SpaceX is reportedly buying back investor and employee shares at an $800B valuation. This is double from the $400B valuation just 5 months ago.
The key successes are rapid progress toward full Starship reusability and fast growing Starlink revenue and profits.
SpaceX acquired massive mid-band spectrum (8-lane highway vs T-Mobile’s 2-lane) → Direct-to-Cell is now live and will scale fast.
Space-based AI data centers are now seen as the inevitable industry and the solution to the global power crunch. 2000 GW+ is needed by 2040. The world only has about the equivalent of 3400 GW and the US has 460 GW and China has 1100 GW. Those are adjusted 100% on power plants.
It is not just SpaceX Google published a 19-page SunCatcher paper which revealed work they did to prove modern AI chips and memory and servers can survive space radiation with manageable error rates for AI inference in orbit.
SpaceX will be the only company that can launch payload at ~1/100th today’s cost once Starship is online → total monopoly on delivering orbital compute + power.
In 2030-2033 there will be millions of AI-optimized satellites, space solar factories producing 100+ GW/year.
Starlink alone was already on path to be the most valuable company ever. Adding orbital AI inference + power makes it effectively infinite.
SpaceX IPO now being discussed seriously for late 2026, possibly at $1–2T+.
There are Tesla tie-ins, AI5 chip taped out, Optimus gets it summer 2026. Tesla building multiple internal fabs + likely massive space-solar gigafactories.
xAI’s Grok 4.2 just crushed an AI stock-trading competition (up 10-40% in 2 weeks in 4 different parallel tests. Other AIs lost money or made a lot less.
Brian Wang is a Futurist Thought Leader and a popular Science blogger with 1 million readers per month. His blog Nextbigfuture.com is ranked #1 Science News Blog. It covers many disruptive technology and trends including Space, Robotics, Artificial Intelligence, Medicine, Anti-aging Biotechnology, and Nanotechnology.
Known for identifying cutting edge technologies, he is currently a Co-Founder of a startup and fundraiser for high potential early-stage companies. He is the Head of Research for Allocations for deep technology investments and an Angel Investor at Space Angels.
A frequent speaker at corporations, he has been a TEDx speaker, a Singularity University speaker and guest at numerous interviews for radio and podcasts. He is open to public speaking and advising engagements.
https://x.com/CJHandmer/status/1997906033168330816?s=20
Is Musk going to give loyal Tesla stock owners a first shot at SpaceX shares?
I would like to move 25-33% of my Tesla position to SpaceX to diversify my ‘Musk’ portfolio.
SpaceX can be thought of as similar to the Railroads in mid-late 180O’s America.
The early investors became very VERY wealthy.
What about space debris, millions of datacenters in space means millions of objects in orbit, a nice recipe for disaster.
It’s called Kessler Syndrome and it’s so well known there was even a major movie starring Sandra Bullock and George Cloney around it, called Gravity. In the movie, the space station was destroyed with the star characters in it, but a chain reaction of debris destroying more debris destroying the space station, which produced a LOT more debris.
This is not only realistic, it’s practically inevitable and thanks to a satellite that was purposely destroyed by the Chinese some 10 years ago as a test, it’s already begun.
There is no government or international body that keeps track or allocates space in Space, but there should be, just as the FCC allocates radio spectrum. Space in orbit is finite, with bodies moving at supersonic speeds (17,000mph, at least) – minus the sonic part because there’s no sound in space.
It’s estimated that it will take ~10 years for a Kessler Syndrome event to clear LEO of debris, during which time it will be almost impossible to send anything else into LEO or beyond, including manned rockets to the Moon or Mars. Musk’s unregulated Starlink expansion – the biggest money-maker for SpaceX – is the main contributor to the factors behind a Kessler Syndrome, and it will be the main victim of it.
Astronomy is already effected by the streaking of long timelapse pictures from Earth based telescopes.
There is no estimate of how much property damage, or human casualties there will be from a raining of debris that falls to Earth uncontrollably over that decade.
Would you like some comet pills with your Starlink debris umbrella?
What is the case for datacenters in space ?
If you see the behemoth infrastructure of colossus 2 on the ground
thats a lot to put in orbit.
Cooling, how do you cool all that in space ??
power, ok solarpanels
serviceabillity ??
cosmic rays shielding all those tiny processors ??
It sounds like a pie in the sky to me.
I’m definitely not an expert on this, but to get rid of datacenter heat, wouldn’t a simple sun shade be enough? Since in space there’s no atmosphere to absorb and retain (or disperse) heat, a sun shade that kept the datacenter out of direct sunlight would effectively plunge it to several hundred degrees below zero, F. That’s how the James Webb Space Telescope keeps its sensitive bits cool. It has a massive sun shade.
The problem isn’t the heat from the sun, the problem is the heat generated by the onboard computing.
I was surprised to learn that those big fins on the ISS are not solar panels, but are actually infra-red emitters to stop the meat inside from cooking. A datacenter in an insulated vacuum would have 100* times this problem.
Yes, a sunshade as is used on the James Webb Space Telescope would allow radiator panels to radiate away data center heat very effectively. It is very cold out there in the shade!
https://en.wikipedia.org/wiki/Outer_space
I think that the energy and cooling water requirements are unsustainable for the continued expansion of AI data centers here on the planet, the strain on the power grid and the rapid increase in network charges is a major factor in cost of living rises in America and other “first world” countries. I can see this as yet another bright commercial opportunity for SpaceX in the future, one that should be exploited at the earliest opportunity! We are starting to see the symbiotic convergence of advanced technology !
There has been a great deal of advancement in heat dissipation technology recently.
“There has been a lot of press claiming SpaceX is raising money at $800B, which is not accurate,” Musk said in a post Saturday on his social media platform X. “SpaceX has been cash flow positive for many years and does periodic stock buybacks twice a year to provide liquidity for employees and investors,” he said.“ From Bloomberg.
This is a puzzling non-denial because he’s not saying they aren’t valuing the stock at $800B in the current liquidity round, just that they aren’t raising Capital in it because they are profitable and don’t need to.
Yes, well reasoned commentary.
IMHO, the the key to this rapidly expanding “modern world” is fresh blood at the top. Jared Isaacman is a progressive leader with the proven experience to lead NASA into this “new world of endeavor”. This will be the “litmus test”, whether America can appoint fresh leadership into critical areas or whether it is time to collapse and let others lead mankind into the future….. What a great time to be alive! 🙂