Space-Based Alliance to Boost Wildfire Data Access for Vulnerable Regions

MUNICH, GERMANY & LOS ANGELES, CA – November 18, 2025 – A collaborative effort between German-based satellite intelligence firm OroraTech and the US non-profit Earth Fire Alliance (EFA) is set to significantly expand access to crucial wildfire data, focusing on communities and organizations with limited resources. The partnership combines OroraTech’s established network of satellites and advanced data processing capabilities with EFA's development of the innovative FireSat constellation and its broad network of partnerships with NGOs and local organizations.

Bridging the Data Gap in Wildfire Management

Wildfires are increasing in frequency and intensity globally, driven by climate change and expanding human development. While sophisticated wildfire monitoring systems exist, access to timely and actionable data remains unevenly distributed. Many regions, particularly in the developing world, lack the financial and technical infrastructure to utilize advanced satellite imagery and predictive modeling effectively. This new partnership directly addresses this critical gap.

“The biggest challenge isn't necessarily collecting the data, but ensuring it reaches those who need it most,” says an expert in remote sensing technology. “This collaboration has the potential to democratize access to wildfire intelligence, empowering local communities to better prepare for and respond to these increasing threats.”

OroraTech’s core technology leverages a constellation of satellites equipped with purpose-built thermal infrared sensors. The company boasts a system capable of detecting heat anomalies and pinpointing fires as small as 4 meters by 4 meters, day or night, and through smoke. This data is processed on-orbit using AI, accelerating alert times and providing near-instantaneous updates. They have recently expanded operations with a new headquarters in Denver, Colorado and secured a major contract with the Greek government for a national wildfire early warning system.

The FireSat Constellation: A New Approach to Global Coverage

Complementing OroraTech’s existing infrastructure, the Earth Fire Alliance is developing the FireSat constellation. This initiative differs from many commercial ventures through its non-profit governance model and commitment to open-access data. The first FireSat prototype launched in March 2025, demonstrating the capability to detect very small fires that often go unnoticed by conventional systems. EFA’s sensors are designed to detect fires as small as a classroom, offering early detection capabilities vital for rapid response.

The FireSat constellation, currently under development, aims for near-global coverage with high-resolution imagery updated every 20 minutes, and potentially as little as nine minutes in high-risk areas. The system utilizes advanced AI and multispectral Earth observation payloads to enhance detection accuracy and minimize false alarms.

“We're not just building satellites; we're building a platform for global collaboration,” explains a source within EFA. “Our goal is to make this data freely available to organizations on the ground, enabling them to protect communities, ecosystems, and critical infrastructure.”

Kruger National Park: A Focus for Initial Deployment

The partnership will initially focus on delivering actionable intelligence to regions like Kruger National Park in South Africa. The park faces increasing wildfire risks due to a combination of changing climate patterns and increased fuel loads. The existing Integrated Fire Management System employed by South African National Parks (SANParks) includes controlled burns, continuous monitoring, and collaboration with neighboring organizations. However, the addition of advanced satellite intelligence could significantly enhance the park’s capabilities.

“Early detection is crucial,” says an expert familiar with Kruger’s fire management practices. “The ability to pinpoint small fires before they spread rapidly could save countless hectares of valuable habitat and protect endangered species.”

Specifically, the combination of OroraTech's rapid alert system and FireSat’s high-resolution imagery could provide park rangers with more precise information on ignition points, fire behavior, and potential spread, allowing for faster and more effective response. The partnership could also support the optimization of controlled burns, ensuring they achieve ecological objectives while minimizing risks.

A Competitive Landscape and Expanding Market

The space-based wildfire detection market is rapidly expanding, driven by the increasing need for proactive fire management. Several companies are competing in this space, including Descartes Labs, Planet Labs, and others. OroraTech differentiates itself with its dedicated satellite constellation and on-orbit AI processing capabilities. EFA distinguishes itself through its non-profit model and commitment to open-access data.

The projected market for wildfire detection and prevention is experiencing substantial growth, with analysts forecasting over $1.33 billion by 2033, driven by climate change and increasing societal awareness of wildfire risks. This partnership positions both OroraTech and EFA to capitalize on this growing demand and contribute to a more sustainable and resilient future.

“This isn't just about technology; it's about responsibility,” states a technology analyst. “Companies have a crucial role to play in addressing global challenges like wildfires, and this collaboration demonstrates a commitment to making a positive impact.”