TechJuly 30, 2026· 8 min read

File Format Standards: Why We Can't Have Nice Things

Ever wonder why file formats keep changing and breaking compatibility? The truth is messier than you think — corporate wars, committee dysfunction, and genuine progress all colliding at once.

Here's a fun exercise: try opening a file from 2005. Maybe a Microsoft Word doc. Maybe an old iTunes purchase. Maybe a Flash animation you made in high school.

Good luck. There's a decent chance it won't open. Or it'll open wrong. Or you'll need to hunt down ancient software just to see what teenage-you thought was funny.

File formats are supposed to be standards. The whole point of a standard is that it's... standard. Universal. Dependable. And yet, every few years, the entire ecosystem shifts, and suddenly your files need conversion just to stay accessible.

Why? Why can't we just pick a format and stick with it?

Because the world of file formats is a battlefield.

The Corporate War Zone

Let's start with the uncomfortable truth: most file format "evolution" isn't about making your life better. It's about control.

Take Apple and HEIC images. When they switched the default iPhone photo format from JPEG to HEIC in 2017, they weren't doing you a favor (though the compression is better). They were creating friction. Your photos wouldn't work on Windows. They wouldn't upload to older services. You'd have to convert HEIC to JPG to share them.

Which — conveniently — kept you in the Apple ecosystem. Because inside that ecosystem? Everything worked perfectly.

Look at Google and WebP. They didn't create a new image format because JPEG and PNG weren't good enough. They created it because they owned it. No licensing fees. No committees. Full control over the spec. And when you control the world's biggest browser (Chrome), you can quietly push your format until it becomes the de facto standard.

Same story with WebM for video.

Microsoft did it with OOXML (Office Open XML). Adobe did it with PSD and AI files. Every major tech company has a proprietary format designed to lock you in. And they'll tell you it's "innovation" while simultaneously making it annoying to leave their platform.

The Standards Committee Dysfunction

Okay, so proprietary formats are messy. But that's why we have open standards, right? International committees that decide on universal formats so we don't have corporate chaos?

Yeah. About that.

Standards committees are where good ideas go to die slowly, in meetings that last years, with documents that run thousands of pages. Have you ever looked at the full spec for PDF? It's 756 pages. JPEG XL's spec? Over 800 pages. The Unicode standard? Literal books.

And these committees don't move fast. JPEG XL — which is genuinely better than JPEG in almost every way — has been in development since 2017. It's 2026 now, and it still doesn't have universal browser support. Why? Because Google dropped it from Chrome in 2022 because they preferred their own format (WebP and AVIF).

That's not a standard. That's a suggestion.

Then there's the patent problem. H.264 video (the codec that runs most of YouTube and Netflix) was supposed to be free to use. Then the patent holders decided to charge licensing fees. Which triggered the creation of VP9 (Google), then AV1 (an alliance to compete with Google), then H.265 (an improvement on H.264 that costs even more).

Three "standards." None of them universal. All competing. All breaking compatibility with each other.

But Sometimes... It's Actually Progress

Here's the thing though: not all format changes are cynical cash grabs or committee incompetence. Sometimes file formats genuinely need to evolve.

JPEG was created in 1992. Back then, a 640×480 image was considered huge. Now we're shooting 108-megapixel photos on phones. JPEG wasn't designed for that. It starts to fall apart at high resolutions, and the file sizes get ridiculous.

So we got JPEG 2000 (failed), WebP (decent), AVIF (promising), and JPEG XL (excellent but politically doomed). Were all these necessary? Probably not. But some kind of upgrade was.

Same with video codecs. H.264 was groundbreaking in 2003. But streaming 4K video in H.264 takes about 25 Mbps. AV1 can do the same quality at 12 Mbps. That's not just "better tech" — that's billions of dollars in bandwidth savings for services like YouTube. That's less buffering for users on slow connections. That's real improvement.

And PDFs? The original PDF spec from 1993 didn't have layers, transparency, or embedded fonts. PDF 2.0 (2017) added those. Not because Adobe was greedy (well, maybe a little), but because people needed those features.

The Backwards Compatibility Trap

So if new formats are sometimes necessary, why do they keep breaking old files?

Because backwards compatibility is expensive.

Every time a format adds a new feature, it has to decide: should old software still be able to open new files? Should new software support every version of old files? The answer should be "yes," but the reality is messier.

