Best Of
10 Best AI Photo Editing Tools (August 2026)
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Artificial intelligence (AI) has changed photo editing from a largely manual process into a combination of creative control and intelligent automation. Modern AI photo editors can identify subjects, correct exposure, reduce noise, remove distractions, retouch portraits, replace backgrounds, restore damaged photographs, and apply consistent adjustments across large collections of images.
The category now includes several distinct types of software. Some platforms are comprehensive editors for individual photographs, while others specialize in portraits, technical image enhancement, generative editing, ecommerce visuals, or high-volume professional workflows. Browser and mobile applications emphasize accessibility, while desktop software can provide local processing, RAW support, plugins, catalog management, and greater control over private files.
AI can accelerate editing, but it does not eliminate the need for review. Generative tools may invent details, alter faces, misread text, or introduce inconsistencies in products, architecture, and reflections. Professional, editorial, historical, and evidentiary images should be compared carefully with their originals before publication.
Best AI Photo Editors Compared
| AI Tool | Best For | Features |
|---|---|---|
| Luminar Neo | Accessible AI editing with advanced creative and generative tools | RAW editing, Sky AI, Relight AI, portrait tools, layers, AI masking, GenErase, GenSwap, GenExpand |
| Aperty | Professional portrait retouching and consistent batch edits | Natural skin retouching, facial mesh, face and body shaping, presets, batch sync, local processing, Photoshop and Lightroom plugins |
| ON1 Photo RAW | All-in-one RAW editing, organization, layers, and local AI tools | RAW processing, AI masking, NoNoise AI, Resize AI, Sky Swap, Generative Erase, Portrait AI, layers, cataloging |
| Aftershoot | AI culling, editing, and retouching for professional photographers | Unlimited culling, AI styles, personal editing profiles, local processing, cropping, straightening, masking, retouching |
| Fotor | Beginner-friendly online editing and broad AI creative tools | Photo enhancement, generative fill, object removal, background tools, portrait retouching, batch editing, templates, AI models |
| Adobe Photoshop | Professional compositing, retouching, masking, and generative editing | Generative Fill, Generative Expand, adjustment layers, selections, Neural Filters, RAW workflows, desktop, web, and mobile apps |
| Topaz Photo | Denoising, sharpening, face recovery, and technical image restoration | Denoising, sharpening, Super Focus, face recovery, text preservation, lighting correction, color balancing, upscaling |
| Pixlr | Browser-based editing and AI generation | Layered editing, generative fill, background removal, object transformation, upscaling, image generation, video and audio models |
| Canva | Editing photos inside social, marketing, and design workflows | Magic Edit, Magic Eraser, Magic Grab, background generation, image expansion, upscaling, templates, collaboration, brand tools |
| Imagen | Personalized AI editing and culling for high-volume photographers | Personal AI Profiles, Talent AI Profiles, culling, color correction, cropping, straightening, masking, retouching, cloud storage |
10 Best AI Photo Editing Tools
1. Luminar Neo
Luminar Neo is a desktop photo editor that combines conventional adjustments with AI-assisted tools intended to simplify complex editing. It supports RAW files from more than 1,000 cameras, along with JPEG, PNG, and TIFF images, and can function as a standalone application or as a plugin for Adobe Photoshop, Lightroom Classic, and Apple Photos.
Its AI tools cover common photographic tasks such as replacing skies, relighting scenes, enhancing portraits, removing power lines and dust, masking subjects, and applying coordinated improvements through a small number of controls. Users can also work with layers, local adjustments, color tools, dodge and burn, cloning, lens correction, and non-destructive edits.
Luminar Neo includes three generative tools. GenErase removes selected objects and reconstructs the surrounding area, GenSwap replaces selected content using prompts, and GenExpand creates new visual information beyond the original frame. Recent upgrades have also added photo-restoration features, an AI Assistant, Light Depth controls, and expanded portrait capabilities.
