Cyborg Cockroaches: AI Revolutionizes Their Real-Time Control

Since the early 2000s, cyborg cockroaches have been utilized in various fields such as exploration, rescue, surveillance, and have even attracted the interest of intelligence and defense sectors. These often-underestimated insects possess exceptional capabilities that make them valuable for these missions: they can squeeze into tight spaces, withstand forces far greater than their weight, and even survive without a head for a week.

Researchers from Osaka University and Diponegoro University have recently introduced a major innovation: the Insect Synergy Circuit. This bio-intelligent system employs physiological sensors and a closed-loop random forest model to analyze the internal state of the cockroaches before piloting them. This approach significantly enhances their performance, particularly in navigating mazes.

The use of cyborg cockroaches presents several notable advantages. It avoids the development of complex mechatronic components and ensures reduced energy consumption compared to artificial robots. Traditionally, cyborg cockroaches were controlled remotely by electrical or light impulses, without consideration for their physiological state. The new method introduced by the researchers changes this dynamic by allowing AI to "communicate" with the insect. The system takes into account various factors, such as thermal stress or the presence of food, to adapt the stimuli accordingly.

Madagascar hissing cockroaches, equipped with a sophisticated electronic backpack, record data such as heart rate and neural signals. This information is then processed by a machine learning model that accurately recognizes the insect's state. Once this state is decoded, the AI can trigger appropriate stimuli, making control more adaptive.

However, this technological advancement raises ethical questions. The shift from a command/obedience model to a more interactive dialogue with living organisms prompts concerns about transforming living beings into technological platforms. Proponents of this technology highlight its potential applications in rescue and exploration, while detractors worry about the moral implications. Will taking into account the internal state of the cockroaches be enough to alleviate these concerns?