When overseeing a large property, the generic sprays and traps you might rely on for residential properties simply won’t cut it. That’s where advanced pest control technology steps up to the plate.

From remote monitoring to digital reporting, these advancements give you the tools you need to keep pests at bay on a large scale. Learn more by visiting our Website.

Artificial Intelligence

Pests are a threat to our food supply, human health, and modern living environments by damaging crops, spreading disease, and disrupting daily activities. Traditionally, pest control methods involve harsh chemicals that can pose risks to humans and the environment. These harmful substances also contribute to the emergence of resistant pests. State-of-the-art pest control service technologies, on the other hand, promote sustainability, environmental stewardship, and compassionate behaviors in addition to offering more focused and effective solutions.

AI is transforming pest control services by automating detection, monitoring, planning, and treatment. It analyzes data from a wide range of sources, including pest monitoring systems, weather and GPS satellites, and historical records to identify patterns and predict future infestations. Predictive models enable field technicians to be proactive instead of reactive, stopping outbreaks before they start and reducing the need for follow-up treatments. This reduces costs for pest control companies and farmers while increasing customer satisfaction and improving yields.

An example of this is a company that has combined a digital rodent trap with sensors to track and photograph insects it catches. This data is transmitted to an AI system that automatically makes predictions about how the pests will spread so that field technicians can intervene quickly and effectively.

Other examples include plant-incorporated protectants (PIPs), insect hormones, and gene silencing, all of which minimize the need for traditional pesticides. PIPs are genetically engineered crops that produce proteins that kill or repel pests, while insect hormones and gene silencing are targeted techniques that disrupt the biological processes of specific genes causing the growth and reproduction of pests. These techniques are more sustainable than traditional pesticides, with less impact on non-target organisms and the environment.

IoT

The Internet of Things (IoT) is revolutionizing every industry. Pest control is no exception. A comprehensive IoT solution allows pest management professionals to track their operations and generate reports in real-time. It also provides valuable information that helps them manage customer expectations and prevent potential problems.

For example, a smart trap can monitor its activity, send alerts, and automatically reset itself after catching pests. This means that PMPs don’t have to constantly check traps manually and can spend more time on other tasks. This technology can be especially helpful when overseeing large properties, like commercial buildings with many different rooms and spaces where pests might hide.

Another innovative technology is drones. They can scout property boundaries and provide a bird’s eye view of areas that could be pest hotspots, like water puddles for mosquitoes or neglected garbage spots that attract rodents. PMPs can then address these issues before pests become full-blown infestations.

Other pest control innovations include ultrasonic repellents and heat treatments, which use high temperatures to kill or deter insects. These techniques are non-toxic and help reduce chemical usage and environmental impact. They also can be used in places that are difficult to access, such as inside walls or furniture.

With the right pest control software, you can level up your business and improve your customer experience and efficiency. Look for a system with customizable automated reminders that can be sent via text, email, or phone so that customers and technicians stay on the same page and avoid miscommunication. You should also look for scheduling and dispatching functionality, as well as a user-friendly interface to minimize training time and increase adoption. Lastly, look for a flexible pricing model that allows you to scale with your business as it grows.

Drones

The use of drones has revolutionized pest control, allowing for quicker and more thorough inspections of homes, commercial properties, and farms. Drones can also be equipped with spraying systems that allow them to directly target and treat pest infestations, further minimizing the amount of pesticide used and reducing environmental impact.

Another advanced pest control technology is receptor interference. This system blocks an insect’s receptors from binding with specific molecules, such as pheromones and hormones, that tell the insects when it’s time to do something important, like mate or lay eggs. By blocking these receptors, the insects are left without the molecular signals they need to perform their normal functions, so they die. While this is a relatively new and experimental technology, it has the potential to be an effective alternative to conventional pesticides, as it doesn’t affect other organisms in the environment as well.

Additionally, there are several other exciting new pest control technologies being developed. Genetic engineering is one example, as scientists are working on ways to genetically modify insects so that they can’t reproduce. This could significantly reduce the size of pest populations over time.

Other promising developments include the use of less toxic pesticides and other natural methods for dealing with pest infestations. For example, heat treatment uses high temperatures to kill bedbugs and other common pests, and it’s a safer and more environmentally friendly option than chemicals. Another natural way to deal with pests is to introduce predators or parasites that will eat the pests from the inside out, such as ladybugs eating aphids in greenhouses and gardens. This approach is part of Integrated Pest Management, which promotes the use of multiple tactics for controlling pests while minimizing the amount of pesticide needed and avoiding the development of resistant pests.

Drain Line Injection Systems

Many pest problems stem from poorly maintained drains. For example, small fly infestations in restaurants and bars, as well as food production and manufacturing facilities, can be caused by clogged and unsanitary drain lines. Our company offers bioremediation services to solve these problems and keep the lines clean, which prevents pests from using the lines as breeding habitats and food resources.

This industry-changing technology enlists microorganisms to reduce drain line build-up and odor. It uses treatments that break down organic blockages and eliminate food sources, breeding habitats, and sanitary conditions for insects such as stored product pests and other crawling and flying pests.

The system uses a time-controlled, programmable pump to inject Roto-Rooter Drain and Grease Trap Treatment into grease traps, floor drains, grit chambers, basins, lift stations, and more. It also features a battery backup system to maintain a preprogrammed schedule in the event of a power outage.

In addition to offering a new service, incorporating drain line management into pest control programs provides PMPs with significant add-on revenue opportunities. A company quickly addresses one of the most common reasons for callbacks in commercial accounts — pesky small fly infestations. The state-of-the-art system delivers a continuous stream of naturally occurring bacteria that eat fats, oils, and greases (FOGs) to eliminate the breeding sites that attract these pests.

For more effective pest control, PMPs can use thermal imaging and smart devices to detect and monitor pest activity. These technologies help them develop effective pest prevention and treatment plans while reducing structural damage. Additionally, they can use advanced detection tools such as moisture or vibration meters to identify damaged wood and other material to stop power instantly upon contact with metal water pipes, conduit, and reinforcement steel during drilling applications.

Thermal Foggers

Gone are the days of a guy in a truck and some chemicals. Modern pest control services are smart, efficient, and targeted. They rely on digital monitoring, smart traps that ping you when they’ve caught something, and advanced tech to keep pests at bay.

One example is thermal fogging, which uses an oil-based solution to create a dense cloud of insecticide that kills and repels mosquitoes and biting flies. The chemical is atomized in the fogger’s heating element, propelling it into a mist when the temperature reaches an adjusted setting. This allows the fogger to treat large areas quickly, and it reduces the amount of insecticide used by up to 50 percent.

Another innovative technology is heat treatment, which kills pests like bedbugs and termites using high temperatures. This method is safe for homes and the environment, and it penetrates spaces that traditional chemicals can’t, including deep inside walls and furniture. It also doesn’t leave a toxic residue, which makes it an ideal choice for sensitive environments.

Biological pest control also uses living organisms to manage pests, from releasing ladybugs in a greenhouse to killing them with microbe-based sprays. These are often part of an Integrated Pest Management (IPM) plan, which also includes practices like crop rotation to prevent pests from settling in one place and spreading.

The future of pest control is exciting, with new technologies like genetic modification making it possible to eradicate pests. These advances aren’t just improving the way we do business; they’re allowing us to live safer and healthier lives, too. And that’s a win for everyone.