Microsoft Word is a perfect example. A .docx file from Word 2026 might open in Word 2010... but half the formatting will be wrong. Why? Because Word 2010 doesn't know what to do with features that didn't exist yet. The format evolved, but the old software didn't.

And going the other direction is just as bad. Modern software often drops support for ancient formats because maintaining that code is a nightmare. Adobe Photoshop can't open Photoshop 3.0 files anymore. iTunes can't play songs with old DRM. Windows 11 can't run 16-bit apps from Windows 95.

The technical term for this is "bitrot" — the slow decay of digital files as the software ecosystem moves on without them.

And there's no good solution. Keep supporting old formats forever, and your codebase becomes unmaintainable. Drop support, and you alienate users with legacy files. Format creators choose the second option. Users suffer.

The Real Reason Formats Keep Changing

So after all that, why do file formats keep evolving, breaking, and changing?

Because there's no single authority. No one gets to say "this is the format, everyone use it, end of discussion." Instead, we have:

  • Tech companies pushing proprietary formats to control ecosystems
  • Standards committees moving slowly and getting overruled by corporate interests
  • Genuine technical progress that requires breaking old conventions
  • Patent trolls extracting fees and forcing alternatives
  • Developer laziness (or budget cuts) killing backwards compatibility

And the result? Chaos. Beautiful, frustrating, productive chaos.

Because here's the uncomfortable truth: this messy system works. Sort of. We do get better formats. AVIF images are legitimately 50% smaller than JPEG with better quality. AV1 video saves YouTube millions in bandwidth costs. PDF/A ensures that archived documents will be readable in 50 years.

But we also get abandoned formats (RealMedia, Flash, Windows Media), fragmented ecosystems (20 different video codecs), and a constant need to convert files just to keep them working.

What You Can Do About It

If you're tired of format churn breaking your files, here's the survival guide:

1. Stick to widely-adopted open standards when possible.
JPEG, PNG, MP3, MP4, and PDF aren't going anywhere soon. They have too much inertia. Use them for anything you want to keep long-term.

2. Avoid proprietary formats for important files.
Don't save your only copy of a document as a .pages file. Don't archive family photos as HEIC. Don't store music as Apple Lossless. Export to something universal.

3. Keep backups in multiple formats.
If you're archiving something critical, save it as both the original and a converted version. That way, if one format becomes obsolete, you have a fallback.

4. Use conversion tools regularly.
Don't wait until a format is completely dead before migrating. Tools like audio converters and image processors can help you stay ahead of obsolescence.

5. Accept that some churn is inevitable.
Technology moves forward. Formats will change. The goal isn't to stop that — it's to minimize the damage when it happens.

The Uncomfortable Conclusion

We can't have perfectly stable, universally compatible, future-proof file formats. Not in a world where technology evolves, corporations compete, and committees deliberate at the speed of glaciers.

But we can understand the game. We can make smarter choices about which formats to use. And we can prepare for the inevitable moment when the ecosystem shifts again and we're left scrambling to convert our files before they become digital ghosts.

Because that's the real lesson here: file formats aren't just technical specifications. They're battlegrounds. They're history. They're the artifacts of corporate strategy, human ambition, and the endless tension between progress and stability.

And they're going to keep changing. Forever.

So buckle up. Keep your converters handy. And never, ever assume a file format will last forever.

Frequently Asked Questions

Why do companies create new file formats instead of using existing ones?
There are three main reasons: controlling the ecosystem (like Apple with HEIC), avoiding patent royalties (Google with WebP/WebM), and solving genuine technical limitations. Sometimes it's innovation, sometimes it's strategy, and often it's both.
Will older file formats become completely obsolete?
Not anytime soon. JPEG has been around since 1992 and is still the dominant image format. MP3 from 1993 is still widely used. Established formats have enormous inertia — billions of existing files, universal support, and "good enough" quality for most users. New formats usually coexist rather than replace.
How can I future-proof my file storage?
Stick with widely-adopted open standards (PNG, JPEG, MP4, PDF, MP3) for long-term archiving. Avoid proprietary formats for anything important. Keep backups in multiple formats if the files are critical. And use conversion tools to migrate files when you see adoption shifting.
Are format wars bad for consumers?
They're frustrating in the short term (compatibility hell, wasted effort) but often beneficial long-term. Competition drives innovation — we got better compression, features, and efficiency. The chaos eventually settles into standardization, and we end up with better tools than if one monopoly controlled everything.