ABOUT THE PRODUCT
About EraseKit
Making photo cleanup simpler with browser-based AI.
EraseKit is a browser-based photo-cleanup tool for people who want to remove an unwanted visual element without learning a large editing suite. You choose an area with a brush or rectangle, then AI inpainting reconstructs the selected region from nearby image context. When the unwanted element stays in the same place, you can apply that selection to multiple images in one session.
Get to know EraseKit01 / THE PRODUCT
What is EraseKit?
Photographs often include small distractions: a passerby, a bin near the edge of a frame, a stray sign, or an object on a product backdrop. Fixing each by hand takes time, while a full desktop editor can feel like a lot for one cleanup task.
EraseKit focuses on that cleanup task. It gives you a selection tool and a way to ask an AI model to fill the selected region. Those are two different steps: the selection communicates where you want a change, while inpainting creates replacement pixels for that area. EraseKit does not automatically recognize every object you might want removed. You remain responsible for choosing the area and checking whether the generated result looks right.
The browser-based workflow is intended for both an occasional edit and a collection. Open the editor without installing desktop software or creating an account, then focus on the image rather than a broad set of controls.
02 / WHY IT EXISTS
Less repetition, with a clear workflow
EraseKit addresses a practical frustration: a retouch becomes repetitive when the same mark appears in several photographs. Installing complex software for a quick cleanup may be more commitment than needed, and a dense workspace can make the next step unclear.
There is also a meaningful difference between editing an image locally and sending it to a remote image-processing service. When local processing is available, it can be a useful choice for people who prefer to keep personal or work photographs on their own device during the editing operation. EraseKit's current image-processing workflow is designed to run in the browser; the site's normal delivery, model downloads, analytics, and other operations are described separately in the Privacy Policy.
The product philosophy is to make one useful task approachable, show the steps, and explain limits without pretending AI can make every image perfect.
03 / WHAT YOU CAN DO
Useful for everyday photo cleanup
EraseKit can remove distracting objects, tidy backgrounds, or clean up a photobomber when the scene gives the model useful context. A small object against an even wall or sky is often easier than a large one over detailed architecture, a face, or a pattern. Preview each result; the same selection will not work equally well everywhere.
Travel and landscape photos
Try removing a bin, sign, or incidental person that distracts from a view. Objects crossing detailed edges, branches, or building lines can be harder to reconstruct cleanly.
Products and interiors
Clean up a product photograph or a room image by selecting a small visual distraction. Consistent lighting and a simple background can give the reconstruction more useful context.
Repeated marks in a set
For a timestamp, fixed logo, or stationary object repeated in a sequence, reuse one selection when framing and placement remain consistent.
Text, logos, and visual marks can also be selected in images you own or have permission to edit. If your task is specifically about an authorized watermark edit, see the EraseKit watermark remover. For general object removal, start at the AI object remover. Neither type of edit restores hidden original content; the model generates a visual reconstruction.
04 / THE WORKFLOW
From selection to a reviewed result
The editor is designed to keep the important decisions with you. The model works on the area you mark; you can inspect the result and decide whether it is suitable for your use.
- 1
Select image files
Choose supported PNG, JPG or JPEG, and WEBP files. You can add multiple images to a session, subject to the 30-image limit.
- 2
Choose a selection tool
Use the brush to paint a freehand region or the rectangle tool to mark a simple area. Adjust the brush size to follow the target without including more background than necessary.
- 3
Mark the unwanted area
Cover the object and any visible edge or shadow that should be reconstructed. A mask that is too tight can leave a remnant; one that is much too broad asks the model to invent more of the scene.
- 4
Run removal and preview
Start object removal. The model uses the mask and surrounding visual information to create a plausible fill. Review the output for texture, edges, reflections, and other details that matter.
- 5
Download the edit
Download the processed image or use the available batch-download workflow for a collection. Keep the original if you may want to compare or make another edit.
