They solve the same problem — getting someone from the physical world to a URL — in ways that fail differently. The deciding question isn't which is more modern; it's whether the person can point a camera at it.
The debate gets framed as old versus new, and it isn't. A QR code and a short link are two answers to the same question — how does a person who can see this get to that URL — and they break in almost exactly opposite circumstances.
Which means the choice is mechanical once you ask the right question. It's not "which is more modern." It's:
Can the reader point a camera at it?
A camera is pointed at the thing, and the alternative is typing.
The value is real: a scan is one gesture, and it eliminates transcription errors entirely.
The URL has to survive being said, remembered, or typed — or the reader is already on the device that would have to do the scanning.
On anything printed, print both. The QR code for people with a camera in hand, and the readable URL underneath it for everyone else — the person reading a photocopy where the code is a grey smudge, the person whose camera app is having a moment, the person who wants it on their laptop rather than their phone.
It costs one line of text. It removes an entire category of silent dead end, and silent is the operative word: nobody emails to say your QR code didn't scan. They just move on.
The only requirement is that both point at the same destination, which is easiest when you own that destination rather than stitching together a shortening service and a QR service that each own half of your link.
Neither format has a lifespan. Ink doesn't rot and a string of characters doesn't decay. What breaks is always one of two things:
The middleman. A short link routes through a shortening service. A "dynamic" QR code routes through a QR service's redirect. Both are dependencies you don't control — and when a shortening service shuts down, every link it ever minted dies at once, including the ones printed on things you can't recall. This has happened at scale before, and it will again.
The destination. The content moved, the file was re-uploaded and the host issued a fresh URL, the account lapsed, or the link was on a tier that expires after a set number of days.
So the durability question was never "QR or short link." It's who owns the middle, and does the destination URL survive a content update. Pointing either format at a link you control removes the first risk; confirming the URL is stable across re-uploads removes the second. That combination is what makes a printed code survivable at all.
Both can be tracked, and both do it identically: by routing through something that counts. A shortening service counts redirects. A dynamic QR service counts scans through its redirect. A hosted page counts views directly — and if the page is distributed only by QR, its view count is effectively its scan count with no middle layer at all.
What none of them does well is distinguish between several identical codes pointing at the same page. If you want to know whether the poster or the flyer pulled better, that's not a QR feature — give each one its own link and read them separately.
| Situation | Use |
|---|---|
| Poster, packaging, badge, table tent | QR (+ readable URL) |
| Slide, audience in the room | QR |
| Slide, remote audience | Short link, and paste it in chat |
| Spoken — podcast, radio, a talk | Short link |
| Email, chat, any document | Just a hyperlink |
| Business card, packaging, signage | Both — and a destination that never expires |
The mistake worth avoiding isn't picking the wrong one. It's picking a code, printing it, and only then discovering the link underneath it was on a seven-day timer.
Host the page, generate its QR from the dashboard, and keep the URL stable when you replace the content — so the code and the printed URL both keep resolving.
Drop a folder, get a live site in seconds, no account — and a preview that Cloudflare's changelog says stays live for one hour unless you claim it. That's an excellent preview. Here's the line where the thing you're sending stops being a preview.
A SCORM package isn't a course you can open — it's a course wrapped for a machine. Here's what that wrapper buys you, what it costs, and when a plain web link is the honest artefact to hand someone.
A Drive link hands someone a file in a filing cabinet — download it, or preview a flattened copy. A private link hands them the finished thing, already open. Where the two diverge on rendering, control, and who the link assumes the reader is.
miinideck turns a single HTML file into an unguessable link with optional password and expiry. Default-private, never indexed.