For commercial space initiatives ranging from startups to multibillion-dollar corporations, artificial intelligence and other technology advancements are facilitating the process.
The fact that Blue Origin, the space business founded by Jeff Bezos of Amazon, is utilizing AI is certainly not surprising. “This is our founder’s favorite area, as you can imagine,” stated Ariane Cornell, vice president of strategy and business operations at Blue Origin in New Glenn. “So, just generally, we are using it everywhere.”
Other AI-powered apps, however, could cause some people to take notice. For instance, long before the spacecraft is launched, Rebel Space is assisting satellite businesses in creating synthetic data that would indicate a possible valve failure.
The startup’s co-founder and CEO, Carrie Marshall, stated, “The AI you trained would see it, and you would prevent a massive mission failure in the future.”
At the Seattle Space Superiority Summit, which FUSE VC hosted at the Museum of Flight on Thursday, Cornell, Marshall, and other executives discussed the trends driving the space sector this week. Several of the trends include AI. This is a summary:
Needs for national security
Interest in orbital transfer vehicles is growing for a number of uses, such as multi-satellite deployment and satellite maintenance. The main forces behind that interest, however, are capabilities that handle national security issues, such as navigating a satellite out of danger’s way or confronting a threatening spacecraft.
Co-founder and chief operating officer Ian Vorbach of Portal Space Systems, located in Bothell, Washington, stated that the requirement to move swiftly across great distances in space did not exist when space was not regarded as a disputed domain. The Pentagon supports Portal’s Supernova space mobility platform, which is intended to meet that demand.
Starfish Space, located in Tukwila, Washington, and Blue Origin are two more businesses engaged on in-space mobility. The first announced payload for Blue Origin’s Blue Ring platform, which is scheduled to launch its inaugural mission next year, is an AI-enabled sensor constructed by Scout Space for the Space Force. In the meanwhile, Starfish Space is putting its second Otter Pup prototype into orbit in anticipation of a potential demonstration trip funded by the Space Force that may happen next year.
Golden Dome, the Trump administration’s proposed missile defense system, is expected to result in further contracts for commercial space endeavors, possibly with an emphasis on in-space data processing and sensing.
Gareth Keane, a partner at the national security-focused venture financing company IQT (formerly known as In-Q-Tel), stated that in some situations, the latency of sending things down, making a judgment, and then going back out is probably not a very safe or healthy thing to have. These are especially in areas like the more than $200 billion they plan to invest on Golden Dome.
Space as a data frontier
The applications of in-space data processing will extend well beyond national security. Winnowing through the geographical data gathered by Matter Intelligence’s space sensors while the data is still on the spacecraft is essential, according to Nathan Stein, co-founder and founding scientist.
Instead of needing to downlink hundreds of gigabytes of data for a single collection, can we create Level 3 analytics solutions and downlink them immediately, saving money and time? He said. For us, there is a clear link between the number of photographs we gather and the amount of revenue you receive.
Moving data centers from terrestrial areas to orbital positions where those power-intensive facilities may use solar electricity derived from space is another possible use. Based in Redmond, Washington In a demonstration mission that might launch as early as November, Starcloud intends to test the idea using NVIDIA computer processors.
Awaiting bigger rockets
The launch of SpaceX’s Starship super-rocket, which is presently in construction and should be able to carry more than 100 tons of cargo into low Earth orbit, is anticipated by many space entrepreneurs. A significant contribution will also be Blue Origin’s New Glenn rocket, which launched for the first time in January and has a payload capacity of 45 tons.
We need the launch cost to drop by at least one order of magnitude in order to compete with terrestrial data centers on energy prices, stated Philip Johnston, CEO of Starcloud. Once Starship, New Glenn, or other launch vehicles are online, we will be able to move.
Mike DeRosa, co-founder and chief marketing officer of Gravitics, a company located in Marysville, Washington, had similar views on the company’s chances of launching its space station modules into orbit. The new cars that are coming online, as well as Stoke and [Rocket Lab’s] Neutron and New Glenn, have me excited,” he remarked. In addition to not wanting to go forward, we’re in that enjoyable state where we think, “Oh, let’s get to next year when we can actually book a Starship launch.”
