Russia develops AI-controlled cyborg pigeons for surveillance
Russian scientists are reportedly developing neurotechnology implants that turn pigeons into remote-controlled surveillance drones through the PJN-1 program, directed by an institute led by President Putin's daughter. The technology, developed by Neiry Group, uses brain chips and cameras to enable long-distance reconnaissance and is claimed to have advantages over conventional drones, though experts suggest it could be easily adapted for military purposes including biological weapons delivery.
What happened
Russian scientists are developing a neurotechnology program called PJN-1 that implants chips in pigeons' brains and attaches cameras to their bodies, enabling remote control as surveillance drones. The technology was developed by Neiry Group, a Moscow-based startup, and is reportedly directed by an institute led by Katerina Tikhonova, daughter of Russian President Vladimir Putin.
Small electrodes are inserted through the birds' skulls and connected to a stimulator placed on their heads, allowing operators to direct them left or right via remote control. A solar-powered backpack houses a flight control system and connects to a camera on the bird's chest.
Reported impact
Neiry Group claims the pigeon drones can travel up to 500 kilometers per day and could be used for infrastructure monitoring, industrial facility inspections, operating in restricted airspace, and supporting search and rescue missions. The company describes the project as a tool for monitoring non-military infrastructure, though it is believed the technology could easily be adapted for military purposes.
A Pentagon neurology advisor told Bloomberg that such biodromes could theoretically be used to transmit diseases to hostile territory.
Index analysis
The pigeons represent a convergence of neurotechnology, remote control systems, and surveillance capabilities that blur the line between biological organisms and autonomous systems. The technology's dual-use potential—marketed for civilian monitoring but easily adapted for military operations—raises questions about oversight and intended deployment.
Classification
Sources and evidence
This record was researched and written by the Index, based on the following original reporting.