For years, the future was imagined in clean lines and loud machines. Flying cars, metal suits, glowing weapons. None of it prepared many people for the idea that espionage might crawl rather than fly. And yet, in a small corner of Germany’s tech scene, insects have become part of a serious conversation about defense and surveillance. SWARM Biotactics, a young company founded in 2024, is drawing attention for turning cockroaches into mobile intelligence tools. It sounds unsettling, even absurd, until the reasoning settles in. These are not science fiction props. They are living creatures fitted with small packs, moving through places where machines fail and people cannot safely go.
Cockroaches may become the next spy technology and rescuers
The logic is practical rather than dramatic. Insects already go where humans avoid. Collapsed buildings. Tight gaps. Damaged infrastructure. Areas under watch. Traditional drones struggle indoors. Ground robots get stuck. People face obvious risks.Cockroaches, on the other hand, are built for chaos. They survive pressure, darkness, and debris. SWARM’s founders believe this makes them useful, not as replacements for existing tools, but as something different altogether. A way to gather small pieces of information from spaces that are otherwise unreachable. The timing also matters. Germany is reassessing its defense capabilities, especially as war in Ukraine reshapes how intelligence and access are viewed.Antennae are characteristic insect features that play a crucial role in the creatures’ life. Cockroaches utilize their antennae to identify obstructions such as walls and travel around them. SWARM took advantage of this feature by putting a pair of electrodes on their spyware backpacks that connect to the cockroach’s antennae. By transmitting impulses through these electrodes, the scientists may trigger their inherent navigation instincts and steer them in certain routes. This can be done with a remote control, piloting the bug like an RC car; however, the company is also working on algorithms for autonomous directions, which would allow them to control an entire swarm of cockroaches, each with different technologies built into their backpacks, such as cameras, microphones, GPS, and communication equipment.
Madagascar hissing cockroach might be a choice
The insect is large enough to carry equipment without collapsing under the weight. It is resilient. It has been studied for decades, meaning scientists understand its behavior and biology better than many other insects.This familiarity lowers uncertainty. It allows engineers to design systems that work with the insect’s natural movement instead of against it. The aim is not to force behavior but to guide it.
Is this only about military use
SWARM often talks about defense, but it also mentions disaster response. Earthquakes. Building collapses. Areas are unsafe for rescue teams. In those settings, small moving sensors could locate survivors or assess structural damage.Whether the technology will be used this way remains to be seen. Military funding often shapes early development, even if civilian uses are later proposed.