Pros and Cons
- Combines accessible AI controls with conventional photo-editing tools
- Supports RAW files, layers, plugins, masking, and non-destructive editing
- Includes tools for landscapes, portraits, restoration, and object removal
- Generative features support erasing, replacing, and expanding image content
- Generative tools are included for only one year with perpetual purchases
- Major future upgrades may require an additional payment
- Some automated results can appear excessive without manual adjustment
- Desktop performance depends on the computer’s processor, graphics hardware, and memory
2. Aperty
Aperty is a dedicated AI portrait editor for professional photographers and creators who need to retouch large numbers of images without applying the same rigid preset to every face. It runs locally on Windows and macOS rather than uploading each photograph to a cloud editor.
The software uses face detection and a three-dimensional facial mesh to provide controls for skin, eyes, lips, teeth, facial proportions, body shape, makeup, lighting, and other portrait characteristics. Adjustments are designed to preserve skin texture and produce more natural results than aggressive one-click beauty filters.
In a production workflow, Aperty is best judged on how reliably it moves an image from the source file to a usable final asset. Its clearest fit is professional portrait retouching and consistent batch edits. The practical question is not how many AI controls appear in the interface, but whether those controls preserve skin, texture, edges, color, and the photographer’s intended look across a full set. Key strengths include the following. Specialized portrait tools provide greater control than general photo editors. Local processing keeps photographs on the user’s computer. Batch Sync helps maintain a consistent look across complete sessions.
Teams should evaluate the limitations with the same care. Less suitable for landscapes, products, architecture, and complex compositing. Requires a Windows or macOS computer rather than operating in a browser. A useful test set should include difficult RAW or JPEG files, mixed lighting, fine hair, patterned fabric, text, and repeated batch edits. Comparing exports at their final display or print size helps reveal halos, invented detail, inconsistent color, or over-smoothed faces that can be easy to miss while working quickly.
Pros and Cons
- Specialized portrait tools provide greater control than general photo editors
- Local processing keeps photographs on the user’s computer
- Batch Sync helps maintain a consistent look across complete sessions
- Works as a standalone editor and through Photoshop and Lightroom plugins
- Less suitable for landscapes, products, architecture, and complex compositing
- Requires a Windows or macOS computer rather than operating in a browser
- Face and body reshaping can produce unnatural results when applied too strongly
Aperty combines local processing with presets, masking, retouching, reshaping, creative tools, and Photoshop and Lightroom plugins.
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3. ON1 Photo RAW
ON1 Photo RAW is an all-in-one desktop photography application that combines image organization, RAW processing, layered editing, retouching, masking, effects, and export tools. It is available for Windows and macOS and is designed to reduce the need to move between separate cataloging and pixel-editing applications.
Its AI features include Brilliance AI for coordinated tone and color adjustments, Super Select AI for identifying image regions, NoNoise AI for reducing high-ISO noise, Sky Swap AI, Portrait AI, Generative Erase, and Resize AI for image enlargement. The 2026.4 release also added improved subject and background masking, perspective correction, film-negative inversion, cinematic depth lighting, and additional creative filters.
The standard edition works as a standalone application. Photo RAW MAX adds plugin support for Photoshop, Lightroom Classic, Capture One, Affinity Photo, and other editors, along with Restore AI for repairing faded, damaged, noisy, or black-and-white photographs. Most processing occurs locally, although activation, updates, downloads, and optional cloud synchronization require an internet connection.
Pros and Cons
- Combines photo organization, RAW development, layers, masking, and effects
- Includes AI tools for noise reduction, resizing, portraits, skies, and object removal
- Supports non-destructive editing and local image processing
- MAX adds plugins and specialized photo-restoration capabilities
- The large toolset creates a learning curve for new users
- Some advanced restoration and plugin features require the MAX edition
- Major-version compatibility should be checked before long-term deployment
- AI performance benefits from a modern computer and capable graphics hardware
4. Aftershoot
Aftershoot is designed for professional photographers who need to process large event, wedding, portrait, and commercial shoots. Rather than concentrating on one photograph at a time, it automates repetitive stages of post-production, including culling, color correction, cropping, straightening, masking, and portrait retouching.
Its culling system groups similar images, identifies blur and closed eyes, and recommends the strongest photographs from a sequence. Photographers can use automated selections or retain more control through an assisted workflow with grid, survey, and loupe review modes.
