Climavision

Climavision

Real-time weather forecasts via proprietary radar

Overview

Climavision builds a large, proprietary radar network and uses space-based data to improve weather forecasting for businesses and communities. Its product combines real-time observations from its radar grid with satellite data to fill weather blind spots and produce highly accurate forecast models that cover the globe. Clients receive timely weather data and alerts to plan and act before severe events occur. Climavision differentiates itself with its extensive, owned radar network and integration of space-based observations to provide more comprehensive, real-time insights than typical forecast providers. The company’s goal is to help clients mitigate weather-related risks by offering precise, timely information that supports proactive decision-making amid a changing climate.

About Climavision

Simplify's Rating
Why Climavision is rated
B-
Rated B on Competitive Edge
Rated B on Growth Potential
Rated C on Differentiation

Industries

Data & Analytics

Enterprise Software

AI & Machine Learning

Company Size

51-200

Company Stage

Series A

Total Funding

$100M

Headquarters

Louisville, Kentucky

Founded

2020

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Simplify's Take

What believers are saying

  • University partnerships create training pipelines and future enterprise customers.
  • Expanded state mesonet integrations increase stickiness with agencies and emergency managers.
  • Radar installations across fifteen states support recurring data and maintenance revenue.

What critics are saying

  • NOAA contract renewals can cut recurring revenue within 12-24 months.
  • Public mesonets and universities can replicate its workflow using open funding.
  • Long-range AI forecasts face visible failure risk across energy and insurance accounts.

What makes Climavision unique

  • Climavision combines proprietary supplemental radar with Horizon AI forecasting.
  • Penn State partnership validates its data in flagship meteorology workflows.
  • It converts 1.5 billion datasets daily into high-resolution forecasts.

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Funding

Total Funding

$100M

Above

Industry Average

Funded Over

1 Rounds

Series A funding typically happens when a startup has a product and some customers, and now needs funding to scale. This money is usually used to grow the team, expand marketing, and improve the product. Venture capital firms are frequently the main investors here.
Series A Funding Comparison
Above Average

Industry standards

$15M
$8.2M
Discord
$15M
Canva
$30M
Kalshi
$100M
Climavision

Growth & Insights and Company News

Headcount

6 month growth

-3%

1 year growth

-5%

2 year growth

0%
Climavision
May 12th, 2026
Penn State, Climavision partner to support the next generation of meteorologists.

Penn State, Climavision partner to support the next generation of meteorologists. May 12, 2026 Climavision Climavision UNIVERSITY PARK, Pa. (May 11, 2026) - A new partnership between Penn State and weather technology company Climavision aims to open research and training opportunities for students and faculty, and potentially help advance weather detection and warning aross the commonwealth. Through the partnership, Climavision. External Link. Opens in new window. will provide access to its supplemental network of high-resolution weather radars. These radars are designed to cover areas not well-sampled by the existing National Weather Service network across much of the United States, according to Paul Markowski, head of Department of Meteorology and Atmospheric Science at Penn State. The data will be available in both real-time and historical formats, supporting a wide range of classroom, research and applied learning opportunities. Climavision's scientists will also provide lectures, training and other support for the Penn State community. "The Climavision radar data will potentially be a treasure trove for our students with opportunities afforded for both research and classroom activities," Markowski said. Climavision's data supports a range of applications, including analysis of severe weather, precipitation, lake-effect snow, smoke plumes and other atmospheric conditions. The company owns and operates a growing network of radars across the United States designed to enhance low-level weather observations in areas where public systems have limited coverage. The company estimates about 4 million people in Pennsylvania live in these coverage gaps. Markowski, an expert on tornadoes. External Link. Opens in new window., said the addition of a Climavision radar near Lancaster has helped to provide a clearer picture of conditions that are often missed by more distant radar systems, and specifically has already helped with tornado detection in the Harrisburg area. "This partnership is about putting high-quality, real-world data into the hands of the next generation of meteorologists," said Chris Goode, Climavision's CEO. "By providing access to real-time radar data, we're helping students and researchers better understand how weather behaves at lower levels of the atmosphere, where impacts are felt most." Kyle Imhoff. External Link. Opens in new window., Pennsylvania State Climatologist who is stationed at Penn State, already works with Climavision data through a state partnership. "Broader University access to this data will help students and researchers, Imhoff said. "My team is already working with Climavision to incorporate its data into the Keystone Mesonet. External Link. Opens in new window. to allow for a centralized view of current weather conditions across Pennsylvania." Penn State is home to the highly ranked undergraduate and graduate meteorology and atmospheric science programs and forecasting platforms such as "Weather World. External Link. Opens in new window." and the student-run Campus Weather Service. External Link. Opens in new window... The University is also home to varied and vast weather and climate research that pulls from across disciplines. Matthew Kumjian, a professor of meteorology who recently participated in the largest hail research. External Link. Opens in new window. project in decades, said the partnership will elevate research while helping to prepare the next generation of leaders in severe weather forecasting. "Access to Climavision radar data and their team of experts is a unique opportunity for our students," Kumjian said. "Such opportunities include independent research projects on different types of adverse weather that affects the commonwealth, to getting hands-on experience with data processing and visualization techniques in the classroom and making connections with colleagues in the private sector. All of these can help students prepare for their future careers." About Climavision Climavision brings together the power of a proprietary, high resolution supplemental weather radar network with its cutting-edge Horizon AI forecasting technology suite to close significant weather observation gaps and drastically improve forecast speed and accuracy. Climavision's revolutionary approach to climate technology is poised to help reduce the economic risks of volatile weather on companies, governments, and communities alike. Climavision is backed by The Rise Fund, the world's largest global impact platform committed to achieving measurable, positive social and environmental outcomes alongside competitive financial returns. The company is headquartered in Louisville, KY, with research and development operations in Raleigh, NC. To learn more, visit www.Climavision.com... External Link. Opens in new window... External Link. Opens in new window. Media contact: Bill Shory Fleur de Lis Communications 502.974.4332