Brush size and selection boundaries help define the task, but they cannot control every generated detail. Results can vary with object size, background complexity, selection accuracy, image dimensions, and the resources available to the browser.
05 / MULTIPLE IMAGES
Why batch object removal matters
EraseKit supports up to 30 images in a session and can apply a selection to multiple images at the same relative coordinates. Instead of marking the same fixed area repeatedly, you can define the region once and reuse it across a set. This is useful when the camera position and composition stay the same and the unwanted detail appears in a consistent place.
Examples include a timestamp in the same corner, a repeated product logo, a stationary object in a fixed camera setup, or a sequence captured without changing the framing. A shop photographing the same item from a tripod can make routine cleanup more consistent this way.
Coordinate reuse does not track an object as it moves. If a person walks through different parts of a scene, a selection applied at one location will not follow them. The repeated mask can cover clean background in some frames or miss the person in others. In that case, select the target separately on each relevant image or choose only the subset with a consistent composition.
Batch editing is most useful when you can predict how the selection maps from one photo to the next. Consistent framing helps. Check every result: the same mask can meet different textures or edges, so one good output does not guarantee the rest.
06 / THE TECHNOLOGY
AI inpainting, explained plainly
Image inpainting is the process of filling a region that has been marked as missing or unwanted. In EraseKit, your selection becomes a mask: it indicates which pixels the model should replace. The AI considers visual patterns around the mask and generates content intended to fit the surrounding colors, textures, and shapes. It is making a plausible reconstruction, not uncovering what was originally behind the object.
The application runs an image inpainting model through ONNX Runtime Web. Its WebGPU documentation and browser documentation describe how models can run in the browser; EraseKit tries WebGPU and can fall back to WebAssembly when needed. The backend and speed can vary by browser and device.
The browser loads model and runtime resources and allocates memory for the image. Hardware, browser support, image dimensions, and other open applications affect performance, which is not identical on every device.
Technical references: ONNX Runtime Web documentation and its documentation for the WebGPU execution provider.
07 / PRIVACY AND PROCESSING
What browser-based processing means
EraseKit is designed to process the image files you select locally in your browser rather than uploading those files to an EraseKit server for the object-removal operation. The original image, selection mask, and edited result are handled as part of the local editing workflow. This can be useful when you are working with personal, professional, or otherwise sensitive photographs and prefer the image-processing step to stay on your device.
Local image processing is not the same as saying the website makes no network requests or collects no information. Your browser downloads website files, and the AI model and runtime assets may need to be fetched or cached. Optional Google Analytics stays disabled unless you accept it in Privacy settings. Those site operations are distinct from sending an image to a remote service to perform inpainting.
For a full explanation of image handling, model downloads, browser storage, third-party infrastructure, analytics, and contact information, read the Privacy Policy. The Terms of Service describe the terms for using the site. No browser-based workflow can make a universal security guarantee, so keep your browser and device protected and use your own judgment with sensitive files.
08 / WHO IT CAN HELP
For people with different kinds of photo work
Everyday photo enthusiasts
Clean up a travel snapshot or remove a small distraction from a personal image without setting up a larger editor.
Travel and landscape photographers
Try removing incidental objects from a scene, then inspect fine edges and repeating natural textures for artifacts.
Real-estate photographers
Tidy a room image when a small removable item distracts from the space. Complex furniture boundaries and reflections may need extra care.
E-commerce sellers
Clean a product backdrop or remove a fixed mark from a consistent set of product photos you are authorized to edit.
Designers and content creators
Prepare a visual for a layout or post by removing a small unwanted element, while reviewing the generated result before publishing.
People editing collections
Use a repeatable same-coordinate selection when a mark remains in place across sequential or similarly framed photographs.
A browser tool may suit people who prefer not to install another application for occasional cleanup. Whether it fits depends on the image, the control needed, and the device's available resources.