For editing, users can apply pre-built AI Styles or train a Personal AI Profile based on previous work. Aftershoot processes leading RAW and JPEG formats locally on Windows and macOS and supports offline use after installation.
Teams should evaluate the limitations with the same care. Designed primarily for professional batch workflows rather than creative compositing. Custom AI Profiles require representative training examples and careful review. A useful test set should include difficult RAW or JPEG files, mixed lighting, fine hair, patterned fabric, text, and repeated batch edits. Comparing exports at their final display or print size helps reveal halos, invented detail, inconsistent color, or over-smoothed faces that can be easy to miss while working quickly.
Pros and Cons
- Automates both culling and editing within one photography workflow
- Local processing reduces dependence on uploads and internet speed
- Batch processing avoids repeated per-image workflow decisions
- Personal AI Profiles can learn a photographer’s established editing style
- Designed primarily for professional batch workflows rather than creative compositing
- Custom AI Profiles require representative training examples and careful review
- AI selections still require review for storytelling and emotional context
- Local processing can place a substantial load on older computers
5. Fotor
Fotor is a browser-based photo editor and visual-content platform designed for users who want a broad selection of tools without learning professional desktop software. It is also available through Windows, macOS, iOS, and Android applications.
The editing suite includes exposure and color adjustments, cropping, filters, effects, portrait retouching, background removal, object removal, image enhancement, restoration, batch processing, and design templates. AI tools add generative fill, background replacement, image expansion, headshots, upscaling, text-to-image generation, and conversational editing.
Fotor has increasingly become a multi-model creative platform rather than only a photo editor. Its broader creative workspace connects additional image and video models with parallel generation, cloud asset organization, templates, and collaborative workflows.
Teams should evaluate the limitations with the same care. Advanced photographers receive less RAW control than in specialist desktop editors. Many AI tools can require repeated generations to achieve a usable result. A useful test set should include difficult RAW or JPEG files, mixed lighting, fine hair, patterned fabric, text, and repeated batch edits. Comparing exports at their final display or print size helps reveal halos, invented detail, inconsistent color, or over-smoothed faces that can be easy to miss while working quickly.
Pros and Cons
- Accessible interface is suitable for beginners and occasional users
- Combines conventional photo editing with generative AI tools
- Available through browsers, desktop applications, and mobile devices
- Includes templates, stock assets, effects, fonts, and design tools
- Batch editing is available for repetitive image tasks
- Advanced photographers receive less RAW control than in specialist desktop editors
- Many AI tools can require repeated generations to achieve a usable result
6. Adobe Photoshop
Adobe Photoshop is a comprehensive professional tool for image editing, retouching, compositing, illustration, and digital design. It combines precise manual controls with AI-assisted selection, masking, cleanup, generation, and transformation.
Generative Fill allows users to add, replace, or remove visual content through selections and prompts. Generative Expand extends the canvas and creates new surrounding material, while tools such as Remove, Object Selection, Select Subject, Sky Replacement, Neural Filters, and contextual task bars automate other complex operations.
Photoshop’s main advantage is the ability to refine AI results through layers, masks, Smart Objects, adjustment layers, blend modes, brushes, channels, and other professional controls. The software is available on desktop, web, and mobile and connects closely with Lightroom and Lightroom Classic.
Teams should evaluate the limitations with the same care. The interface and feature set create a substantial learning curve. Cloud-based generative features require an internet connection. A useful test set should include difficult RAW or JPEG files, mixed lighting, fine hair, patterned fabric, text, and repeated batch edits. Comparing exports at their final display or print size helps reveal halos, invented detail, inconsistent color, or over-smoothed faces that can be easy to miss while working quickly.
Pros and Cons
- Provides extensive control over selections, layers, masks, and compositing
- Generative AI results can be corrected through professional editing tools
- Works with Lightroom and Adobe Camera Raw for complete photography workflows
- Available on desktop, web, and mobile devices
- Suitable for photography, design, illustration, restoration, and commercial production
- The interface and feature set create a substantial learning curve
- Cloud-based generative features require an internet connection
- Generative results can introduce factual or visual inaccuracies
7. Topaz Photo
Topaz Photo is a specialized AI enhancement application for correcting technical image-quality problems. It is the successor to Topaz Photo AI and combines tools for sharpening, denoising, recovering faces, adjusting lighting, balancing color, preserving text, removing objects, repairing scratches, and increasing image resolution.
