On this week's episode of the DIB Innovators podcast, Frank Backes, CEO of Capella Space, shares his extensive experience in the satellite imaging industry and the innovative capabilities of his company, in particular how they fit into the DIB. He discusses the importance of providing real-time data for global transparency, even in challenging conditions such as nighttime and adverse weather.
Frank highlights how artificial intelligence and machine learning are enhancing the analysis of satellite data, making it more accessible for various sectors, including national security and disaster response. He also emphasizes the significance of building trust with government agencies to effectively meet mission needs.
Topics discussed:
Guest Quotes:
“I've been doing ground systems, command and control, launch capability, payloads, all different types of space systems, MilSatCom, GPS, space-based infrared, a lot of the large constellation programs over many years. And coming to Capella is an opportunity for me to be able to bring that breadth of background to an entire end-to-end capability, designing the satellite, manufacturing the satellite, operating the satellites, bringing the payload data and processing all the way to the customer. This vertically integrated capability, quite frankly, is the reason I'm at Capella.”
“There's safety-related, humanitarian types of projects that I personally really like to see us doing. And clearly the national security piece, a country being able to take sovereign control of what's going on in their particular region of the planet, obviously a very important mission.”
“The good news is Capella is large enough now that we can dedicate a production team to producing the current satellite. And we have an engineering team that can be in-parallel designing the next satellite. That gets our technology turn time down inside of 18 months. And in space, that's where you want to be. You want to be able to turn to that next architecture, the next capability, advance your technology very quickly.”
“We have a software-defined radio, a software-defined payload. Gives us a tremendous amount of flexibility to adjust as we learn this market. This commercial synthetic aperture radar market is fairly new. It's only a few years old. And so we're learning a lot about that market every day, and we want to be able to adjust to that market as it develops.” 27:16-27:39
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