AnonShotHow to create a private photo link in 2026
Generate a private link to a photo with no account: password, one-time view and metadata stripping.
Published by AnonShot · Updated
The short answer
A private photo link is a URL only you have handed out, that shows up in no search engine, and whose lifetime you control. On AnonShot, drop the image, add a password if needed, and the short link is ready in seconds with no account.
Private is not the same as hidden
Many hosts call a link "private" when it is merely hard to guess. If the page stays indexable, an image meant to remain confidential eventually surfaces in search results.
A genuinely private link combines three properties: it is not indexed, it is not enumerable — you cannot find it by incrementing an ID — and it can be revoked.
A typical "private" link vs an AnonShot link
Many services that call themselves "private" actually check only one of these boxes.
| Property | Typical "private" link | AnonShot link |
|---|---|---|
| Excluded from search engines | Varies by service | Yes (robots.txt + noindex headers) |
| Non-enumerable identifier | Sometimes short or sequential | 8 random characters |
| Revocable at any time | Rarely | Yes, from your session or account |
| Account required | Often yes | No, always optional |
| EXIF metadata stripped | Rarely by default | Yes, every time |
Three layers of protection
Depending on how sensitive the content is, you can stack the protections.
- Unguessable link: the identifier is 8 randomly drawn characters, which makes enumeration useless in practice.
- Password: the recipient must type it before seeing the image. Send it over a different channel than the link itself.
- One-time view: the image is destroyed after the first open. Ideal for an ID document or a sensitive screenshot.
What actually happens when the link is created
On upload, a random 8-character identifier is generated server-side — never derived from the filename or a counter, which prevents guessing someone else's URL. If you set a password, only its hash is stored: the plain password is never kept.
EXIF metadata (GPS location, device model, capture date) is stripped from the file before it is stored. The share page then carries an `X-Robots-Tag: noindex` header and is explicitly excluded in `robots.txt`, on top of being absent from the sitemap.
What the link does not protect
A private link controls access, not what the recipient does next. Once opened, an image can be screenshotted or saved. Burn-after-read narrows the exposure window; it does not replace trusting the person you send the file to.
Metadata matters too: a smartphone photo often carries GPS location and device model. AnonShot strips them before generating the link.
Where a private link earns its keep
Sending proof of address to a support team without leaving it sitting in an inbox, passing a screenshot to technical support, sharing a personal photo with someone close without going through a social network that keeps it.
Frequently asked questions
- Does Google index a private photo link?
- No. AnonShot share pages are excluded from indexing through robots headers and robots.txt, and AI training crawlers are blocked as well.
- Can I delete the link after sending it?
- Yes. Burn-after-read removes the image on first open, and a guest share expires on its own after 30 days.
- Do I need an account to create a private link?
- No. Sharing works without signing up. An account only helps you find and manage your past shares.
- What happens if I lose a link created without an account?
- Without an account, the link only lives in your browser session: if it's lost and you didn't save it elsewhere, the image stays online but becomes impossible to find again from AnonShot.
- Is a link's password stored in plain text?
- No. Only a cryptographic hash of the password is kept server-side, never the password itself.
- Could a search engine index the link by mistake?
- That's very unlikely: the exclusion relies on the noindex HTTP header, on robots.txt, and on the page being absent from the sitemap — three independent mechanisms rather than one.