A 2026 Frontiers in Artificial Intelligence study used human forebrain organoids in an open-loop tactile-classification experiment. Event-based tactile data were encoded as electrical stimulation patterns and delivered through a low-density microelectrode array; conventional analysis decoded the organoid responses.
The authors reported average Braille-letter classification accuracy of 61% for a single organoid and 83% when responses from three organoids were combined. The study is useful because the inputs came from a real event-based tactile sensor and the multi-organoid result tested ensemble robustness.
Evidence status
Peer reviewed. The paper was accepted in the Organoid Intelligence section of Frontiers in Artificial Intelligence on 6 August 2026.
- Biological substrate
- Human forebrain organoids
- Task
- Braille-letter response classification
- Interface
- Low-density microelectrode array
- Published
- Frontiers in Artificial Intelligence, 2026