Russia tests neural implant-controlled pigeons for surveillance
Russian neurotech company Neiry reportedly conducted test flights in Moscow of pigeons implanted with neural interface chips and cameras to perform surveillance of critical infrastructure. The company claims the system uses brain electrodes and AI-processed imaging to conduct monitoring while respecting privacy regulations.
What happened
Russian neurotech company Neiry conducted test flights of pigeons in Moscow implanted with neural interface chips connected to cameras and electronic control units powered by solar energy.
The system uses intracranial electrodes to influence flight direction with GPS navigation support. According to Neiry, the birds do not require behavioral training and survive implantation with 100% success using stereotactic surgical techniques.
Reported impact
Neiry intends to deploy the technology for surveillance of critical infrastructure, industrial inspections, environmental monitoring, and search and rescue operations.
The company states costs per biodrone are comparable to traditional drones but with significantly greater autonomy, and the system could be adapted to other bird species including ravens, seagulls, and albatrosses.
Index analysis
The system combines implanted brain electrodes with mounted electronic units and cameras. Images are processed through artificial intelligence to comply with privacy regulations.
Classification
Sources and evidence
Sources not yet published
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