Scientists at the Beijing Institute of Technology have created radio-controlled cyborg bees, blending entomology and robotics. The key component is an ultralight neural interface, weighing 74 mg, attached to the bee’s back with three needles connected to its brain. This interface achieves 90% accuracy in controlling flight, marking a breakthrough in insect control.
Cyborg bees hold potential for applications in reconnaissance, including military missions, as well as search-and-rescue operations and ecosystem monitoring. Their compactness and natural mobility make them promising for tasks in hard-to-reach places. However, as of July 14, 2025, the technology is still far from perfect.
Limitations include the signal’s specificity to bees, complicating adaptation to other species, and the need for a 600-mg battery, exceeding the bee’s carrying capacity. Control is currently limited to flight direction, without manipulating legs or body. Additionally, prolonged neural interface use may affect insect physiology, necessitating further research into bioethics and sustainability.
Future developments may focus on miniaturizing power sources and expanding control functions. This discovery paves the way for biohybrid systems, potentially integrated with artificial intelligence for more complex tasks, though ecological and ethical concerns remain unresolved.
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