Desi Man Builds 'Missile System' to Kill Mosquitoes, Internet Can't Get Enough
A device emits a brief, blue laser beam that locks onto mosquitoes mid-air and instantly kills them. The beam vanishes once the mosquito is eliminated, like a mini-missile system
A unique mosquito-killing device developed by an Indian has gone viral on social media. The device reportedly uses a laser-like beam to target and eliminate mosquitoes mid-air, akin to advanced missile defence systems. The invention is being praised online for its creativity and potential, sparking curiosity among users and even humorous speculation about its possible use in space research.
Mosquitoes have long been a major nuisance to humans, causing widespread diseases and even deaths. While people rely on sprays, coils, and electronic devices, these often lose effectiveness over time. In a viral video, a homemade device is seen targeting and killing mosquitoes mid-air—similar to how defence systems shoot down incoming missiles.
How Does The Device Work?
The video shows a device that emits a brief, blue laser-like beam, instantly killing mosquitoes. The beam flashes momentarily, locks on its target, and disappears once the mosquito is eliminated. A caption in the video jokingly claims, 'He built an S-400 style anti-mosquito system at home," and further adds that 'ISRO has offered him a job immediately."
From Mosquitoes to Missiles
The video, shared by Instagram page @tatvavaani, also carries a satirical line in the comments: 'If he can target mosquitoes mid-air, he can surely tackle satellites too," supposedly quoted from the ISRO chief. While the story is likely humorous and not officially confirmed, it highlights how creative thinking can capture public imagination and even catch the attention of prestigious institutions like ISRO.
A Buzz In The Comments
The video has garnered over 19 lakh views in just two days. Social media users have praised the invention and expressed interest in installing similar devices in their homes. One user asked, 'How much does one mosquito-killing shot cost?" while another suggested the technology could benefit DRDO, citing concerns about countries developing mosquito-sized drones.
ISRO's Support For Innovation
While the claim that ISRO offered him a job remains unverified, it is true that India's space agency actively encourages private innovation and unique ideas. Whether this mosquito-killing laser will be used in space remains to be seen, but it has certainly sparked conversation and admiration.
First Published:
Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Time of India
3 hours ago
- Time of India
Observatories to be deployed at sea to enhance forecasts
Chennai: Indian researchers will soon deploy observatories in the sea to collect continuous oceanographic and meteorological data to improve weather forecast accuracy and support climate studies. Work is already underway, with researchers from the city-based National Institute of Ocean Technology (NIOT) conducting offshore geotechnical investigations for a coastal observatory. A 15-metre-tall platform was installed at a 10-metre water depth off their campus in Pamanji, Andhra Pradesh. The observatories will be installed under the Mission Mausam initiative to make India 'weather ready' and 'climate smart'. "Unlike buoys in the ocean, which provide only surface-level data, these observatories will have instruments to measure subsurface, surface, and atmospheric parameters and transmit data in real time. A lidar will be used as a probing device to penetrate a few kilometres into the atmosphere and provide a vertical profile, including cloud density and wind speed and direction," said M Ravichandran, secretary, ministry of earth sciences. He said the observatories will be deployed less than 60 km from the shoreline, starting along the east coast, with at least one observatory for every coastal state to complement land-based radars. You Can Also Check: Chennai AQI | Weather in Chennai | Bank Holidays in Chennai | Public Holidays in Chennai Experts said that while Doppler Weather Radars on land with a 100 km to 500 km radius capacity, detect and measure thunderstorm clouds, precipitation, winds, and cyclonic movement, no such observations exist over ocean. IMD also launches radiosondes or weather balloons daily to obtain vertical profiles over land, but not at sea. "We do not know how coastal currents are changing and what variabilities impact weather. Unlike on land, we don't have data on diurnal variation in the ocean. This is a challenge for forecasting in coastal regions," Ravichandran said. India currently relies on satellites, ship-based surveys, and argo floats for ocean observations. These provide mostly surface-level or snapshot data and lack the depth and continuity needed for detailed modelling. "Atmospheric data helps in nowcasting and short-term forecasts. But for 10–15-day, monthly, or seasonal forecasts, or long-term studies, the clue is ocean," Ravichandran added. The observatories will also help generate long-term time-series data critical for understanding ocean variability, monsoon behaviour, and climate change.
