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Başvurunu YapThe 6-Year Saga of systemd Destroying SSDs: How a "Baseless Claim" Became a Hacker News Front-Page Reality
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Remember in 2020 when yours truly opened systemd issue 15292 showing that 500 KB of text logs turned into 700 MB of SSD thrashing, only to be met with maintainer hostility? The maintainers famously declared "I don't think you know what you're talking about," insisted it was non-actionable, and closed the issue while collecting dozens of angry downvotes from the community. Because why fix an architectural design flaw when you can just insult the user's methodology and pretend write amplification doesn't exist?
Fast-forward six years, and nothing changed—except the frustration. In early 2026, a fresh ticket was filed, proving that writing just two lines of log per second in a virtual machine pushed storage to ~50 IOPS continuously. Systemd's memory-mapped hash tables were still dirtying entire 4 KiB pages, triggering filesystem metadata updates, and churning through gigabytes of I/O for a handful of log entries.
Then came the turning point: the new issue blew up on Hacker News, exposing the sheer absurdity of the years-long denial to the broader tech community. Suddenly, faced with public front-page embarrassment, the maintainers' dismissive wall crumbled. @ValdikSS stepped in with exhaustive isolated cgroup and loop-device benchmarking, proving beyond a shadow of a doubt that a single 750-byte log message regularly generates ~50 KB to ~70 KB of underlying disk writes.
Miraculously, once the corporate-backed enterprise maintainers were publicly put on blast, someone on the team finally decided to take a look and start addressing it. It turns out the issue was actionable all along—it just required six years of community pain, a dedicated independent researcher doing the maintainers' profiling for them, and a front-page roasting on Hacker News to make the enterprise overlords care.
This whole saga perfectly distills the systemd experience: a monolithic ecosystem engineered strictly for enterprise container hosts and cloud providers, where real-world desktop and edge hardware constraints are dismissed as "user error" right up until the PR optics become too toxic to ignore.
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Remember in 2020 when yours truly opened systemd issue 15292 showing that 500 KB of text logs turned into 700 MB of SSD thrashing, only to be met with maintainer hostility? The maintainers famously declared "I don't think you know what you're talking about," insisted it was non-actionable, and closed the issue while collecting dozens of angry downvotes from the community. Because why fix an architectural design flaw when you can just insult the user's methodology and pretend write amplification doesn't exist?
Fast-forward six years, and nothing changed—except the frustration. In early 2026, a fresh ticket was filed, proving that writing just two lines of log per second in a virtual machine pushed storage to ~50 IOPS continuously. Systemd's memory-mapped hash tables were still dirtying entire 4 KiB pages, triggering filesystem metadata updates, and churning through gigabytes of I/O for a handful of log entries.
Then came the turning point: the new issue blew up on Hacker News, exposing the sheer absurdity of the years-long denial to the broader tech community. Suddenly, faced with public front-page embarrassment, the maintainers' dismissive wall crumbled. @ValdikSS stepped in with exhaustive isolated cgroup and loop-device benchmarking, proving beyond a shadow of a doubt that a single 750-byte log message regularly generates ~50 KB to ~70 KB of underlying disk writes.
Miraculously, once the corporate-backed enterprise maintainers were publicly put on blast, someone on the team finally decided to take a look and start addressing it. It turns out the issue was actionable all along—it just required six years of community pain, a dedicated independent researcher doing the maintainers' profiling for them, and a front-page roasting on Hacker News to make the enterprise overlords care.
This whole saga perfectly distills the systemd experience: a monolithic ecosystem engineered strictly for enterprise container hosts and cloud providers, where real-world desktop and edge hardware constraints are dismissed as "user error" right up until the PR optics become too toxic to ignore.
The main problem with systemd is bureaucratic rather than technical. Though the bureaucratic problems can manifest as technical problems.
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