Quick answer
A credible benchmark should report false positives, false negatives, generator coverage, compression sensitivity, and calibration rather than a single marketing accuracy number.
The evaluation frameworks, test scope, and evidence behind PhotoProof AI's AI-detection performance claims — one benchmark per generator or risk category, each with a published methodology before it publishes a result.
The Benchmark Center hosts one benchmark per detection scenario — general AI-image detection, deepfake detection, and per-generator benchmarks such as Midjourney — each documenting its test set composition, evaluation protocol, and metrics before any accuracy number is published, so a result can always be checked against the process that produced it.
A single blended accuracy figure hides more than it reveals: detection difficulty varies substantially by generator, image type, and degradation condition. The Benchmark Center scopes each benchmark to a specific detection scenario — general AI-image detection, deepfake and identity manipulation, and (starting with Midjourney) per-generator detection — so a reader can find the number that actually matches their use case, rather than a marketing average.
Each benchmark page documents its evaluation protocol (test set size, scoring threshold, tie-handling, reproducibility) and dataset composition (what image categories are included and why) as a first-class part of the page — not an appendix. This is deliberate: a benchmark's methodology should be checkable before its numbers are trusted, and that checking should not require reading a separate document.
The general AI-image detection benchmark and the deepfake detection benchmark define their evaluation frameworks and are awaiting a completed test run. The Midjourney detection benchmark extends this to a specific, widely-used generator, since detection difficulty for one generator's outputs does not necessarily generalize to another's.
Because no number has been produced by an actual, documented test run yet. Publishing a plausible-sounding placeholder number would be indistinguishable from a fabricated claim to a reader — the evaluation framework is published first, honestly, and results are added only once real testing is complete.
The intent is to prioritize generators with meaningful search demand and detection-difficulty differences, not to produce an exhaustive benchmark for every model that exists — see the Research Center for broader technical context on generators that don't yet have a dedicated benchmark.
A credible benchmark should report false positives, false negatives, generator coverage, compression sensitivity, and calibration rather than a single marketing accuracy number.
A credible benchmark should report false positives, false negatives, generator coverage, compression sensitivity, and calibration rather than a single marketing accuracy number.
Benchmark Center: Hub for PhotoProof AI's benchmark pages — the test scope, evaluation protocol, and evidence behind detection performance claims, one benchmark per generator or risk category rather than a single blended number.
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