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AI photo eraser

Remove glare from a photo

Clean glare off eyeglasses in portraits, kill reflections on glass-framed art, and flatten bright hotspots on glossy products. Brush the glare and Magic Eraser AI Fill rebuilds the detail underneath.

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Open AI Fill
10M+ users4.9 App Store ratingPhotos processed on-device — never stored
Before and after glare removal from eyeglasses and a phone screen using AI Fill

How to remove window glare and reflections from a photo

To remove window glare from a photo, open Magic Eraser AI Fill, brush over the blown-out bright patch on the glass — including the soft halo around it — and tap Fill. The AI reconstructs what was behind the reflection, whether that's a view through the window, framed art, or a person's eyes behind glasses, using the surrounding pixels as context. It includes limited free edits after sign-in, and runs on web, iOS, and Android. The same brush-and-fill workflow clears sun glare on cars and water, screen glare on devices, and hotspots on glossy products and laminated labels. Glare is the photograph problem you usually do not see until you are already home. The shot looked fine on the phone screen, but the kitchen window has blown out to a white sheet, the subject's glasses have two bright ovals where their eyes should be, and the laminated menu you photographed for a listing is half-erased by an overhead light. Glare is local overexposure: light bounces off a glossy surface so intensely that the sensor clips it to pure white and the detail that was there, an iris, a brushstroke, a line of print, simply is not recorded in the file. That is what makes glare harder than removing an object. With an object you delete something and rebuild background; with glare the information you actually want is gone, and tools like clone stamp or healing brush need a matching clean area to copy from, which rarely exists for a unique face or a one-off product. Magic Eraser's AI Fill takes a different route: you brush the bright patch and the model infers what plausibly belongs there from everything around it, facial symmetry and the other eye, neighboring areas of the same artwork, the continuation of a glossy curve. It is a convincing reconstruction, not the original hidden pixels, so for casual portraits, product shots, and creative edits it works fast, while anything that must be literally accurate deserves a re-shoot.

Remove glare in three steps

  1. 1

    Upload your photo

    Open Magic Eraser AI Fill, drop in the image. Works on portraits, product shots, and any scene with reflective surfaces.

  2. 2

    Brush over the glare

    Paint over the bright spot. Cover the entire glare including any halo or bloom around the brightest part. For glasses lens glare, brush across the full reflective patch even if some detail seems visible.

  3. 3

    Run AI Fill and review

    Tap Fill. The AI reconstructs the underlying detail in seconds. For eyes behind glasses, check the result carefully — the reconstruction is a best guess based on facial structure and the other eye.

Best for

  • Eyeglass glare in portraits and headshots
  • Reflections on glass-framed photos, art, or certificates
  • Bright hotspots on glossy product surfaces (phones, jewelry, glassware)
  • Reflections on screens and monitors in product photography
  • Sun glare on car bodies, sunglasses, and reflective signs
  • Sun hotspots and flat white patches on water, lakes, pools, and wet pavement where the surface has blown out to pure white
  • Skin shine and forehead, nose, and cheekbone hotspots from on-camera flash or harsh overhead lighting in portraits
  • Laminated menus, glossy book covers, trading cards, and magazine pages photographed under ceiling lights for listings or catalogs

Honesty notes for ID and document photos

Brush wider than the bright core. Glare almost always has a soft bloom or halo feathering out from the hottest point, and if you leave that fringe behind the fill has to blend into a glowing edge and the seam shows. Cover the entire affected region in one mask. For eyeglass glare, paint the full lens even where some eye is faintly visible through it; a half-cleaned lens reads worse than a fully reconstructed one because the AI has to reconcile two conflicting versions of the same eye. Work in passes rather than one giant stroke: clean the largest patch, review, then touch up any leftover hotspots, which keeps the model focused and the lighting consistent. Set expectations by surface. Smooth, predictable areas, skin, painted walls, plain glossy plastic, rebuild almost invisibly. The hard cases are fine high-contrast detail that lived under the glare: small text on a label, an engraved logo, an intricate pattern. There the AI is genuinely guessing and may smooth detail away, so plan a touch-up or, better, prevent it at capture with diffused light, a polarizing filter, or a slight angle change.

Frequently asked questions

Does it work on eyeglasses glare?
Yes. Brush across the full reflective patch and the AI reconstructs the eye area using facial symmetry and surrounding context.
Can it remove reflections from picture frames?
Yes. For glass-framed art or photos, brush over the reflection and the AI reconstructs the artwork below using the visible parts of the same artwork as context.
What about screen glare in product photos?
Screen glare on phones, monitors, and TVs in product shots is a common case. The AI rebuilds the screen content if you have enough visible context, or you can swap in a clean screen image as a composite.
Will the rebuilt area match the rest of the photo?
Color, brightness, and texture are matched to the surrounding pixels automatically. Very high-contrast detail in tiny areas (text under glare, fine patterns) is the hardest case and may need touch-up.
Can AI Fill bring back the eyes under heavy glasses glare?
It reconstructs the eye area from facial symmetry and the visible eye, so the result is usually convincing for everyday portraits and social photos. It is a best-guess reconstruction, not your actual eye color or gaze direction recovered from the file, so for anything identity-critical check it closely or re-shoot with the light source moved off-axis.
How do I reduce glare before I shoot so there is less to fix?
Move the light source so it is not bouncing straight back into the lens: shoot at a slight angle to glass and screens, tilt eyeglasses down a few degrees, and use diffused or window light instead of direct flash. A circular polarizing filter cuts reflections on water, glass, and foliage dramatically. Less glare in the original always beats reconstructing it afterward.
Will removing glare change the overall exposure or color of my photo?
No. AI Fill only rebuilds the area you brush and matches its brightness, color, and texture to the surrounding pixels, so the rest of the photo is untouched. If the whole image is overexposed rather than just a glare spot, that is a global exposure fix better handled with your editor's exposure and highlight sliders, not by brushing.
How do I remove glare from a window in a photo?
Brush over the blown-out section of the window glass, including the soft bloom that fades out from the brightest part, then tap Fill. If the glare hid a view through the window or framed art behind it, the AI rebuilds that from the visible portions of the same scene. Window glare is often large and high-contrast, so work in passes — clean the worst patch first, review, then touch up any remaining hotspots rather than masking the whole pane in one stroke.
Can it remove sun glare from outdoor photos and water?
Yes. Sun glare on car bodies, sunglasses, reflective signs, and blown-out hotspots on water, pools, or wet pavement all reconstruct well because the surrounding surface gives the AI a clear pattern to extend — paint, sky, and rippled water are predictable to rebuild. Fully clipped, pure-white sun reflections are the hard case since no detail was recorded there; the AI fills a plausible continuation of the surface rather than recovering specific lost texture.
Will it work on glare on a glossy product or laminated label?
Yes, with a caveat. Bright hotspots on phones, jewelry, glassware, and glossy packaging flatten convincingly because the surface curve is smooth and predictable. The harder case is fine detail that lived under the glare — small print on a laminated menu, an engraved logo, or barcode lines — where the AI is genuinely guessing and may smooth it away. For catalog or listing shots where the text must be accurate, plan a touch-up or re-shoot at an angle with diffused light.
Is the glare remover free, and does it work on my phone?
Yes to both. Glare removal runs on Magic Eraser's free tier with sign-in required and no watermark — upload, brush the glare, and export the cleaned image at no cost. It works in any mobile browser and as dedicated iOS and Android apps, so you can fix glare directly from camera-roll photos, with the same AI and results as the desktop web version.