Upload an image
Start with a PNG, JPG, or WEBP you own. The landing upload carries your file into the app after sign in.
Forensic Cleaner by Two Tensors
Bypass AI Image Detection
Upload an image you own, validate detector risk, run the bypass workflow, and export a result designed to reduce AI-image detector signals.
Validate
Bypass
Export
API on Pro and Ultra
How to bypass AI image detection
Validate, bypass, and export without turning your image into something else.
To bypass AI image detection, Forensic Cleaner turns the process into a repeatable workflow: upload an image you own, validate detector risk, pick a cleaning strength and resolution, then export a result built to reduce detector-facing signals without rewriting the image into something new.
Validate detector risk
Forensic Cleaner checks dimensions, runs safety validation, and estimates bypass difficulty with an AI slop score.
Run the bypass
Use Strong mode for more aggressive detector-signal reduction, or Quality mode on paid plans for a gentler result.
Export the cleaned image
Download, copy, favorite, rerun, or delete cleaned outputs from your account history.
Built for image ownership
Bypass AI image detection on the work you already own.
If you hold the rights to an image, you should have practical control over where it can be used. The bypass workflow helps reduce the detector-facing signals that cause automated systems to score, restrict, or moderate your work without understanding its context.
Keep control of your work
Upload images you have the right to use, review validation, choose a bypass setting, and export a cleaner result.
Reduce automated overreach
The bypass workflow lowers brittle AI-detector signals so tools are less likely to judge your image by hidden fingerprints alone.
Stay private at scale
Use the web app or Pro and Ultra API access to validate, bypass, download, and delete images inside your own workflow.
Reliability and limits
In internal testing, Forensic Cleaner measured about a 90% clean rate across three popular AI image detectors. Results can vary by image type and detector updates, so the product is designed around broad signal reduction instead of guaranteeing invisibility or chasing one named detector.
- Results vary by image, detector, and third-party detector updates.
- Forensic Cleaner reduces detector-facing signals; it does not guarantee invisibility or platform acceptance.
- Use images you own or have a valid license to process.
- Fraud, impersonation, non-consensual imagery, and illegal uses are prohibited.
FAQ
Bypass AI image detection questions.
How do I bypass AI image detection?
Upload a PNG, JPG, or WEBP image you own to Forensic Cleaner, validate it, choose a cleaning strength, and export a cleaned result. The workflow is designed to reduce AI-image detector signals while keeping the output visually close to the original.
How reliable is the bypass AI image detection workflow?
In internal testing, Forensic Cleaner measured about a 90% clean rate across three popular AI image detectors. Results can vary by image type and detector updates, so the product is designed around broad signal reduction instead of guaranteeing invisibility or chasing one named detector.
Does Forensic Cleaner guarantee an image will pass every detector?
No. Detector results vary by image, detector, and third-party model updates. Forensic Cleaner reduces detector-facing signals, but it does not promise invisibility or guaranteed results across every system.
Will the cleaned image still look like my original?
The bypass model is optimized for visual similarity, so the output should stay close to the source image rather than becoming a full rewrite. More aggressive cleaning can still introduce visible artifacts on some images.
Which images am I allowed to process?
Use the bypass workflow only on images you own or have a valid license to process. Fraud, impersonation, non-consensual imagery, and illegal uses are prohibited.
Can I automate bypass AI image detection with the API?
Yes. Pro and Ultra plans include API access for upload, validation, bypass creation, status polling, download, and deletion workflows.