LingBot-Touch Brings JEPA To Robotics
LingBot-Touch is a tactile foundation model that uses a shared Transformer and masked latent prediction across magnetic, piezoresistive, and visuotactile sensors. Its paper reports that JEPA-style training outperforms MAE and VAE reconstruction objectives for downstream dexterous manipulation.
The compelling idea is treating touch as a transferable representation-learning problem rather than a hardware-specific signal-processing task.
- –Nearly 5,000 hours of heterogeneous tactile data feed one shared latent space
- –Canonical geometry and modality-specific tokenizers let different sensors communicate through one Transformer
- –Latent prediction avoids wasting capacity reconstructing sparse, mostly uninformative sensor readings
- –The released Tiny encoder has just 5.46M parameters, making high-frequency robot inference practical
- –Cross-sensor transfer is the real test: useful tactile features should survive new hands, layouts, and manipulation tasks
DISCOVERED
57m ago
2026-11-10
PUBLISHED
2h ago
2026-11-09
RELEVANCE
AUTHOR
omarsar0