Privacy-first · Processed in your browser

How to Fix Overexposed Photos Online — Free, Instant

Drag a clipped shot in. We analyze the histogram, compress the highlights, lift the shadows, and rebuild tone in a single click. No upload to our servers, no signup, no paywall.

JPG · PNG · WebP · HEIC · up to 40 MB

Your photos never leave your device. How this works

original.jpg

Decoding image

decoding
Before
After

That one didn't make it.

Unknown error.

How it works

Five steps, one click of work.

Every stage happens in your browser. There is no account, no watermark, no paid tier — just an honest auto fix powered by a rule-driven exposure corrector.

  • Photos never leave your device
  • Processed via WebGL off the main thread
  • Auto fix tuned per frame
  1. Step 1

    Drop your photo in

    One-click uploader accepts JPG, PNG, WebP and HEIC up to 40 MB. Drag, browse, or paste from your clipboard.

  2. Step 2

    Histogram analysis runs locally

    We measure luminance distribution and highlight-clipping ratio in a Web Worker — no pixels ever sent to a server.

  3. Step 3

    Tone recipe is decided

    A small decision graph maps clipping stats to a tuned shoulder curve, shadow lift, contrast restoration and saturation recovery.

  4. Step 4

    GPU renders the correction

    Parameters are uploaded to a WebGL fragment shader; the processed frame is encoded straight to disk. About one second for a 6-MP photo.

  5. Step 5

    Compare and download

    An interactive before / after slider lets you verify the result, then downloads a high-quality JPEG to your device.

Why some shots can't be fully restored

Honest limits, decent results.

The bigger the blown-out area, the less detail any tool can pull back. Once a channel is capped at 255, the original information is unrecoverable by definition.

What we can do — and do well — is: compress partially clipped highlights, lift shadow detail back into balance, restore midtone contrast, and re-saturate skin and foliage tones washed out with the exposure.

Pure white cannot be recovered

When a pixel is recorded at (255, 255, 255), the sensor has discarded all original color and texture information. No free tool can restore what was never captured.

Partial clipping can be corrected

If one or two RGB channels still hold headroom, or the clipping is confined to a small sky, tone mapping can redistribute the surviving detail.

Generative re-fill is not in scope here

Generative inpainting can plausibly hallucinate realistic texture in blown-out zones, but requires server-side GPU time. We keep the free tier strictly rule-based.

We don't silently upscale

Some competitors resample your image before processing, masking clipping as "enhancement." We operate at the resolution you give us.

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Frequently asked questions

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