The Indian Institute of Science (IISc), Bengaluru, launched a “Moonshot” project on brain co-processors on 4 March 2026. The Pratiksha Trust, founded by Kris Gopalakrishnan and Sudha Gopalakrishnan, supports the project. The project aims to build devices that read, process and stimulate brain activity. Hence, it could help stroke survivors regain lost movement.
What the Moonshot Project Will Build
The team will develop both implantable and non-invasive co-processors. First, these devices decode signals from the brain. Then, AI algorithms process the signals. Finally, the device sends feedback to the brain through stimulation or neurofeedback. So, it works as a closed loop.
Focus on Stroke Survivors
The project focuses on cognitive rehabilitation after stroke. In particular, it aims to restore goal-directed reaching and grasping. In Phase 1, the team will validate a non-invasive co-processor for sensorimotor feedback. Meanwhile, it will prepare the groundwork for an invasive implant. Later, Phase 2 targets a minimally invasive device for patients with chronic deficits after middle cerebral artery stroke.
Team, Data and Digital Public Goods
The project grew out of a pilot under the Brain, Computation and Data Science initiative of IISc. This initiative involves more than 20 faculty members across departments. Also, the work combines neuroscience, electrical engineering, bioelectronics and neuromorphic computing. Moreover, the team plans India-specific databases of stereo EEG and ECoG recordings. It will also release open-source AI tools and datasets as digital public goods. Gopalakrishnan said, “India is emerging as a global leader in neuroscience.”
What Is a Brain Co-processor?
A brain co-processor is a type of brain-computer interface that both reads and writes neural signals. Unlike simple recording devices, it adapts its output to the brain in real time. Similarly, neuromorphic chips copy the way neurons process information, so they use little power. Therefore, they suit small implants that must run for long periods.
Brain Co-processors: Key Facts for Revision
- Institution: Indian Institute of Science (IISc), Bengaluru
- Launched: 4 March 2026
- Supporter: Pratiksha Trust (Kris and Sudha Gopalakrishnan)
- Goal: Decode brain signals, process them with AI and stimulate the brain
- Target condition: Stroke, especially middle cerebral artery stroke
- Technologies: Neuromorphic hardware, closed-loop stimulation, stereo EEG and ECoG
- IISc Director: Prof G Rangarajan
Why Brain Co-processors Matter for UPSC and UKPSC
Notably, UPSC GS-III often tests emerging technologies such as brain-computer interfaces and neuromorphic computing. So, remember the institution, the supporting trust and the focus on stroke. Also, link the project with India’s push for indigenous medical devices and digital public goods. For official updates, also visit the Indian Institute of Science. Next, for a related story, read about the Nobel Prize in Medicine 2026 for optogenetics.
So, are you preparing for the UKPSC Upper PCS 2026 prelims? Then join our UKPSC 2026 Prelims Test Series for regular practice.