– GHGSat has been monitoring greenhouse gas emissions from space for nearly a decade. How has the ground segment challenge evolved as your constellation has grown?

When we began scaling from a demonstration mission to commercial service, our ground segment was a patchwork: multiple ground station operators, a separate satellite operations provider, and the coordination overhead that comes with it. As we scaled our constellation to monitor millions of industrial facilities across the globe, that fragmentation constrained our ability to adapt the service quickly and cost-effectively. We made a deliberate decision to consolidate, expanding our KSAT ground station network and ultimately moving to an integrated partner, because a scalable, high-quality mission operations backbone is what allows us to reliably deliver value for our downstream customers.

– When you decided to extend the KSAT partnership from ground station contacts to full satellite operations, what tipped the balance?

Delivering our service at scale demands both flexibility and cost efficiency and we recognized that a single integrated partner, rather than a fragmented set of providers, is what creates the conditions for both. The number of satellites we need to effectively serve our customers simply didn’t warrant building that operations team and infrastructure in-house, but it absolutely warranted finding a partner who could grow with us and find efficiencies as the constellation scales. KSAT had already proven that reliability and ability to efficiently scale through KSATlite, so it was natural to extend that efficiency to satellite operations.

– GHGSat is increasing their fleet, how does the integrated model scale with you?

Scaling a constellation shouldn't mean scaling operational complexity and cost at the same rate. By consolidating ground station contacts and satellite operations under a single partner, we gain a platform where the marginal cost of adding a spacecraft is absorbed by shared infrastructure and established workflows, rather than multiplied across our team. That efficiency is what allows us to grow the fleet and focus on delivering high-quality emissions intelligence to our customers at a competitive price.

– For operators who are just starting to think about how to structure their ground segment, what would you tell them?

Start by asking what your customer values in your service, and build your infrastructure strategy around that answer. Space infrastructure, like cloud computing, is not the product; it is the means of delivering it, and in today's new space environment you have genuine options to optimize mission-critical functions to your specific business needs. The operators who build sustainable commercial businesses will be the ones who treat the ground segment not as their business but as a service underlying the business that can be optimized, freeing their teams to focus entirely on the value they were built to create.

About GHGSat

GHGSat designs, develops, and operates proprietary satellite technology to provide the highest-resolution greenhouse gas monitoring data available from space. Founded in 2012 and headquartered in Montreal, Canada, GHGSat serves industrial operators, regulators, and financial institutions seeking to measure, monitor, and manage their emissions with precision. Its constellation can detect methane and CO₂ emissions from point sources as small as individual oil and gas wells — a capability unmatched by any other commercial or government satellite mission.