Meteum: weather forecasting technology with proprietary AI-based data processing core

Depending on who you ask, weather forecasting has been around for hundreds or even thousands of years. Having an idea of whether it rains on a particular day is endlessly convenient, yes — but it’s also hard to overstate the importance of weather tech for many modern industries. Although it may seem that weather forecasting is solely a consumer-focused product, many businesses and government institutions depend on it, and an inaccurate forecast can easily cost millions.

In spite of the long history of weather forecasting, the accuracy of most modern methods leaves a lot to be desired. That’s why we’d looked at the available solutions, noted their weak spots, and built Meteum — the most powerful forecasting platform to date.

Why Meteum?

We don’t collect someone else’s weather data only to relay it in a pretty package. Instead, we aggregate it from several providers, who themselves collect their data from a vast array of sources, such as weather balloons, aircrafts, satellites, on-ground stations, and radars. Then we let our models analyze this data to derive the ultimate forecasts, which we transmit to more than 50 million of our end-users.

Here’s how it works: Meteum parses a number of different forecasts — one conducted by our own team of meteorologists and the rest incoming from third-party providers. All of them are generated using various meteorological models, both proprietary and open-source. But no model is completely fail-safe, and the astounding volume of data we collect makes it practically impossible for humans to handle. The good news is that our own AI algorithms can find patterns by juxtaposing past forecasts with actual weather history and output the optimal combination where the forecasts all align with each other.

Источник: meteum//

Meteum. Weather forecasting technology

In addition to AI-generated forecasts for the week, Meteum also provides precise information about precipitation expected within two hours, split into ten-minute intervals. This info is presented to users in map form; the app sends rain alerts when appropriate. The assessments are made with the help of machine learning, satellite imagery, and radar data. Meteum considers various factors, such as the height of the Sun above the horizon, humidity, and altitude.

Introducing: User Reports

It’s no easy feat for a weather app to correctly reflect the conditions you see from the window: weather stations are typically sparsely located and follow a strict schedule when taking measurements. Conditions can vary drastically even within the same city: the Earth’s atmosphere is prone to unexpected shifts, which are insanely difficult to predict. It doesn’t help that seeing this stark contrast between a “perfectly clear” report on one’s phone screen and the raging downpour outside raises questions about the forecast’s reliability. But there is a way to display current weather: meteorology buffs refer to this as nowcasting. Meteum uses a mix of mathematical models and recent data from weather stations — but this alone doesn’t quite hit the accuracy mark we’re striving for.

That’s where we innovate: Meteum is the world’s first weather system to base its forecasts not only on measurements made with professional equipment but also on user reports. In our weather app, users can provide instant feedback: for instance, to confirm whether it’s still raining at their location. Every day, Meteum receives up to 3 million user reports from around the globe, and we use this feedback to generate a precipitation map that shows the rain zones with near-perfect accuracy. The reports are also used in training our algorithms to make future now- and forecasts even better.

We’ve come a long way with Meteum and now have a robust system capable of delivering remarkable forecasts — some of the most accurate you’ll find on the market.

But the sky’s the limit, and Meteum continues to improve, adding new data sources and perpetually collecting user reports to train our algorithms. With Meteum, you can weatherproof your decisions with state-of-the-art forecasting solutions tailored to your industry’s or your business’s needs.

Read more

The hottest places on Earth: Where the sun’s fury is unleashed

When we think of extreme heat, visions of arid deserts, parched landscapes, and relentless sun immediately come to mind. While many places on Earth experience scorching temperatures, only a few hold the records for being the hottest. These regions are not just hot; they are furnaces where the heat can be unbearable, even deadly. In this article, we will explore some of the hottest places on Earth and delve into the meteorological phenomena that make these locations so extreme

Greenhouse gases: The invisible drivers of climate change

Greenhouse gases (GHGs) are vital components of Earth's atmosphere that regulate the planet's temperature by trapping heat — a phenomenon known as the greenhouse effect. They function much like a thermal blanket, maintaining the warmth necessary to sustain life on Earth. However, human activities have significantly increased the concentrations of these gases, leading to global warming and climate change

Shaking things up: How to minimize earthquake damage

When the ground starts to rumble, it’s too late to start preparing. Earthquakes can strike without warning, leaving destruction in their wake. However, with proper planning and preparation, we can significantly reduce the damage caused by these seismic events. Let’s explore some scientifically backed strategies to minimize earthquake damage, drawing from expert sources and government agencies.

Who are the hurricane hunters? Into the eye of the storm: The daring work of hurricane hunters

As hurricane season approaches, a specialized team of pilots and meteorologists prepare to fly directly into the heart of these powerful storms. Known as "hurricane hunters," these brave individuals risk their lives to gather critical data that helps protect millions of people in coastal communities.

El Niño and La Niña: What They Are, Differences

Discover the essential characteristics of El Niño and La Niña. Understand the fundamental distinctions between these two climatic events.

More articles