TL;DR
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A Bitlog essay published Oct. 27 argues that today’s software quality concerns should be weighed against the instability of consumer computing in earlier decades. The author recalls frequent Windows crashes, lost documents and easily bypassed security, while acknowledging that modern software may be becoming buggier as code production accelerates.
A Bitlog essay published Oct. 27 argues that software quality may be declining today, but consumer software in earlier decades was often far less reliable than nostalgia suggests. The author, who says they have used computers since 1990, recalls frequent Windows crashes, lost documents and weak security—while also noting that faster modern code production could make apps buggier if error rates do not fall at the same pace.
The essay’s central argument is that more code can mean more defects if development output grows faster than developers reduce errors. The author writes that increasing code production tenfold without cutting the error rate by a corresponding factor could leave an application buggier. The piece does not offer new industry-wide measurements; it presents this as a general observation about the relationship between output and reliability.
To counter claims that software used to be better, the author describes the experience of using Windows computers from the 1990s onward. They recall Blue Screens of Death caused by operating-system problems or buggy device drivers, along with computers that became unstable over time. A crash could interrupt work regardless of what the user was doing, the essay says.
The author also recounts how applications often failed to save work reliably. Some lacked autosave, while others could save in ways that left files corrupted after a crash. As a personal example of how persistent the fear of lost work became, the author says that at Google Docs in 2010 the team measured presses of the Ctrl+S shortcut, even though the shortcut did not save anything in the service. The essay says users continued pressing it out of habit because of earlier experiences with data loss.
Why Old Failures Still Matter
The comparison matters because arguments about software quality today can overlook how much reliability users now expect. Automatic saving, routine updates and more stable operating systems have changed everyday computing, even as users encounter new problems such as bugs, intrusive software or unwanted changes. The essay is a reminder that improvement in one area does not mean software is free of regressions in another.
Its account also distinguishes personal recollection from measured evidence. The examples illustrate how frustrating older computing could be, but they do not establish that software quality has improved overall or quantify how often crashes and data loss occurred. Readers should treat the piece as a historical perspective and argument, not a statistical comparison across eras.
That distinction is relevant as developers adopt tools and workflows that can increase the speed of code production. If software is shipped faster without a matching improvement in testing and defect prevention, users may face more bugs. The source offers that risk as a conditional claim, not proof that current products are deteriorating across the industry.
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From Physical Releases to Autosave
The essay describes a period when Windows dominated personal computing, estimating its market share at around 95%, with the precise figure depending on the source. It acknowledges alternatives, including Apple’s iMac and Linux distributions such as Debian, but says most computer users encountered Windows on Intel- or AMD-based machines. The article supplies no market-share data or citation for that estimate.
Software was commonly distributed on floppy disks, CDs or ROM, the author writes. Because a company could not readily update a physical copy after it reached customers, the author argues, packaged software faced a minimum quality threshold before release. That did not prevent failures: device drivers supplied with new hardware could destabilize a system, and operating-system resource-management problems could contribute to gradual slowdowns.
The essay’s account of security is similarly rooted in memory. The author recalls bypassing a password-protected screensaver on a store display computer by ending the screensaver task, and describes advertising malware that produced pop-ups outside normal browser use. These anecdotes support the author’s contention that older computers were not reliably secure, but the article does not document how representative those incidents were.
“Software is degrading all around us, for obvious reasons.”
— Bitlog essay author
How Broad Was the Decline?
The essay does not establish whether software quality is getting worse across the industry. It provides no comparative data on bug rates, crashes, security incidents or lost work across different decades, and its examples are drawn from the author’s experience. Its estimate of Windows’ roughly 95% market share is also presented without a supporting source in the supplied text.
It is also unclear how the author’s code-production comparison would apply across different software projects. The essay does not define the measure of “code production,” identify a dataset or account for changes in testing, development practices and product complexity. The broader question—whether software is more or less reliable now—remains unanswered by this account.
A Debate Without New Measurements
The article is an opinionated historical reflection, not a report announcing a new study or policy. It identifies no planned research or follow-up milestone. The next useful development in the wider debate would be comparable evidence tracking software defects and reliability over time, with clear definitions and consistent measures.
Until such evidence is available, the essay’s main contribution is a caution against treating past computing as uniformly reliable. It offers vivid examples of old failures while leaving open whether current software is, on balance, getting worse.
Key Questions
What is the Bitlog essay arguing?
It argues that software quality may be declining, but that older consumer software was often highly unreliable. The author recalls crashes, lost work and weak security from earlier Windows computing.
Does the essay prove that software is getting worse?
No. It offers a conditional argument about code production and error rates, but provides no industry-wide data comparing software quality across decades.
What problems does the author remember from older computers?
The author describes frequent Windows crashes, unstable device drivers, applications that did not reliably save documents, and advertising malware. These are personal recollections, not measurements of how common each problem was.
The author says the team measured presses of the shortcut in 2010 even though it did not save anything in Google Docs, which autosaved documents. The example is used to show how past data loss shaped user habits.
Source: bitlog.com
