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Cisco CEO Chuck Robbins wants data centers in space
Brief published April 8, 2026 ยท Original source published April 6, 2026
Original reporting by Nilay Patel at theverge.com.
Automated brief. Verify important details at the original source.
Cisco CEO Discovers Space: Proposes Moving Data Centers to Final Frontier Because Earth's Power Grid Apparently Not Complicated Enough
Chuck Robbins, CEO of networking behemoth Cisco, has gazed upon the energy-hungry monster that is modern AI infrastructure and arrived at a conclusion that would make even the most caffeinated startup founder pause: we should just put the whole thing in space. Because apparently, the solution to data centers consuming ridiculous amounts of electricity isn't better efficiency or renewable energy, it's launching server racks into the void like some sort of tech billionaire fever dream.
In a recent interview, Robbins laid out his vision for orbital data centers with the kind of earnest enthusiasm typically reserved for explaining blockchain to your parents. The basic premise, stripped of corporate speak, goes something like this: data centers use too much power, space has infinite solar energy, therefore space data centers make perfect sense. It's the kind of logic that sounds bulletproof until you remember that getting a single pound of anything into orbit costs roughly the same as a Tesla, and data centers tend to weigh slightly more than a pound.
The timing of this cosmic revelation is particularly rich. Cisco, the company that built much of the internet's plumbing and then watched helplessly as cloud providers became the new infrastructure kings, is now pivoting hard into AI and apparently interplanetary real estate. Robbins spent considerable time in the interview discussing how AI is already writing Cisco code (because nothing says "we're still relevant" like having robots do your homework), and how the company is desperately trying to position itself as essential to the AI revolution that's currently making every other tech CEO sound like a prophet of the singularity.
But let's entertain this space data center concept for a moment, shall we? The engineering challenges alone are delicious in their absurdity. Sure, you've got unlimited solar power up there, but you've also got radiation that will fry your semiconductors faster than a microwave Hot Pocket, temperature swings that make Minnesota look tropical, and the small matter of getting your data back down to Earth at anything approaching reasonable latency. Nothing says "seamless user experience" like your Netflix stream being delayed by the time it takes radio waves to travel from geosynchronous orbit. Hope you weren't planning on any real-time applications.
The economics are even better. Current estimates put the cost of launching cargo to low Earth orbit at around $2,000 per kilogram on SpaceX's Falcon Heavy. A typical server weighs about 15 kilograms, so you're looking at $30,000 just to get one server into space, before you even think about power systems, cooling (which, spoiler alert, is actually harder in the vacuum of space despite what sci-fi movies suggest), radiation shielding, and the minor detail of orbital mechanics. For comparison, you could probably build an entire terrestrial data center for what it would cost to launch a single rack of servers.
Of course, Robbins isn't actually suggesting we start launching Dell PowerEdge servers into orbit tomorrow. This is more about positioning Cisco as a company that thinks big thoughts about the future, because in the current AI hype cycle, any CEO who isn't talking about transformative moonshots might as well be running a typewriter repair shop. The space data center concept serves the same function as those concept cars at auto shows: it's not meant to be practical, it's meant to make you think the company is innovative and forward-thinking, even if their actual business involves selling slightly improved versions of the same networking gear they've been hawking for decades.
What's genuinely telling is how this reflects the broader desperation in the enterprise tech world. Companies like Cisco built their empires on the old internet, where you needed specialized hardware and expertise to move packets around. But the cloud providers have spent the last two decades commoditizing that hardware and abstracting away the complexity, turning what used to be Cisco's core value proposition into someone else's API. Now, with AI creating a new infrastructure boom, everyone's scrambling to find their place in the new stack. If you can't beat them with better products, apparently you can always suggest launching them into space.
The reality for most developers and companies dealing with actual infrastructure problems is significantly more terrestrial. While Cisco's CEO dreams of orbital server farms, the rest of us are trying to figure out why our Kubernetes cluster is eating memory like a teenager at a buffet, why our cloud bills keep growing despite our traffic staying flat, and whether we can actually trust these new AI coding assistants not to introduce security vulnerabilities that won't be discovered until three months after they're in production.
In the end, Robbins' space data center musings tell us more about the current state of enterprise tech than they do about the future of orbital infrastructure. When your traditional business model is under threat, sometimes the only move left is to literally shoot for the stars.