Romance fraud almost always starts with a face that is not theirs. If money has come up, or the story has started to feel strange, checking their photos is the fastest reality check available — and the person on the other end never knows you did it.
Romance scams are run at scale from scripts, and they follow a recognisable sequence. If several of these fit, check the photos before anything else happens.
Offshore engineer, military deployment, surgeon abroad, long-haul crew. The job conveniently explains why they cannot meet or video call.
Declarations of love within days or weeks, often before a single live conversation. Manufactured attachment is the whole mechanism.
Broken camera, terrible connection, a base that forbids it. There is always a reason, and there is always another one next time.
Hospital bill, customs fee, blocked account, a flight home. Small at first, then larger — the first request is a test of whether you will pay.
Crypto, gift cards, wire to a third party. Chosen specifically because the money cannot be traced or reversed.
Often followed by blackmail. Sometimes the images they send are deepfakes of someone else entirely.
Full resolution, straight from the source. Screenshots and re-saved copies destroy most of the evidence we measure.
Three neural networks look at the image as a whole. Nine forensic methods examine it as a signal: frequency (FFT) analysis, noise pattern, pixel-level statistics, EXIF metadata, Error Level Analysis, texture coherence, colour distribution, Benford's Law and edge detection.
Every method reports separately, so you can tell whether the verdict rests on one weak signal or on nine that agree.
Most detectors give you one number from one model. We run twelve independent analyzers and weight them — three neural networks carry the majority, but nine forensic methods examine the file as a signal and can overrule them. Here is the exact weighting we use in production:
| Method | Weight in final score |
|---|---|
| Neural network #2 | 25% |
| Neural network #1 | 15% |
| Neural network #3 | 15% |
| EXIF metadata | 10% |
| Frequency (FFT) | 6% |
| Benford's Law | 6% |
| Noise pattern | 5% |
| Error Level Analysis | 4% |
| Texture coherence | 4% |
| Edge detection | 4% |
| Pixel statistics | 3% |
| Colour distribution | 3% |
These are our own numbers, not an industry estimate — every check run through FakeSec since launch. The split is closer than most people expect: roughly four in ten uploads really do turn out to be generated.
On our internal benchmark of 240,000 images (120,000 AI-generated, 120,000 real) the combined score reaches up to 98% on unedited, full-resolution files. That number drops, sometimes sharply, in four situations — and you should know them before trusting any result:
No detector on the market is 100% accurate — ours included. Treat a high score as strong evidence, not as proof. When a decision matters, look at which of the 12 methods agreed.
If the check comes back clean, that does not mean the person is who they say. It means the photo probably came from a camera — it could still be a real photo of someone else entirely. The behavioural pattern above matters more than any single technical result.
Create a free account and get 3 checks. Full breakdown across all 12 methods, no card required.