Photon Matrix Raises $2.7M for AI Mosquito Laser, Beats Indiegogo Goal by 130x

Published by James Harris on June 27, 2026June 27, 2026

A Chinese startup has raised $2.7 million on Indiegogo from roughly 4,000 backers across more than 50 countries for a smartphone-sized device that uses lidar and AI to detect and kill mosquitoes in mid-flight. The campaign was targeting $20,000. It cleared that by more than 130 times.

Photon Matrix Lab, based in Changzhou, Jiangsu, is not the first company to attempt this. Laser-based mosquito defense has been a concept since 2007, when astrophysicist Lowell Wood proposed applying missile defense principles to disease-carrying insects during a Bill and Melinda Gates Foundation malaria session. Several teams have tried to commercialize the idea since. None got there at a price point that made sense for consumers. What’s different now is the supply chain argument: Photon Matrix CTO Li Ran told China Daily in April that a high-precision fiber laser module takes two weeks to prototype in Changzhou because suppliers are effectively next door, a timeline he contrasted directly with Silicon Valley. Cheap lidar, edge computing, and mature local manufacturing are doing for mosquito defense what they did for consumer drones a decade ago.

At $630 per unit, “consumer-grade” is doing a lot of work in their marketing copy.

The company’s claimed specs, up to 30 mosquitoes per second, targeting insects between 2 and 20 millimeters flying at up to one meter per second, have not been independently verified. Mass production, originally promised for early summer 2026, has already shifted to August, a delay the company acknowledges. Hardware crowdfunding campaigns routinely slip past original ship dates, and some never deliver at all. Before any units reach Western buyers, Photon Matrix will also need to clear consumer laser safety standards in those markets, a regulatory step the company has not yet completed and one that could extend timelines further.

The public health angle gives this more than novelty appeal. The EU recorded over 300 locally acquired dengue cases in 2024 alone, more than the combined total from the previous 15 years, according to a ClimaHealth report, as mosquito ranges expand into previously temperate regions. A device that actually works at scale would enter a market with structurally growing demand, which partly explains why backers from over 50 countries committed before a single unit shipped. Whether Photon Matrix can survive the gap between a successful crowdfunding campaign and a compliant, delivered product is the question that prior attempts in this category never managed to answer.