Start with the cleanest source
Use the least compressed source because low-bit-rate banding and block noise leave weak context for reconstruction. Preserve the original color and avoid repeated download-upload cycles before cleanup; every additional encode can make a smooth area less continuous.
Keep an untouched master before making any change. A project re-export, original camera file, removable subtitle track, or clean licensed asset preserves real pixels; inpainting only estimates pixels that are no longer available in a flattened frame. Document why you are allowed to edit the material and do not remove attribution or disclosure that must remain.
Want to test an authorized clip?
Open the new dashboard and choose the relevant cleanup tool.
Plan a precise repair
Keep the selection tight, include the complete glow or shadow, and split ranges when exposure or white balance changes. A large fixed box can create a flat island that does not follow a sunset, studio light sweep, or automatic camera exposure.
Scrub the complete clip, not just the first frame. Record when the visible element appears, moves, fades, or crosses a cut. Select the smallest region that fully contains its edge, shadow, and antialiasing. Split the work into separate time ranges when position or size changes; a permanently oversized region asks the model to invent unnecessary detail.
Review the difficult frames
Watch for contour bands, a rectangular tonal step, noise that freezes inside the region, and brightness that pulses between frames. Test on a calibrated larger display and the target phone because different screens and platform compression reveal different seams.
Inspect the downloaded MP4 after its final upload path when possible; a clean local preview can become visible after another platform encode. Wipe AI accepts MP4, MOV, WebM, AVI, and MKV inputs and returns an H.264 MP4 up to 1080p. It processes one video at a time, and the result depends on the selected area, motion, compression, and background complexity. Watch the result at normal speed and frame by frame around cuts, foreground crossings, fast motion, and texture changes. Reject a repair that invents meaningful evidence, alters faces or captions that should remain, or creates a misleading impression of the source.
Document the finished edit
Keep the untouched source, decision notes, and approved export together. Record why the edit was authorized, which time ranges changed, and which source-first options were checked. The intended task for this page is: Informational guide: evaluate and reduce visible video-inpainting artefacts on smooth gradients and skies.
Before delivery, verify duration, aspect ratio, audio sync, and every repaired boundary in the real viewing environment. Wipe AI accepts MP4, MOV, WebM, AVI, and MKV, then exports H.264 MP4 up to 1080p. It processes one video at a time; results depend on overlay size, motion, and background complexity, and output may be re-encoded.
Frequently asked questions
Because a smooth field has few natural edges, small tonal, noise, or compression differences can make the repaired region conspicuous.
No. It creates a plausible reconstruction from visible spatial and temporal context; it cannot reveal the exact covered image.
The current product output is H.264 MP4 up to 1080p, and processing can involve re-encoding.
No. Ownership, licensing, attribution, disclosure, privacy, and platform obligations still apply.
- What is the safest way to handle video inpainting gradients and skies?
- Does Wipe AI recover the original hidden pixels?
- What output should I expect?
- Does cleanup change copyright or platform rules?
How the workflow works
Start with the original project when it is available. If reconstruction is needed, use the smallest area and shortest time range that contains the visible element.
What affects quality?
Camera movement, compression, scene cuts, detailed textures and subjects crossing the selected area all affect temporal consistency.
When should you use another method?
A clean re-export, source edit, crop, tracked patch or clean-plate composite may be more accurate depending on the shot.
AI reconstruction creates a plausible replacement from visible context. It does not recover pixels that were never visible in the source.
Frequently asked questions.
What is the safest way to handle video inpainting gradients and skies?
Because a smooth field has few natural edges, small tonal, noise, or compression differences can make the repaired region conspicuous.
Does Wipe AI recover the original hidden pixels?
No. It creates a plausible reconstruction from visible spatial and temporal context; it cannot reveal the exact covered image.
What output should I expect?
The current product output is H.264 MP4 up to 1080p, and processing can involve re-encoding.
Does cleanup change copyright or platform rules?
No. Ownership, licensing, attribution, disclosure, privacy, and platform obligations still apply.