09 / ACCESSIBILITY AND DEVICE SUPPORT
A direct workflow, within browser limits
A focused editor makes the steps clear: choose a file, mark an area, run the edit, and inspect it. EraseKit requires no account or installation, and makes selection and review visible before you download.
Performance depends on browser, memory, hardware, image dimensions, and supported execution features. Large images can exceed a browser tab's resources. Try a smaller image or a desktop or laptop for demanding edits, though neither guarantees success. Responsive design helps across screen sizes, but technical capabilities differ.
10 / HONEST LIMITATIONS AND RESPONSIBLE USE
Know what an AI reconstruction can and cannot do
Inpainting generates replacement pixels. It does not recover hidden original image information, and its output can be wrong even when it looks convincing at first glance. Detailed textures, faces, shadows, reflections, straight architectural lines, and large removed regions can produce visible artifacts or implausible details. A more careful selection boundary or another attempt may help, but there is no guarantee of a flawless result.
Batch selection has its own limitation: it repeats coordinates, not object recognition. It is best when the target is fixed relative to the frame. A moving subject may need a separate edit for every position, and different backgrounds can lead to different outcomes.
Edit only images you own or are authorized to change. Removing a watermark, logo, or copyright-related mark can affect rights or attribution. Respect the terms attached to images you use, and inspect results carefully before using them professionally.
11 / PRODUCT PRINCIPLES
Principles behind the tool
Clarity
Make the editing steps understandable without forcing users through unrelated controls.
User control
Let people decide which area to change instead of assuming the software knows what matters in a photograph.
Privacy-conscious processing
Keep image processing in the browser where the current application architecture supports it, and explain separate website operations.
Practical utility
Support common cleanup tasks as well as repeated selections across consistent image sets.
Transparency
Describe the limits of generated pixels and device performance rather than promising perfect edits.
Accessibility
Keep the workflow usable across screen sizes and devices while acknowledging that technical resources vary.
12 / BUILDING AND MAINTAINING ERASEKIT
A product-focused approach
EraseKit is presented as a product, without an unverified founder story or company biography. Maintaining a browser-based AI editor means keeping upload, selection, inference, preview, and download working together across supported browsers.
Ongoing work includes checking compatibility, investigating errors and performance, keeping the workflow understandable, and making privacy information clear. Usability changes should be grounded in testing and evidence; this page makes no roadmap or release-date promise.
For verified contact information, use the email listed on the Privacy Policy.
13 / FREQUENTLY ASKED QUESTIONS
Questions about EraseKit
What is EraseKit?
EraseKit is a browser-based photo cleanup tool. You mark an unwanted area with a brush or rectangle, and an AI inpainting model reconstructs that area using nearby image context.
Is EraseKit free to use?
The editor is available free of charge, with no account required to start. The site loads model resources, and optional Google Analytics remains off unless you accept it. See the Privacy Policy for details.
Do I need to create an account?
No account or signup is required to use the image editor.
Are my images uploaded to a server?
EraseKit is designed to process image files locally in your browser. It does not send your images to an EraseKit server for the image-processing operation. Website resources, model files, and ordinary website operations are separate; the Privacy Policy explains these in more detail.
Can EraseKit remove objects from multiple photos?
Yes. Add up to 30 images in a session and reuse the same selection at the same relative coordinates. It works best when the object stays in the same position and the framing is consistent.
Which image formats are supported?
The editor accepts PNG, JPG or JPEG, and WEBP image files.
Why might a large image fail to process?
The browser and device need enough memory and processing capacity for the image and AI model. Image dimensions and available WebGPU or WebAssembly support can affect the result. Try a smaller image or a desktop or laptop for a demanding edit.
Can I use EraseKit to edit images I do not own?
Only edit images you own or are authorized to change. For watermarks, logos, and copyright-related marks, make sure you have permission to remove them.
START WITH A PHOTO
Ready to clean up your photos?
Open the browser-based tool, select an unwanted object, and explore the editing workflow. Review the result and decide whether it fits your image.