Time of India
7 hours ago
- Time of India
Air quality in Mumbai's Deonar and Sion worse than coastal cities of Chennai and Kolkata in Jan-June 2025, finds national study on air pollution
Mumbai: In the first six months of 2025, Mumbai, as a whole, reported average toxic PM2.5 levels in the air below the national standard, but several of its areas, including Deonar, Sion, Kandivli East, and Bandra-Kurla Complex, saw higher pollution compared to other coastal cities like Chennai, Kolkata, Vijayawada, and Puducherry. Tired of too many ads? go ad free now This highlights the need for strict enforcement of hotspot-based measures to effectively reduce PM2.5 concentrations, stated a latest national report on air pollution, which draws on data from Continuous Ambient Air Quality Monitoring Stations (CAAQMS) in 239 cities. The PM2.5 particles in air are considered carcinogenic and can be absorbed in blood upon breathing. The Centre for Research on Energy and Clean Air (CREA) has released its half-yearly analysis of air quality across India for January to June 2025, revealing a persistent and widespread challenge in meeting both national and international air quality standards. Deonar stands out as one of the most polluted monitoring sites among all the listed coastal locations, with other Mumbai areas, such as Sion, Kandivli East, Bandra-Kurla Complex, Borivli East, Worli, Mazgaon, Shivaji Nagar, Sewri, and Kurla, also registering PM2.5 levels above or equal to NAAQS (national ambient air quality standards) which is 40 μg/m³ (micrograms per cubic metre). "These figures place Mumbai's air quality in a more concerning bracket, especially when compared to many sites in Chennai and Puducherry, where the PM2.5 concentrations are generally lower," the study stated. According to the report, the compliance assessment shows that PM2.5 data was available for over 80% of days in 239 cities with CAAQMS. Among these, 122 cities exceeded India's annual National Ambient NAAQS of 40 μg/m3, while 117 cities remained below this threshold. However, all 239 cities surpassed the much stricter World Health Organization's (WHO) annual standard of 5 μg/m3. This widespread exceedance indicates that air pollution continues to pose a significant public health risk even in cities that are technically 'compliant' with Indian standards, the report stated further. Tired of too many ads? go ad free now "While Kolkata also has several locations with high PM2.5 concentrations, Mumbai's pollution levels are notable for their consistency across multiple sites. In contrast, Chennai's monitoring stations, particularly those in residential and peripheral areas, often report much cleaner air. Puducherry and Vijayawada show even lower PM2.5 averages, indicating better air quality. This comparison highlights that Mumbai, despite its coastal location, faces significant air pollution challenges, making it one of the more polluted coastal cities in India during the first half of the year," said CREA's analyst and researcher Manoj Kumar. "Addressing the air quality crisis in any Indian city requires a multi-sectoral approach. Fragmented or seasonal measures are not enough. Urgent steps are needed to update national standards, expand NCAP coverage to gaseous pollutants, and enforce mitigation measures for all polluting sources to safeguard public health throughout the year," added Kumar
Time of India
7 hours ago
- Time of India
Research centre receives 2 patents
Mangaluru: Fr Muller's Research Centre has successfully published its first two patents, marking a significant milestone in its innovation journey. The patents include a low-tech auscultatory device designed to enhance realism in medical simulation scenarios and provide cost-effective training solutions, and a 3D-printed biodegradable multipurpose toe separator developed for dermatological applications. Dr Ramesh Bhat M, research director at the centre, said that a low-cost innovation in simulation-based auscultation training was developed by Dr Reena Wilma Frank, Pradeep D'Souza, Sandra Saldanha, and Dr Lulu Sherif, faculty members of Father Muller Charitable Institutions. The innovators are from nursing, medical, and simulation backgrounds. Innovation in derma care In the field of derma care, the 3D-Printed Biodegradable Multipurpose Toe Separator for Dermatological Applications was applied for patent and published by Dr Ramesh Bhat and his team from Fr Muller Medical College and Srinivas University Institute of Engineering and Technology, Mukka. The team includes Dr Priya Anusha D'Souza, a dermatologist and former student of Fr Muller Medical College, and Ajay Kaushik Noronha, Assistant Professor, Department of MBA at SUIET, Mukka. The device maintains an open, ventilated interdigital space, which is critical for faster healing and infection prevention. Anatomically tailored for the Indian population, it offers orthopaedic comfort, durability, and ease of use. This invention helps in managing common yet often chronic foot conditions, particularly in humid climates and at-risk groups such as diabetic patients. "So far, we have used this toe separator on 20 patients with good results," he said.