Its available models include Wonder, Standard Max, Dust and Scratch, Super Focus, Remove, Denoise, Sharpen, Upscale, Adjust Lighting, Balance Color, Recover Faces, Preserve Text, and a Healing Brush. Users can select and combine tools according to the source photograph rather than applying one generalized enhancement process.
In a production workflow, Topaz Photo is best judged on how reliably it moves an image from the source file to a usable final asset. Its clearest fit is denoising, sharpening, face recovery, and technical image restoration. The practical question is not how many AI controls appear in the interface, but whether those controls preserve skin, texture, edges, color, and the photographer’s intended look across a full set. Key strengths include the following. Strong dedicated tools for noise, blur, focus, faces, text, and resolution. Different models address specific technical image problems. Local processing supports private and high-resolution source files.
Teams should evaluate the limitations with the same care. Concentrates on enhancement rather than comprehensive creative editing. AI sharpening and face recovery can generate unnatural details. A useful test set should include difficult RAW or JPEG files, mixed lighting, fine hair, patterned fabric, text, and repeated batch edits. Comparing exports at their final display or print size helps reveal halos, invented detail, inconsistent color, or over-smoothed faces that can be easy to miss while working quickly.
Pros and Cons
- Strong dedicated tools for noise, blur, focus, faces, text, and resolution
- Different models address specific technical image problems
- Local processing supports private and high-resolution source files
- Supports both local and cloud image rendering
- Can complement Lightroom, Photoshop, and other primary editors
- Concentrates on enhancement rather than comprehensive creative editing
- AI sharpening and face recovery can generate unnatural details
- Local processing performs best with capable graphics hardware
8. Pixlr
Pixlr is a browser-based creative suite that includes Pixlr Editor for more advanced layered editing and Pixlr Express for faster adjustments and AI-assisted transformations. Desktop and mobile applications are also available.
Its photo-editing features include exposure and color adjustment, filters, effects, layers, blending, liquify, sharpening, noise reduction, background removal, image upscaling, object movement, and format conversion.
In a production workflow, Pixlr is best judged on how reliably it moves an image from the source file to a usable final asset. Its clearest fit is browser-based editing and AI generation. The practical question is not how many AI controls appear in the interface, but whether those controls preserve skin, texture, edges, color, and the photographer’s intended look across a full set. Key strengths include the following. Runs in a browser without requiring professional desktop software. Provides both simplified and advanced layered editing interfaces. Accessible browser workflow compared with many professional editors.
Teams should evaluate the limitations with the same care. The browser experience includes advertising and workflow limits. Browser performance depends on the device and internet connection. A useful test set should include difficult RAW or JPEG files, mixed lighting, fine hair, patterned fabric, text, and repeated batch edits. Comparing exports at their final display or print size helps reveal halos, invented detail, inconsistent color, or over-smoothed faces that can be easy to miss while working quickly.
Pros and Cons
- Runs in a browser without requiring professional desktop software
- Provides both simplified and advanced layered editing interfaces
- Accessible browser workflow compared with many professional editors
- Combines photo editing with image, video, and audio generation
- The browser experience includes advertising and workflow limits
- Browser performance depends on the device and internet connection
- Provides less RAW and catalog control than professional photography software
9. Canva
Canva’s AI photo editor is integrated into a wider platform for social media, presentations, advertisements, websites, print materials, and branded content. This makes it particularly useful when an edited image will immediately become part of a larger design.
Magic Edit can add, remove, or replace objects through a written prompt. Magic Eraser removes selected distractions, Magic Grab separates subjects and other elements for repositioning, and Grab Text can identify and modify text embedded in an image. Additional tools handle background removal, background generation, image expansion, enhancement, portrait adjustments, and upscaling.
