AI & RoboticsNews

Bzigo uses AI and a laser pointer to detect mosquitoes in your home

Bzigo wants to make it easier for you to zap mosquitoes in your home. The U.S. and Israel-based startup combines artificial intelligence with a laser pointer and camera to autonomously track a mosquito inside your home.

Using computer vision, Bzigo detects mosquitoes within minutes from when they enter a room and at a distance of up to 26 feet (eight meters). Upon detection, the system trains a laser pointer on the mosquito and sends a notification via Wi-Fi to the user’s phone.

This indoor-only solution allows you to identify the location of the “buzz” and easily eliminate the pest (using your own swatting resources). Bzigo says this ends the inconvenience of hunting for mosquitoes in the middle of the night. The product will be on display at CES 2020, the big tech trade show in Las Vegas this week.

In the future, Bzigo plans to create anti-mosquito technology in the form of micro-drones that will eliminate mosquitoes autonomously and return to the base for recharging after carrying out their mission.

How Bzigo was born

Above: Bzigo spots a mosquito using computer vision.

Image Credit: Bzigo

Bzigo chair Saar Wilf said in a statement that no one wants to wake up and spend 15 minutes searching for a mosquito in the middle of the night.

CEO Nadav Benedek said that mosquitoes are adept at avoiding human vision and then attacking us when we aren’t looking. In an email, Benedek said he came up with the idea based on childhood memories, as his father used to come in before bedtime and spend 10 minutes searching for mosquitoes. Even so, Benedek would often wake up with mosquito bites.

He started the company in 2016, and his team in Tel Aviv spent three years on research and development to create the AI-based mosquito locator.

How it works

Above: Bzigo researchers operate out of Tel Aviv.

Image Credit: Bzigo

Repellents may offer partial protection for a few hours at most and require constant reapplication to the skin. In contrast, a Bzigo device can be placed in any room to provide round-the-clock safe and effective mosquito protection, the company said.

Bzigo’s infrared camera uses unique optics and has a processor running computer vision algorithms to actively scan the room, differentiating between a mosquito and other pixel-size signals, such as dust or sensor noise.

While the initial application of the system is intended solely for home use, Bzigo intends to optimize the technology for industrial usages, such as pest and insect extermination in greenhouses and large farms, as well as to deter other pests, like pigeons.

The initial product handles the difficult task of locating mosquitoes, but a micro-drone will complete the product in the future.

You can place the Bzigo on a flat surface or attach it to a wall. It actively observes the room and looks for flying mosquitoes. Once it lands, Bzigo marks its location and notifies you. It uses a very low-energy laser, dubbed Class 1, and isn’t harmful if it hits the human eye, the company said.

The Bzigo device identifies mosquitoes based on their flight patterns, continues to track them while they’re moving, and can even track multiple mosquitoes simultaneously.

The mosquito landing is a trigger for a push notification and the laser pointer. If there are multiple mosquitoes in the room, it will designate the mosquito that has landed most recently.

Most people think mosquitoes are constantly flying because that’s when we notice them, but they’re actually very weak and need to spend most of their time resting. Bzigo has a field of vision of 120 degrees by 80 degrees. Most mosquitoes like to land on the ceiling — and by mounting the Bzigo device in a corner facing upwards, you can cover most of the target area.

The company said it is constantly working on improving all aspects of the device, including the viewing angle, but the current model already has more than adequate coverage.

Why it matters

Bzigo notifies you on your phone when it has found a mosquito.

Above: Bzigo notifies you on your phone when it has found a mosquito.

Image Credit: Bzigo

According to the World Health Organization (WHO), mosquitoes are the worst of all disease-transmitting insects. They spread malaria, dengue, and yellow fever, which together cause millions of deaths annually. Even in developed countries, people are threatened by dengueWest Nile virusZika viruschikungunyayellow fever, and other mosquito-borne illnesses.

In addition to the fatal cases, hundreds of millions of people are struck by these diseases each year. There are 20 million cases a year of dengue alone, with 2.5 billion people worldwide at risk of infection in more than 100 countries, and nearly half of the world’s population is at risk for malaria.

The company said that consumers spend over $10 billion a year on inefficient mosquito products. And studies show that only 0.2% of insects killed by bug zappers are mosquitoes. Bug zappers do not work well on mosquitoes as they are not attracted to light. Instead, zappers kill inconsequential moths and flies and may even kill insects that would eat mosquitoes.

Mosquito nets are very effective, but they aren’t convenient for many situations.

The company

Above: Bzigo’s next version will feature micro-drones that kill mosquitoes.

Image Credit: Bzigo

Bzigo is scheduled for delivery to customers in 2021. However, for an initial payment of $9, anyone can reserve their Bzigo on a first-come, first-served basis, on the official website. By reserving now, customers will receive a $30 discount, as well as receiving their product ahead of its official release. Refunds will be available at any point before delivery.

The company was founded in 2016 and has 10 employees. It has raised $1 million to date, primarily from Wilf, who founded Fraud Sciences (acquired by PayPal), Trivnet (acquired by Gemalto), ClarityRay (acquired by Yahoo), Pointgrab, and Deep Optics.

Bzigo is now raising its next investment round, targeted at bringing the product to market and supporting future development.

Author: Dean Takahashi
Source: Venturebeat

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