At the forefront of climate innovation, Daria Stepanova is pioneering a transformation in emissions tracking through AIRMO’s satellite technology.
Stepanova’s leadership in spacetech marks a significant step forward in the pursuit of accurate, actionable data for emissions management.
A Pioneer in Space Technology
Daria Stepanova is a prominent figure in spacetech, with over a decade of experience in the field. Her academic background in space engineering led her to work on CubeSat components at the Swiss Space Centre. It was there that she began exploring small satellite missions, particularly focusing on carbon emissions monitoring.
Stepanova realised the potential of small satellites when she faced challenges obtaining precise data from larger ones. This gap in the market spurred the creation of AIRMO, a company leveraging satellites to monitor greenhouse gas emissions accurately. The ambition was to fill a niche that existing large satellites couldn’t tackle effectively.
Revolutionising Emissions Tracking from Space
AIRMO’s mission encompasses offering precise data on emissions, driven by a vision to facilitate a data-oriented approach towards achieving net-zero emissions. The integration of sensors both in space and on aircraft allows AIRMO to gather comprehensive emission data, aiding in faster infrastructure decarbonisation.
AIRMO collaborates with carbon emitters and regulatory bodies, detecting emissions using both aircraft and satellite technology. This dual approach helps in pinpointing emission sources, making the decision-making process regarding emission reductions more informed and efficient. The company’s ultimate aim is to deploy a constellation of twelve satellites to ensure near real-time coverage.
Market Landscape and Competitive Edge
The emissions monitoring market is significant, estimated at €22.4 billion globally. It serves three main sectors: environmental sustainability platforms, regulators, and emitters themselves. However, despite its size, competition is surprisingly sparse.
Excel spreadsheets continue to dominate carbon accounting, a method that Stepanova argues results in approximately 70% incorrect calculations. Competitors using ground sensors lack the precision and scalability that satellites provide, highlighting AIRMO’s competitive advantage in offering time-series data on a global scale.
Challenges and Perseverance in a Male-Dominated Field
Despite potential expectations of gender-based challenges, Stepanova finds technical hurdles more pressing. Her aerospace engineering background equipped her to navigate complex technical challenges daily, focusing on developing intricate instruments for emissions monitoring.
Interestingly, she notes that the perceived “bad guys” of emissions are often cooperative and willing to engage in emissions management. This cooperation is crucial for AIRMO’s mission, as it aims to not only track emissions but also assist companies in becoming environmentally responsible.
Future Vision: A Global Emission Monitoring Network
AIRMO’s ambition extends to a global scale, with plans to deploy a satellite constellation providing near real-time emissions data worldwide. This global network will cater to the increasing demand from diverse sectors, reinforcing the need for precise emission tracking data.
Stepanova’s vision is driven by the industry’s demands and the evident customer traction AIRMO experiences. With AIRMO’s technological capabilities, it aims to set a new standard in emissions monitoring.
Despite the vast market and growing traction, Stepanova believes AIRMO’s real competition lies with traditional methods, emphasising the advanced precision and scope of satellite data in addressing emission challenges effectively.
Empowering Change Through Innovation
Stepanova advocates for having a compelling story and numerous proof points to drive success and innovation in emissions tracking. Her passion for environmental responsibility is evident in AIRMO’s mission to assist companies in adopting more sustainable practices.
By leveraging satellite technology, AIRMO not only aims to track emissions but also to empower entities to make informed decisions for meaningful change. This approach underscores the company’s commitment to supporting the transition towards sustainability.
Daria Stepanova’s work with AIRMO exemplifies the powerful impact of innovative satellite technology on emissions tracking.
Her efforts underscore a data-driven approach to environmental sustainability, offering a compelling vision for the future.
