Published: 7 March 2026PIB / Nature IndiaScience & Technology
IISc and Pratiksha Trust Launch Brain Co-Processor Moonshot to Restore Motor Functions in Paralysed Patients
The Indian Institute of Science (IISc), Bengaluru, in collaboration with Pratiksha Trust — the philanthropic organisation founded by Nandan and Rohini Nilekani — has launched India's first major institutional Brain-Computer Interface (BCI) moonshot programme. Named the Brain Co-Processor Project, the initiative aims to develop an implantable device that reads neural signals from a paralysed patient's brain and translates them into commands to restore motor and sensory functions, bypassing damaged spinal cord or nerve pathways.
A Brain-Computer Interface (BCI) establishes a direct communication channel between the brain and an external device. The IISc project envisions a closed-loop system: electrodes implanted in the motor cortex record neural firing patterns, which are decoded by an AI chip and used to stimulate muscles or robotic limbs in real time. This approach differs from passive assistive devices — it seeks to restore voluntary movement in patients with spinal cord injuries, ALS (amyotrophic lateral sclerosis), or stroke-induced paralysis.
India's entry into institutional BCI research is significant. Global precedents include the BrainGate consortium (Brown University, Stanford, VA hospitals) and Neuralink's human trials. IISc's programme is India's first government-academia-philanthropy partnership in this space, involving IISc's Centre for Neuroscience, Department of Electrical Engineering, and the Robert Bosch Centre for Cyber-Physical Systems.
The project also raises important bioethical questions relevant to the RPSC syllabus: neural data privacy, cognitive liberty (the right not to have one's thoughts monitored), equitable access to neurotechnology, and the ethics of human enhancement. India currently has no dedicated neurotech regulatory framework — the project is expected to catalyse policy discussion.
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CoverageNationalTypeInitiativeSubjectScience & TechnologyExamBasic Computer Instructor · CET Graduation · CET Senior Secondary · EO/RO · LDC · Mahila Supervisor · Patwar · PTI · RAS · REET · RPSC SI · School Lecturer · Senior Computer Instructor · Senior Teacher · UPSC · Vanpal · BothSourcePIB / Nature India
Frequently asked questions
What is the IISc Brain Co-Processor Project?
It is India's first institutional BCI moonshot, launched by IISc Bengaluru and Pratiksha Trust, to develop an implantable device that reads neural signals from the motor cortex of paralysed patients and restores voluntary motor and sensory functions by stimulating muscles or robotic limbs.
What is a Brain-Computer Interface (BCI)?
A BCI is a direct communication pathway between the brain and an external device. It captures neural signals (via implanted or surface electrodes), decodes them using AI algorithms, and uses the decoded intent to control machines, prosthetics, or stimulate muscles — bypassing damaged nerve/spinal pathways.
Who is Pratiksha Trust and why is it significant here?
Pratiksha Trust is a philanthropic organisation founded by tech entrepreneur Nandan Nilekani and Rohini Nilekani. It funds science, social equity, and technology initiatives in India. Its co-funding of the IISc BCI project marks the first major government-academia-philanthropy partnership in Indian neurotech.
What bioethical concerns does BCI technology raise?
Key concerns include: (1) neural data privacy — who owns and controls brain data; (2) cognitive liberty — the right not to have thoughts monitored or manipulated; (3) equitable access — ensuring neurotech benefits are not limited to the wealthy; (4) enhancement vs. therapy boundary; (5) absence of an Indian neurotech regulatory framework.
How is this topic relevant to the RAS/RPSC exam?
Relevant to Paper I (Science & Technology — biomedical devices, emerging tech) and Paper III (Ethics — bioethics, technology and society, cognitive liberty as a dimension of freedom). Also connects to India's science policy and disability rights framework.