Edited photographs can be combined with Canva’s templates, stock media, typography, animations, Brand Kits, collaboration tools, printing, and publishing workflows. Manual cropping, flipping, color changes, filters, and selected basic adjustments can also continue when a supported device temporarily loses its internet connection.
Teams should evaluate the limitations with the same care. Provides less precision than a dedicated layered photo editor. Results and tool availability can vary across AI features. A useful test set should include difficult RAW or JPEG files, mixed lighting, fine hair, patterned fabric, text, and repeated batch edits. Comparing exports at their final display or print size helps reveal halos, invented detail, inconsistent color, or over-smoothed faces that can be easy to miss while working quickly.
Pros and Cons
- AI editing is integrated directly with a mature design platform
- Easy to turn edited photos into social, marketing, and presentation assets
- Provides object replacement, removal, separation, expansion, and upscaling
- Available through web, desktop, and mobile applications
- Strong collaboration, brand-management, and template capabilities
- Provides less precision than a dedicated layered photo editor
- Results and tool availability can vary across AI features
- Template and design features may be unnecessary for photography-only workflows
10. Imagen
Imagen is an AI post-production platform for professional photographers who need to edit and cull large collections while preserving a recognizable personal style. It is not designed primarily for complex manipulation of a single image.
A Personal AI Profile learns from a photographer’s completed edits, including preferences for exposure, white balance, color, contrast, and tone. The resulting profile can apply those decisions to new photographs while adapting to differences in lighting and image content. Users without enough previous work to train a profile can select Talent AI Profiles based on established editing styles.
Imagen also provides AI culling, cropping, straightening, subject and background masks, denoising, object removal, skin smoothing, facial retouching, cloud storage, and delivery workflows. Edits are stored as adjustment data rather than permanently overwriting original files.
Teams should evaluate the limitations with the same care. Files must be uploaded for cloud-based processing. Training a strong Personal AI Profile requires suitable previous edits. A useful test set should include difficult RAW or JPEG files, mixed lighting, fine hair, patterned fabric, text, and repeated batch edits. Comparing exports at their final display or print size helps reveal halos, invented detail, inconsistent color, or over-smoothed faces that can be easy to miss while working quickly.
Pros and Cons
- Personal AI Profiles can reproduce an established photography style
- Designed for high-volume professional editing and culling
- Works with RAW files and familiar Adobe editing workflows
- Files must be uploaded for cloud-based processing
- Training a strong Personal AI Profile requires suitable previous edits
- It does not replace a detailed pixel editor for complex retouching or compositing
How to Choose an AI Photo Editor
The right editor depends first on the type and volume of photography involved. Someone adjusting a small number of social images has very different requirements from a wedding photographer processing thousands of RAW files or a commercial retoucher building a complex layered composition.
Consider whether the software is designed for individual images or complete collections. General photo editors provide creative control over specific photographs, while workflow platforms concentrate on culling, color correction, cropping, and consistency across entire shoots.
File support is also important. Professional photographers may require RAW processing, camera profiles, non-destructive adjustments, XMP compatibility, color management, and integration with existing catalog software. Casual creators may place greater value on templates, mobile access, social formats, and fast exports.
Privacy should be evaluated before uploading confidential portraits, unreleased products, client work, or sensitive editorial material. Desktop and local-processing applications keep more of the workflow on the user’s computer, while browser and cloud systems depend on the provider’s storage, retention, and training policies.
Final Thoughts on AI Photo Editing
AI photo editing tools can reduce repetitive work, make advanced techniques more accessible, and help creators explore visual ideas that would previously have required extensive technical knowledge. Their value is greatest when automation supports a clear creative objective rather than replacing judgment entirely.
The strongest workflow often combines AI with conventional editing. Automated tools can provide a useful starting point by correcting exposure, identifying subjects, removing distractions, or applying consistent adjustments. Layers, masks, local corrections, and manual review can then refine the result and address mistakes that automation overlooks.
Users should preserve original files and inspect edited images at full resolution before publishing or delivering them. Faces, hands, product details, text, reflections, architecture, and repeating patterns deserve particular attention because plausible AI-generated details may still be inaccurate. Used carefully, AI can make photo editing faster and more flexible without sacrificing control over the final image.