The Starfall project, which would employ Starship as a platform for in-space medicinal research and product development, is another project that SpaceX is reportedly working on. Considering that SpaceX has already expanded from the rocket industry with its Starlink satellite broadband network, it would be yet another product line.
“I’m not concerned that Starship’s rise will hurt my startup,” said Andy Lapsa, co-founder and CEO of Stoke Space, situated in Kent, Washington. “Starship has me thrilled,” he remarked. A prosperous Starship, in my opinion, advances the entire sector. I also don’t think it’s a zero-sum game. The industry is currently experiencing a rising tide that lifts all ships.
To the moon and back
Blue Origin and other private space projects have a multibillion-dollar potential with NASA’s Artemis moon program. NASA awarded a $3.4 billion contract to a group headed by Bezos’ space business in 2023 to construct a lunar landing technology for crewed moon landings starting as early as 2029. According to reports, an uncrewed demonstration mission utilizing Blue Origin’s Blue Moon Mark 1 lander is planned for the following year.
A project known as Blue Alchemist is also being developed by Blue Origin with the goal of removing elements from moon dirt and converting them into oxygen for lunar settlements, solar cells, and building materials. According to Blue Origin, the critical design assessment of the Blue Alchemist system was successfully finished this week.
Another firm based in the Seattle region, Interlune, is planning to mine lunar soil for precious materials. Helium-3, the startup’s primary goal, is more abundant on the moon than it is on Earth and has uses in everything from quantum computing to nuclear fusion
Rob Meyerson, the CEO and co-founder of Interlune, stated, “We have a very big vision.” In the 2030s, we plan to deploy a fleet of five electric harvesters to the moon to bring back this helium-3 gas to Earth.
Down-to-Earth applications
Certain space-related businesses want to generate at least a portion of their revenue here on Earth. For instance, Stoke Space has created a business called BoltLine to market the software platform it employs to monitor product development timeframes.
According to Stoke Space’s chief operating officer Kelly Hennig, “I see it going further into areas of timekeeping as well as cost tracking, really giving us very accurate models for how much things cost — which could be utilized across the board, or if you’re developing satellites, or if you’re actually looking at how much it would cost to change frequency bands, change the type of hardware, or any of those types of things.” Therefore, I think it is a fantastic opportunity for us to use AI.
AI is also a major component of Amazon’s Project Kuiper satellite broadband network, which is expected to start providing service to consumers by the year’s end.
Chris Weber, vice president of sales and marketing for Project Kuiper at Amazon, stated that since Kuiper is a software-defined network, artificial intelligence (AI) may significantly increase productivity. “I would say that, aside from engineering, software, etc., the most important thing is how we manage the network and capacity to give customers an exceptional experience.”
Although providing high-speed internet access to millions of underprivileged people worldwide is the primary goal of Project Kuiper, Weber said he is learning about use cases that he was unaware of when he joined the Kuiper team 13 months ago.
He said, “We just announced a deal with JetBlue.” We’re thrilled about how that will revolutionize the experience for anyone who has had ineffective or bad connectivity while flying. I still don’t know much about a few of the new ones I’m learning about.
For instance, high-frequency market trading greatly benefits from low-latency broadband connectivity. According to Weber, “people are willing to pay a huge amount of money for every millisecond of performance advantage.”
High-frequency market trading, for instance, greatly benefits from low-latency internet connection. “People are willing to pay a lot of money for every millisecond of performance advantage,” Weber stated.
The golf circuit is another. Weber remarked, “The PGA Tour was interesting.” Each tournament involves the installation of 40 miles of fiber. In order to obtain such competitions, they can drastically cut down on the amount of work, whether it is us or others they consider. And practically any faraway athletic event, whether it’s Formula One or the PGA, may be used. They all share the same problem.
