A defense startup in Germany is attracting attention when developing a semi-biological cockroach robot to serve reconnaissance missions in dangerous environments where soldiers and drones are difficult to reach.
A company called SWARM Robotics, based in Kassel city, has introduced the cyborg cockroach platform, which are living insects integrated with electronic neural control technology and artificial intelligence.
The goal of the project is to create smart biological systems that can penetrate rubble, tunnels or areas without GPS signals to collect intelligence in real time.
According to the company's description, each robot is a real cockroach carrying a super small backpack containing AI hardware, radio transceivers and modular sensors such as cameras and microphones.
Thanks to their small size, natural climbing ability and low energy consumption, they can move through cramped spaces where traditional mechanical robots find it difficult to operate effectively.
CEO of SWARM Robotics - Mr. Stefan Wilhelm - said that these organisms are controlled through an electronic neurobiological interface, allowing movement orientation and group coordination.
These are technologically enhanced living organisms, carrying sensors and a secure communication system, moving as a unified whole," Mr. Stefan Wilhelm emphasized.
The difference of the project lies in the approach, instead of manufacturing robots entirely by mechanics, SWARM Robotics takes advantage of the natural biological foundation of insects, then integrates technology to expand capabilities.
Mr. Wilhelm said that efficiency will be multiplied by biology instead of increasing technical complexity.
The technology is expected to be useful in areas with collapsed infrastructure, complex terrain or restricted access areas, where traditional systems are prone to loss of signal or detection.
Wilhelm believes that in the next decade, the accessibility, autonomy and durability of the system will determine geopolitical advantages. He believes that conventional technologies often fail in the most controlled areas.
In just one year since its establishment, SWARM Robotics said it has expanded its team to more than 40 engineers and scientists in Germany and the US. The company has built core components such as the neural interface, group autonomy system, modular load and task control center.
Although still in the testing phase, the cyborg cockroach robot shows a new direction in military technology in combining biology with AI to create flexible, difficult-to-detect platforms capable of operating in extreme environments.
However, along with strategic potential, this model can also spark debates about ethics and limiting the application of biotechnology in modern defense.
