 percentage points compared with when no tactile sensing was used. The technical report, model, and code have been open-sourced on Hugging Face, GitHub, and the ModelScope community.
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Phoenix Technology
Ant Lingbo Open-Sources Tactile Foundation Model LingBot-Touch, 5.32M Parameters Integrates with Mainstream Action Models
Ant Lingbo Technology released and open-sourced the general-purpose tactile foundation model LingBot-Touch, which uniformly converts three types of tactile signals—vision-based tactile sensing, magnetic tactile sensing, and piezoresistive tactile sensing—into general tactile Tokens usable by action models. The team used human tactile gloves plus real-robot teleoperation to collect nearly 5,000 hours and 1.33 billion frames of real tactile data, two-thirds of which came from human gloves. After integration with T-Rex, π0.5, and LingBot-VLA, the average success rates improved by 23.18, 21.81, and 24.81 percentage points, respectively. The lightest Tiny version has only 5.32 million parameters, and after integration the parameter count increases by only 0.13% to 0.16%.
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Ant Lingbo Open-Sources Tactile Foundation Model LingBot-Touch
Ant Lingbo Technology has open-sourced the tactile foundation model LingBot-Touch, pretrained on nearly 5,000 hours of real tactile data, covering three types of sensing principles—magnetic tactile, visuotactile, and piezoresistive—and capable of converting different signals into a unified tactile representation. In 26 real-robot tests on two dexterous hands, the Sharpa Wave and XHand, after integrating this representation, the average task success rates of four action models—LingBot-VLA, π0.5, Diffusion Policy, and T-Rex—increased by approximately 14 to 26 percentage points compared with when no tactile sensing was used. All 26 tests used the lightweight version LingBot-Touch-Tiny with approximately 5.3 million parameters; after integration, the model parameter count increased by only about 0.13% to 0.16%.
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Robbyant Ant Lingbo
Ant Robbyant Open-Sources Tactile Foundation Model LingBot-Touch
Ant Robbyant has open-sourced the tactile foundation model LingBot-Touch, aimed at dexterous manipulation and pretrained on nearly 5,000 hours of real tactile data. Through unified heterogeneous tactile modeling, the model supports transfer across sensors, dexterous hands, tasks, and action models.
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