Is my photo uploaded to those search engines?

Only when you click 'Scan' — the request is sent directly to the chosen engine using their public reverse-image endpoints. We do not retain or proxy the image.

Why do the engines return different results?

Each search engine indexes a different slice of the web. Running all four maximises coverage; Google Lens excels at faces, TinEye at exact duplicates, Bing at recent uploads, SerpApi at long-tail mirror sites.

Can I track new appearances over time?

Re-run the sweep weekly. Many abuse cases involve repeat re-uploads; periodic scans catch them within days instead of months.

What if a result is on a site I cannot read?

The result list includes the host country and language; you can route the takedown through that country's DPA or use the host tracer to find an English-speaking upstream provider.

OSINT · Reverse image

Find My Face on the Web

Automatically search major global indexes to see if and where your photos are published online.

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How it works

Find My Face on the Web

Automatically search major global indexes to see if and where your photos are published online.

Upload your photo inside this local window.

Click your preferred engine: Google, Bing, or TinEye.

View your face match results safely in a new tab.

100% Client-Side · Secure Local Processing

Scan the clear web for your photo.

Drop an image for a local preview, then paste a public URL of the same photo to run a real reverse-image scan via our integrated OSINT engine. Results stay inside this dashboard — you never leave the site.

Drag & drop or click to choose a photoPNG, JPG, WebP up to 20 MB · processed locally

Public image URL (required for live scan)

Your local preview and scan controls appear here.

Zero-Data Policy: We do not store your image or results. Scans are proxied through a secure OSINT key configured in your environment.

Get a free SerpApi key

About the Global OSINT Photo Tracker

What it does

The OSINT Photo Tracker submits your photo to the major reverse-image-search indexes — Google Lens, Bing Visual Search, TinEye, and (via SerpApi) global crawler databases — to reveal every public page on the open web that already hosts a copy of your image.

Why privacy matters here

Before you can take a leaked photo down, you have to know everywhere it exists. Manual searching misses dozens of mirror sites. A coordinated reverse-image sweep, like the one this tool runs, is the same technique investigative journalists and digital-rights NGOs use to build evidence packs for prosecutors and platform safety teams.

How it helps victims of deepfake abuse

Survivors run a sweep, export the result list, and feed each URL into the Take-Down Notice generator. Investigators use the tracker to map deepfake distribution networks. People rebuilding their online reputation use it to verify that previous takedowns actually stuck — and to spot resurfaced copies before they go viral.

Frequently asked questions

Is my photo uploaded to those search engines?: Only when you click 'Scan' — the request is sent directly to the chosen engine using their public reverse-image endpoints. We do not retain or proxy the image.
Why do the engines return different results?: Each search engine indexes a different slice of the web. Running all four maximises coverage; Google Lens excels at faces, TinEye at exact duplicates, Bing at recent uploads, SerpApi at long-tail mirror sites.
Can I track new appearances over time?: Re-run the sweep weekly. Many abuse cases involve repeat re-uploads; periodic scans catch them within days instead of months.
What if a result is on a site I cannot read?: The result list includes the host country and language; you can route the takedown through that country's DPA or use the host tracer to find an English-speaking upstream provider.