Western Kentucky University
Jun 30th, 2025
Climavision Partners with WKU to Support Next Generation of Atmospheric Scientists

Climavision partners with WKU to support next generation of atmospheric scientists.

Securities.io
May 20th, 2025
How Ai Is Transforming Disaster Recovery After Tornadoes

How AI Improves Natural Disaster RecoveryWhen natural catastrophes strike, the immediate need is to save the local inhabitants and restore infrastructure to a functional state, especially power, fresh water, and healthcare.This is becoming a growing problem, with the bill for such events ever growing in the past decade, driven by climate change and a growing population.However, true recovery of a community takes a lot longer, with assessing damages and then rebuilding taking months, if not years.Often, this is delayed by the sheer overwhelming load of problems to identify and properly assess. Individual inspection of each building can take a lot of time, especially if insurance companies, emergency services, and other stakeholders are short on personnel.“Manual field inspections are labor-intensive and time-consuming, often delaying critical response efforts.” Abdullah Braik – C ivil engineering doctoral student at Texas A&MThis could now change thanks to AI technology. Two researchers at Texas A&M University have developed an AI system using remote sensing, deep learning, and restoration models to predict accurately in less than one hour tornado damage assessments and recovery.This method could help better organize recovery efforts, and was published in Sustainable Cities and Society1, under the title “ Post-tornado automated building damage evaluation and recovery prediction by integrating remote sensing, deep learning, and restoration models ”.“Our method uses high-resolution sensing imagery and deep learning algorithms to generate damage assessments within hours, immediately providing first responders and policymakers with actionable intelligence.” Abdullah Braik – C ivil engineering doctoral student at Texas A&MTornado Devastation: A Growing Threat in the U.S.When unleashed, nature can be devastating for people and the cities they live in. One such example is tornadoes, a relatively regular occurrence in many parts of the world, including the so-called Tornado Alley in the USA.For example, in spring 2011, Joplin, Missouri, was devastated by an EF5 tornado with estimated winds exceeding 200 mph (321 km/h). The storm killed 161 people, injured over 1,000, and damaged and destroyed around 8,000 homes and businesses. The tornado carved a mile-wide path through the densely populated south-central area of the city, leaving behind miles of splintered rubble and causing over $2 billion in damage.Just this month, deadly tornadoes destroyed many houses and caused major damage in the Midwest and the South of the USA.Deadly storms and tornadoes sweep across Midwest and SouthWatch this video on YouTubeIt will likely take a lot of time to fully grasp the full scale of the damage these tornadoes caused

The Lane Report
May 1st, 2024
Climavision Acquires Intersphere for AI Forecasts

Louisville-based Climavision has acquired Intersphere, a company specializing in AI-powered weather forecasts. Intersphere's technology enhances Climavision's capabilities in predicting weather and climate months in advance, crucial for energy, insurance, and agriculture sectors. This acquisition will enable better strategic decisions and improve resilience against extreme weather events, potentially preventing costly impacts like those experienced during the 2021 ERCOT grid failure.

BizWest
Apr 30th, 2024
Fort Collins weather-analytics firm Intersphere acquired

Intersphere Inc., a Fort Collins technology company, has been acquired by Louisville, Kentucky-based weather data-analytics firm Climavision.

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