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Home / Technology / Russia's Brain-Implant Spy Pigeons Take Flight

Russia's Brain-Implant Spy Pigeons Take Flight

27 Nov, 2025

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Summary

  • Pigeons are surgically implanted with neural chips enabling remote flight control.
  • Operators can upload flight commands by stimulating targeted brain regions.
  • The technology aims for surveillance and security, with potential military use.
Russia's Brain-Implant Spy Pigeons Take Flight

A Moscow-based neurotechnology firm, Neiry, is developing 'bird-biodrones' by surgically implanting pigeons with neural chips that allow remote control. Technicians can upload flight commands by stimulating targeted brain regions, influencing the birds' perceived desires to fly in specific directions. These pigeons are equipped with solar-powered backpacks containing electronics and GPS tracking.

The company claims that no prior training is required, as any bird becomes remotely controllable after the surgery. While Neiry states a goal of 100% survival, the number of birds lost during procedures remains undisclosed. The technology is intended for monitoring facilities, environmental checks, search-and-rescue, and as an added security layer.

This innovation could be transferred to military or intelligence applications, leveraging pigeons' ability to blend into civilian environments for discreet surveillance, potentially in conflict zones like Ukraine. Neiry's work draws parallels to past Soviet-era programs, such as the training of combat dolphins for reconnaissance and underwater sabotage.

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Disclaimer: This story has been auto-aggregated and auto-summarised by a computer program. This story has not been edited or created by the Feedzop team.
Bird-biodrones are pigeons surgically implanted with neural chips, allowing operators to remotely control their flight paths.
Neiry operators stimulate targeted brain regions via electrodes to upload flight commands, influencing the bird's movement.
These biodrones are intended for surveillance, monitoring sensitive facilities, environmental checks, search-and-rescue, and potential military applications.

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