The Linux Apocalypse Nobody Saw Coming (And What It Says About Your Supply Chain)

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The internet just had a heart attack and nobody called an ambulance.

Over the past week, we’ve watched the foundation of digital infrastructure crack in three different places at once. Ubuntu’s entire ecosystem went dark for more than a day. A Linux vulnerability so severe that CISA—the US government’s top cybersecurity agency—had to issue an emergency warning about it being actively exploited in real hacking campaigns. And somewhere in the noise, an open source package with 1 million monthly downloads was quietly stealing user credentials from developers who had no idea they were compromised.

This isn’t a story about a single breach. It’s a story about the fact that we’ve built the entire digital world on software that nobody’s actually paying to maintain, secured by people who are mostly volunteers, and guarded by corporate security firms that just got caught using poisoned dependencies themselves.

The CopyFail Moment

Let’s start with CopyFail—the Linux vulnerability that showed up and started doing real damage before most people even knew it existed.

A critical bug affecting major versions of Linux. Being actively exploited. In production environments running servers and data centers right now. The US government had to publicly warn about it. That’s not security theater. That’s a genuine “we don’t know how many systems are compromised yet” situation.

Here’s what gets me: this is exactly what security theorists have been predicting for years, and we still acted surprised when it happened. Linux runs maybe 90% of cloud infrastructure, 99% of supercomputers, and most of the internet’s backbone. It’s maintained by thousands of unpaid developers in their spare time. And when something goes wrong—when a “most severe Linux threat to surface in years” appears—we discover it’s been weaponized before we even understand how to fix it.

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The Supply Chain Is Rotten

Then there’s the credential theft. An open source package with 1 million monthly downloads. Engineers across the world pulling it into their projects every single day. And it was stealing credentials.

The package succeeded because of the exact same reason CopyFail succeeded: visibility. Nobody’s auditing 1 million packages a month. Nobody has the budget to. So malicious code hides in plain sight, gets integrated into production systems, and by the time you find it, it’s already in your CI/CD pipeline, your deployment infrastructure, your monitoring dashboards.

What makes this worse is that security firms got hit too. Checkmarx and Bitwarden—companies literally in the business of making code safer—were singled out in a supply-chain attack. If your job is “make things secure” and you still get compromised through your own dependencies, that tells you the game is rigged.

I’m not blaming the security companies. I’m pointing out that the attack surface is now so massive and so hidden that even the people trained to see it can’t.

GameStop’s Fever Dream

And then there’s GameStop. The company that nearly went extinct because it bet on physical game sales—the company that became a meme stock—just offered $56 billion to acquire eBay.

Let me be clear about what’s happening here: GameStop doesn’t have $56 billion. They’ve acknowledged they don’t have $56 billion. They offered $56 billion for eBay and basically shrugged when asked how they’d pay for it.

In a rational market, this is insane. In a market where meme stocks exist and where people are desperate enough to throw money at anything that sounds like a turnaround story, it’s a gamble. But here’s the thing that matters for this column: GameStop’s move is a symptom of the same disease that killed CopyFail and the credential-stealing package. Everyone’s pretending the fundamentals still work.

Ubuntu goes down for a day and the internet hiccups but doesn’t break. A major Linux vulnerability gets exploited and most people never hear about it. Malicious code spreads through 1 million daily downloads and we find it by accident. GameStop offers to buy eBay with money it doesn’t have and nobody even blinks.

We’re living in a system where the infrastructure is visibly broken, but it’s still technically standing, so everyone keeps acting like it’ll hold.

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What Nvidia Isn’t Saying

Jensen Huang came out this week and said that AI isn’t killing jobs—it’s creating “an enormous number of jobs.”

That’s a confident statement, and I’ll give him this: he’s probably right in aggregate, over a five-year horizon. AI will create job categories that don’t exist yet, just like the web did in the 1990s. But what he’s not addressing is the timing gap. When a malicious package steals credentials from 1 million developers, when Linux vulnerabilities are actively exploited before patches exist, when Ubuntu infrastructure can disappear for 24+ hours—those aren’t problems that AI is creating jobs to solve. Those are problems that under-resourced security teams are failing to prevent.

And AI is about to make those teams smaller, not larger.

My read is this: Huang’s statement is technically accurate but meaningfully false. Yes, there will be jobs. But they’ll be filled by people different from the ones losing roles, in different places, with different skills. And the transition period is going to be messy in ways that a supply chain held together with open source tape and volunteer labor can’t absorb.

The Geothermal Distraction

Here’s the one optimistic thing in this pile of rubble: Fervo Energy is heading for an IPO that could value the company at $6.5 billion.

Enhanced geothermal is a real technology that could actually solve a genuine problem—the fact that AI’s power consumption is about to eat the entire US power grid. Building data centers requires electricity. Running them requires more electricity. And electricity requires infrastructure that we’ve been neglecting for 20 years.

Fervo’s not a solution yet. But it’s at least someone betting on fundamentals instead of vibes.

The tragic irony is that we’re willing to fund a $6.5 billion geothermal company to solve AI’s power problem, but we’re not willing to fund the people maintaining the Linux kernel that makes everything work. Money flows toward shiny futures. It doesn’t flow toward unglamorous dependencies that already exist.

Photo by Denys Gromov / Pexels

The Cerebras Wildcard

Cerebras is heading for an IPO valued at $26.6 billion or higher. They have a deep relationship with OpenAI. They’re building specialized AI chips that could become the infrastructure layer under all of this.

I don’t know if Cerebras will be worth $26.6 billion. But I know what it signals: money is flowing into the hardware layer of AI, not the security layer of everything else.

That’s a bet that silicon matters more than safety. And given what just happened to Ubuntu and Linux and the credential-stealing package, I think we’re about to learn if that bet pays off or if it catastrophically fails.

What I’m Watching

• CopyFail patch adoption rates by March 2025. If major cloud providers and data centers aren’t at 80%+ patched within 60 days, we’ll know the infrastructure update cycle is broken and the next attack will find even more systems. This is your real-time test of whether security can actually move at internet speed.

• Fervo’s IPO pricing vs. developer tooling funding. If enhanced geothermal closes above $6 billion and security/dependency management startups are still struggling to raise Series B, the market has decided power matters more than preventing breaches. Watch whether any of the VCs funding Cerebras’ $26.6B bet also fund security infrastructure in the next 12 months.

• How many more 1M-download packages get found compromised in 2025. Not if. How many. The credential-stealing package wasn’t the first. It won’t be the last. Each one we find means dozens we haven’t. By mid-2025, we’ll know whether the industry is treating this as a temporary crisis or a structural problem.

The Linux apocalypse isn’t coming. It’s already here. We’re just all still logged in, pretending the screen hasn’t frozen yet.