Spottitt selected for the 2022 batch of Space2Earth Acceleration program

In this piece, we delve into the realm of satellite technology, focusing on the determination of vegetation height and the planning of routes for electrical distribution lines.
Additionally, we examine the algorithm that empowers open-source meters in resolution SAR sensors to measure millimeters per year of land or asset motion. We also provide an overview of the driving forces behind the application of satellite technology for monitoring methane and other greenhouse gases.

Today, we’re going to address common myths and misconceptions surrounding satellite data and analytics. These are questions that have frequently come up from both our clients and prospects. Our aim is to provide clarity and assist you in understanding whether satellite-based asset monitoring is something you should consider for your organization.

Lucy Kennedy, the CEO and co-founder of Spottitt and Co-Chair of the Methane Monitoring Working Group at EARSC, recently moderated the session on ‘Collaborative Approaches to Methane Monitoring’.

The integration of satellite data with ground-based and operational measurements has the potential to radically transform efforts aimed at reducing methane emissions.

Among the vast array of satellite imagery options, Synthetic Aperture Radar (SAR) and Optical satellite images have gained significant attention due to their unique capabilities in asset monitoring and analytics. In this article, we will explore the immense potential of SAR and Optical satellite images and delve into the derived analytics that is revolutionizing asset monitoring across diverse sectors.