Photon Matrix Lab in Changzhou, Jiangsu Province, China, raised $2.7 million on crowdfunding platform Indiegogo to develop a portable AI laser device called the "Consumer-Grade Laser Mosquito Repellent System." The original fundraising goal was only $20,000, ultimately exceeding the target by over 130 times. Mass production was originally scheduled to begin in early summer 2026 but has now been delayed to August, due to the need for sensor calibration and Western consumer-grade laser safety certification.
Photon Matrix Laser Mosquito Repellent System Technical Specifications
According to Photon Matrix's product description on Indiegogo, the device is about the size of a smartphone and combines a computer vision module with LiDAR to distinguish dust particle movement, mosquito movement, and sensor artifacts.
Inventor Jim Wang stated that the device can hit insects flying at speeds up to 1 meter per second with body lengths ranging from 2 to 20 mm, covering mosquitoes, sandflies, and fruit flies. Photon Matrix claims the device can handle up to 30 mosquitoes per second, but this figure has not been verified by any independent organization.
CTO Li Ran told China Daily in April that supply chain advantages in Changzhou allow the company to prototype high-precision fiber laser modules in just two weeks, a speed Silicon Valley can hardly match.
Indiegogo Crowdfunding Key Figures and Production Delay Explanation
According to the South China Morning Post citing Indiegogo data, the key crowdfunding figures are as follows:
Initial Funding Goal: $20,000
Actual Funds Raised: $2.7 million, exceeding the goal by over 130 times
Backers: 4,000 from over 50 countries
Average Pre-order Price: Approximately $630 per backer
Production Timeline: Originally scheduled for early summer 2026, now delayed to August 2026, due to sensor calibration and Western safety certification requirements
Hardware crowdfunding projects on Indiegogo and Kickstarter commonly face shipping delays, and some projects ultimately fail to deliver.
2007 Origin of Laser Mosquito Repellent Technology and 2024 EU Dengue Data
According to Wikipedia, the concept of laser mosquito repellent technology was first proposed in 2007 by astrophysicist Lowell Wood (former assistant to the designer of the Reagan-era Strategic Defense Initiative, SDI) at a Bill & Melinda Gates Foundation malaria elimination discussion meeting, envisioning using missile defense principles to combat disease-carrying insects. Since then, multiple teams have attempted commercialization, but none have achieved low-cost mass production.
Regarding the climate context, in 2024 the EU reported over 300 locally acquired dengue cases. The ClimaHealth report notes that this number exceeds the total number of dengue cases over the past 15 years, reflecting the geographic expansion of mosquito-borne diseases into temperate regions.
Frequently Asked Questions
Has the claim that the device handles 30 mosquitoes per second been verified?
Photon Matrix claims the device can handle up to 30 mosquitoes per second, but the original text clearly states that this figure has not been verified by any independent organization. Inventor Jim Wang's statement about hitting insects flying at speeds up to 1 meter per second with body lengths of 2 to 20 mm also comes from the company's own claims, not independent test results.
What is the specific reason for the production delay to August 2026?
Photon Matrix states that the production delay is due to the need for sensor calibration and Western consumer-grade laser safety certification. Laser product safety standards in Western markets may involve multiple certification processes. Photon Matrix has not provided specific certification progress or alternative delivery timelines in public statements.
Are there competing products for laser mosquito repellent technology?
According to background information cited in the article, since the concept was proposed in 2007, multiple teams have attempted commercialization, but none have achieved low-cost mass production. Photon Matrix's price of $630 is the closest such device to consumer market pricing to date, but its mass production results remain to be verified by actual deliveries after August 2026.
