The Supply Chain Is on Fire and Nobody's Putting It Out

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The Daemon Tools backdoor wasn’t some clever exploit. It was just a disk app, widely used, sitting there for a month with a hole in it big enough to drive a truck through. And nobody noticed until it was way too late.

That’s the thing that keeps me up now. Not the sophistication of attacks—the complacency baked into how we ship software.

The Infrastructure Is Cracking Under Its Own Weight

Here’s what happened in the last few weeks: Daemon Tools, a piece of software you probably have on your machine if you’re older than 25, got compromised in what security researchers are calling a supply-chain attack. For a month—30 days—the backdoored version was out there, getting installed by people who had no idea they were inviting someone into their system. Then Ubuntu’s core infrastructure went down for more than a day. Just stopped working. And then, separately, Linux itself got hit with what’s being called the most severe threat to surface in years.

These aren’t unrelated hiccups.

What you’re seeing is the consequence of building critical infrastructure on assumptions that haven’t been true since 2015. We built the internet assuming that if you controlled the code repository, you controlled the security model. We assumed that if a major Linux distribution was maintained by serious people with enterprise backing, it wouldn’t just be offline for 24+ hours. We assumed supply chains had visibility—that attackers couldn’t hide in plain sight inside software you download from the official vendor.

We were wrong about all three.

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Why This Matters More Than The Latest AI Feature Drop

Apple’s planning to let iOS 27 users pick their AI models—which is smart product strategy, honestly. Threads added web messaging. Reddit’s playing games with its mobile site. These are real stories but they’re feature stories. They’re about optimization and market positioning.

The infrastructure stories? Those are about systemic fragility we can’t optimize away.

When a single disk app sits compromised for 30 days, it means nobody’s running effective malware detection at scale. When a major Linux distro’s infrastructure goes down for more than a day, it means the redundancy we thought existed doesn’t. When a new Linux vulnerability is severe enough to catch researchers off-guard, it means our threat models are outdated.

I think what’s happening is we’ve built a house of cards where each card represents a company or maintainer that’s already stretched thin. The second something goes wrong—not catastrophically, just wrong—the system doesn’t have slack to absorb it.

The VC Money Is Going In The Wrong Direction

Here’s where it gets frustrating. Andreessen Horowitz just closed a $2.2 billion crypto fund. Not AI. Crypto. While everyone else is freaking out about whether large language models will replace programmers, a16z is doubling down on digital assets. The rationale is that while crypto’s cooled off, AI’s getting crowded with VC money.

That’s not wrong, exactly. But it’s also not the point.

The point is: nobody’s writing the billion-dollar check to fix Linux. Nobody’s funding a team to do 24/7 infrastructure monitoring that actually catches zero-days before they become “most severe threats in years.” We’re spending venture capital like it’s water on making AI models pick which other AI models you want to use. Meanwhile, the layer underneath—the actual operating systems, the disk tools, the build systems—are being held together with duct tape and the goodwill of unpaid maintainers.

This isn’t a complaint about VC’s priorities. It’s an observation about where incentives point. You can’t IPO an infrastructure hardening effort. You can IPO a crypto exchange or an AI model. So that’s where the money goes.

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Apple’s Strategy Makes Sense Now

Actually, wait. Let me circle back to Apple’s iOS 27 move. On the surface, it looks like Apple’s admitting it can’t build AI as well as OpenAI or Google, so it’s letting users pick. That’s partly true. But there’s something smarter happening underneath.

Apple’s essentially insulating itself. If you let the user choose their AI model, you’re not responsible when that model hallucinates or makes a bad call. The liability shifts. And in an environment where infrastructure is becoming less reliable—where supply chains are getting attacked, where Linux systems are going down—you want to be the platform that distances itself from the failures underneath.

That’s honestly brilliant product thinking. You’re not trying to win on the model. You’re trying to be the distributor that your users trust more than anyone else.

My read is Apple looked at the Daemon Tools situation and thought, “We need our users to feel safe, even if they’re using third-party models.” It’s a trust play, not a capability play.

Volkswagen Buying Into Rivian Is About Insurance, Not Passion

Volkswagen becoming Rivian’s top shareholder (displacing Amazon) sounds like a vote of confidence in EVs. It’s not. It’s a hedge.

VW’s committing $5.8 billion to a joint venture with Rivian. Why? Because legacy automakers are terrified that their supply chains for batteries, semiconductors, and electric drivetrains are going to get compromised by the same forces hitting software infrastructure. If you’re VW in 2024, you look at what’s happening to Linux and disk tools and you think: “I need a partner who can iterate faster than I can, and I need equity in that relationship.”

It’s not romance. It’s survival positioning.

The One Thing Everyone’s Missing

Here’s what I genuinely don’t know: whether the attacks we’re seeing are coordinated or just coincidental clustering.

Daemon Tools gets backdoored. Ubuntu infrastructure goes down. Linux gets hit with a severe zero-day. Are these connected? Is there a state actor running a campaign to destabilize core infrastructure? Or did we just hit a patch of bad luck where multiple fragile systems failed at once?

If it’s the first, we’re in real trouble. If it’s the second, we’re still in trouble—just for different reasons.

Either way, the pattern is clear. The infrastructure that everyone depends on—that runs the cloud, the endpoints, the build systems—is getting penetrated at the supply-chain level. And we don’t have the visibility, the resources, or frankly the will to fix it comprehensively.

Photo by Denys Gromov / Pexels

What I’m Watching

• Ubuntu’s recovery timeline and root cause transparency — If they don’t publish a detailed postmortem about what caused 24+ hours of downtime, that’s a signal the problem is worse than they’re saying. Watch their official blog in the next two weeks.

• ASML’s confidence vs. reality checks — The CEO just said on the record that “no one is coming for us” on their chip equipment monopoly. That’s either confidence backed by engineering moats or famous last words. If any credible competitor announces a working EUV lithography system in the next 18 months, the entire semiconductor leverage structure changes.

• How the Linux community actually patches the severe vulnerability — Not the patches themselves, but the speed and coordination. If it takes more than two weeks for major distributions to release hardened kernels, it means the maintenance infrastructure is still broken despite the scare.

• Whether ASML or TSMC gets targeted next — The supply-chain attack playbook is now visible. If we see compromised tools from either chipmaking company in the next 6 months, that’s when you know we’ve crossed into a new era of conflict. Start watching their vendor relationships and build tool updates.

The infrastructure isn’t going to fall apart tomorrow. But the cracks are showing. And this time, everyone’s watching the same cracks at once.