A Chinese startup has developed a laser-powered mosquito defense system that claims to kill up to 30 mosquitoes per second, offering a futuristic solution to a long-standing global health concern. The device, called Photon Matrix, is described as a prototype of the world’s first mosquito air defense system, using high-precision LiDAR technology to identify and eliminate mosquitoes in real time.
The system is currently featured on Indiegogo as part of a crowdfunding campaign led by Jim Wong, based in Changzhou, China. The campaign has already achieved its initial funding goal. According to the developer, the Photon Matrix is safe for humans and pets, making it suitable for both indoor and outdoor environments.
The device works by using a LiDAR (Light Detection and Ranging) module to scan its surroundings. When light emitted by the system reflects off flying insects, it calculates their location, size, and angle within three milliseconds. If the detected object matches the profile of a mosquito, a secondary laser beam is triggered to eliminate it. The system also includes a safety mechanism that identifies larger objects—such as people or animals—and disables the laser if there’s a risk of unintended contact.
The basic version of the Photon Matrix features a range of 9.84 feet (3 meters), while the pro version extends the range to 19.6 feet (6 meters). Both variants scan at a 90-degree angle and are equipped with a waterproof housing, making them viable for use in outdoor areas like gardens or backyards. The device can be powered via a portable power bank or power station for easy installation.
Pricing starts at $468 for the basic edition (early bird offer), and $668 for the pro version. The device is still in development, with the first units expected to ship in October 2025, and full-scale production planned for March 2026.
Although the Photon Matrix may sound like a concept out of science fiction, the need for effective mosquito control is significant. Mosquitoes are responsible for spreading life-threatening diseases such as malaria, dengue, chikungunya, and encephalitis, leading to millions of infections and over 100,000 deaths globally each year.
If successful, the Photon Matrix could offer a novel and precise alternative to chemical repellents, adding a tech-savvy tool to the fight against vector-borne diseases.
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