Neural Interfaces

Pjon

A living pigeon enhanced with a brain-embedded neuroprosthetic and ocular camera. Engineered for covert ops, it enables real-time remote flight control, full-spectrum vision, and 8-hour autonomous operation — ideal for aerial intel and urban surveillance.

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Project Outline

A living pigeon equipped with a neuroprosthetic interface and a precision ocular camera. Biologically intact yet cybernetically enhanced, it allows real-time flight control via direct brain-link. Engineered for covert operations, aerial reconnaissance, and urban surveillance.


BCI implant — surgically embedded in the pigeon’s cerebral cortex, enables high-fidelity remote control of motor functions via encrypted neural signals.


Micro-camera — provides full-spectrum visual oversight for flight navigation, target acquisition, and real-time intel gathering.


Microcontroller and processor — enable bidirectional data exchange, offline AI module for rapid task execution and low-latency decision-making.


Li-ion power cell — delivers up to 8 hours of continuous operation under mission conditions.


Engineered for multi-mission deployment, capable of penetrating environments where conventional drones fail. Currently in field-testing phase. Pre-order access active. Mass production slated for Q4 2025.


Deploying Fall 2025.

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