Photonic Fence, Drone Dumping, and More Way Tech Can Get Us Rid of Mosquitoes


Mosquitoes are a huge problem around the world. They carry diseases that can be dangerous to humans, like malaria, West Nile virus, and dengue fever.

There are almost 200 types of mosquitoes that can be found in the US. Recognizing the type can help in making the right decision on the way to fight them. Nowadays, tech can also be of help when fighting these annoying pests. 

Photonic Fence Technology

If you’re a fan of sci-fi, you might already be familiar with the photonic fence, a laser-based system that can track and then kill mosquitoes in real time. Its developers, Seattle-based Intellectual Ventures Laboratory, say this is a new way to kill pests without harming people or other animals.

The device works by identifying bugs using their shape, velocity, acceleration and wing-beat frequency. Then it fires a laser at them, killing them within 25 milliseconds.

According to IVL’s website, the system can recognize up to 20 insects per second, covering an area 30 meters wide and 3 meters high. It can also determine the difference between male and female mosquitoes by assessing their wing-beat frequency.


Researchers have tested the technology on two particularly dangerous pests: malaria-carrying Anopheles stephensi mosquitoes and Asian citrus psyllids, which spread the citrus greening disease that has devastated orange groves in Florida.

The team hopes the photonic fence can be used as a supplement to other measures of control, such as habitat destruction, nets for houses and beds and insecticide sprays. Ultimately, it might become relatively cheap once the initial costs are amortized.

Drone Dumping of Larvicide

One tech-driven strategy is called “Drone Dumping of Larvicide,” which consists of using drones to apply a larvicide that kills mosquito larvae. This type of technology is useful in areas where there are many breeding sites, and it can help public health officials save time.

The area to be treated is mapped out using aerial imagery. This information is then programmed into a drone, which will carry the appropriate insecticide and target these specific locations.

The drone can be fitted with a GPS system, so it can track flight patterns and be used for pre-programmed flights. This can be an effective tool in treating small targeted areas, such as a backyard garden, where trucks cannot reach.

The drone can also be fitted with a camera that can detect the presence of potential mosquito breeding sites and spray them with a larvicide. This technique is especially helpful in areas where there are many ponds or streams because it can reduce the number of pesticide applications needed.


Drones are a powerful tool for targeting small areas with larvicides or adulticides. They can also be used in conjunction with other pest control methods, like netting or a barrier fence.

Ultrasonic Repellents

Ultrasonic repellers are electronic devices that emit high-pitched sounds that repel pests. They’re marketed as an eco-friendly, natural alternative to sprays and other common pest control products.

These devices are plugged into wall outlets and are claimed to repel a variety of household pests, including cockroaches, ants, mosquitoes, and rodents. Some even claim to be effective against bed bugs.

However, there are several drawbacks to using these products.

  • They’re not effective against all pests.
  • They’re not good for pets and humans because they cause irritation to the ears of both.
  • The sound waves don’t travel far, so they’re easily absorbed by walls and furniture.
  • They can damage the eardrums of dogs and cats.
  • They can be harmful to the skin and eyes.

This is a serious concern for anyone who spends time outdoors, especially children because mosquitoes can transmit diseases like malaria and other tropical illnesses.


There’s no scientific evidence that ultrasound repels mosquitoes or prevents their bites. So if you’re thinking about buying one, think twice. It might be a waste of money and could end up doing more harm than good.

Insect Sterilization Techniques

Insects are an essential part of our ecosystems, but a small number of insect species are harmful to the agricultural industry and human health. These pests are responsible for causing crop and livestock losses, economic damage, and the transmission of diseases to humans through mosquito bites.

One method of reducing the spread of mosquitoes is through Insect Sterilization Techniques (SIT). SIT uses radiation to mass-sterilize male pests in a population, preventing them from producing offspring when mating with females. SIT has been used to control insect pests since the 1940s and is a recognized phytosanitary procedure under the International Standards for Phytosanitary Measures (ISPM).

The effectiveness of SIT depends on how many male insects are released. It is also important to release a variety of males to reduce competition for the females.

SIT can be implemented as a part of an integrated vector management approach, but it needs to be monitored and regulated by local and federal agencies. It can be a good option for areas where traditional insecticides cannot be used or where they have become less effective because of insecticide resistance.

Radiation sterilization is a simple, effective, and reliable method that can be applied to many different insect species. However, it is important to know how much radiation each insect can absorb.

Using Natural Predators to Reduce Mosquito Population


Using natural predators is one of the most effective ways to control mosquito populations. Various aquatic insects, salamander larvae, fish and bats feed on mosquito larvae. Dragonflies, purple martins and swallows are other natural predators of mosquitoes.

These predators have a natural tendency to consume insect eggs, larvae and adults of other species, which helps reduce the mosquito population in an area. They also help prevent the spread of disease-carrying mosquitoes.

Another way to reduce mosquito populations is to remove the breeding grounds of disease-carrying species by eliminating discarded tires, emptying containers that can hold water or filling tree holes with sealants. These techniques require collaboration from local, state and federal agencies.

Western mosquitofish (Gambusia affinis) are especially useful in ponds and stagnant lakes where they eat the larvae of mosquitoes. They can eat between 100-500 mosquito larvae per day, keeping mosquito numbers low.

Other predators of mosquitoes include birds such as purple martins, bees and wasps. However, these predators are not efficient enough to significantly reduce mosquito populations. This is where professional pest control services come in handy. These treatments are effective at killing all stages of a mosquito’s life cycle, including eggs and adults.

Final Words

Technology is providing us with innovative solutions to get rid of mosquitoes and the diseases they carry. We are closer than ever before to a future where mosquito-borne illnesses will be a distant memory. By investing in these cutting edge technologies, we can look forward to a future of improved public health and quality of life.

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