OroraTech’s €37M Boost: Pioneering a Wildfire Digital Twin to Combat Climate-Driven Disasters
OroraTech’s €37M Boost: Pioneering a Wildfire Digital Twin to Combat Climate-Driven Disasters
Wildfires, intensified by climate change, are a growing global crisis, destroying millions of hectares of land and causing billions in damages annually. Munich-based OroraTech is addressing this challenge with its satellite-powered wildfire intelligence platform. On May 16, 2025, the company announced an extension of its Series B funding to €37 million, led by BNP Paribas Solar Impulse Venture Fund and Rabo Ventures, with continued support from Bayern Kapital, Edaphon, and the European Circular Bioeconomy Fund (ECBF). This capital injection follows nearly €100 million in a combination of commercial contracts and venture capital raised over the past year, positioning OroraTech to scale its “wildfire digital twin” of Earth—a real-time, AI-driven system to monitor and mitigate wildfire risks worldwide.
This article examines OroraTech’s technology, its impact on industries like logistics and urban development, and its role in advancing climate resilience.
A Global Crisis Demands Innovative Solutions
Wildfires destroy 30–40 million hectares of vegetation annually, causing over $20 billion in insured losses and emitting billions of tons of CO₂, according to OroraTech. Climate-driven droughts and extreme weather increase fire frequency and severity, making rapid detection critical. Traditional monitoring systems, reliant on optical satellites or ground sensors, often face delays and limited coverage, particularly in remote areas or at night.
OroraTech, founded in 2018 as a spin-off from the Technical University of Munich, uses a constellation of thermal infrared satellites to fill these gaps. “We are executing on a rare window of opportunity, where our scalable space infrastructure meets breakthrough AI,” said Martin Langer, CEO and CTO of OroraTech. The platform integrates proprietary satellite data, AI analytics, and cloud-based delivery to provide real-time wildfire detection and predictive tools.
With ten satellites in orbit, OroraTech’s system detects thermal anomalies at a spatial resolution of 4×4 meters, supporting the early detection of potential wildfire activity, day or night, through smoke and clouds. This capability supports logistics, where wildfire disruptions can halt supply chains, and urban development, where planners need precise data to protect infrastructure.
The Technology: Satellites, AI, and Digital Twins
OroraTech’s satellites use mid-wave and long-wave infrared sensors to detect active flames and smoldering zones invisible to optical systems. The Forest-3 satellite, launched in 2025, features a three-channel thermal infrared system and onboard AI, designed to deliver fire alerts within a few minutes via X-band downlinks, with onboard AI minimizing processing delays. “Their ability to design and operate nano-satellites, as well as interpret complex data, has contributed to the commercial success of their Wildfire Intelligence solution,” said Lucas Guillet, Investment Director at BNP Paribas Solar Impulse Venture Fund.
The platform’s wildfire digital twin—a cloud-based model—simulates fire behavior using wind, vegetation, and elevation data. For urban development, the Fire Spread tool predicts fire paths to prioritize evacuation routes, while the Burnt Area Mapping tool, with 10-meter resolution, assesses infrastructure damage. In logistics, companies like Brazilian cellulose giant Suzano use OroraTech to monitor 2.7 million hectares, ensuring supply chain continuity during fire seasons.
Scaling Impact: From Forests to Climate Resilience
OroraTech’s platform has monitored vast forested areas worldwide, supporting earlier detection efforts that can help reduce fire spread and associated emissions. The European Union’s Copernicus program uses OroraTech’s data for emergency response, while partnerships with NVIDIA Earth-2 and Google Cloud enhance predictive capabilities. “The increasing intensity and frequency of wildfires poses a significant threat to our planet,” said Shishir Sinha, Executive Director of Rabo Ventures. “We recognise the urgent need to address these risks.”
Customers include governments, forestry firms, and insurers. Chilean forestry company ARAUCO has used OroraTech’s Fire Spread tool to guide firefighting resource allocation in wildfire events. Insurers use Burnt Area Mapping to validate claims, and urban planners leverage Land Surface Temperature data to mitigate heat islands, critical for urban resilience. OroraTech’s 2025 GREEN+ Programme partnership monitors protected forests in South America, supporting biodiversity and carbon preservation. These efforts align with broader initiatives in urban resilience, where real-time climate and wildfire data are playing an increasingly important role.
Competitive Edge in a Crowded Market
OroraTech competes with companies like Planet Labs and Fireball International but stands out with its thermal infrared focus and scalable satellite infrastructure. Competitors’ optical sensors or ground-based systems struggle with night detection or remote areas. OroraTech’s high-resolution sensors and rapid alerts provide an edge for time-sensitive needs in logistics and urban planning.
Partnerships with Isar Aerospace for satellite launches and Spire Global for data transmission ensure operational flexibility. Using NVIDIA Jetson modules for onboard AI and Google Cloud’s Vertex AI for machine learning reinforces OroraTech’s technological lead.
The Road Ahead: Expanding the Constellation
OroraTech aims to expand its satellite constellation significantly to improve global revisit times and coverage. New features include mobile-optimized Fire Spread simulations for field commanders and expanded thermal sensor networks. The Land Surface Temperature product is based on an Essential Climate Variable identified by the Global Climate Observing System, supporting precision agriculture and urban heat mitigation, positioning OroraTech as a key player in climate-adaptive urban development.
Why It Matters: A Model for Climate Tech
OroraTech’s integration of IoT, AI, and satellite data offers a scalable model for disaster management. For logistics, it ensures supply chain resilience; for urban resilience, it enhances safety; for policymakers, it combats emissions and biodiversity loss. The €37 million funding underscores investor confidence in OroraTech’s leadership in climate tech, signaling a new era in wildfire management.
More info here -Have a story? Address it to “the Editor” here
Disclaimer
The information provided in this article is for general informational purposes only and from publicly available sources. While we strive for accuracy, we do not make any representations or warranties, express or implied, regarding the completeness, reliability, or validity of the content. This article does not make any direct claims about specific companies, individuals, or organizations. Any references to reports or external sources are for context and do not imply endorsement or verification of any specific allegations. Readers are encouraged to conduct their own research and seek professional advice before making business decisions. We disclaim any liability for any losses or damages incurred as a result of reliance on the information provided.