Top 10 Best All Photo Editing Software of 2026

BeFunky combines correction tools with effect and retouching modules in one editor, so common tasks like straightening, cropping, and visual cleanup can be done without switching apps. The editor includes automated enhancement and targeted retouching features that reduce manual steps for portraits and product-style images. It also includes utilities for removing objects or artifacts, which matters for fast social deliverables and cleanup of minor distractions.

A key tradeoff versus Photoshop-class editors is limited depth for non-destructive, layer-precise workflows compared with mask-heavy, adjustment-layer-first approaches. BeFunky fits when a photographer needs batch-ready output from a browser workflow and prefers quick retouching over building complex multi-layer compositions.

Pixlr covers many everyday editing needs through layer support, blending modes, and mask-based refinement for selective adjustments. Adjustment tooling includes color and tone controls plus retouch actions like healing and blemish cleanup for portraits. File handling targets typical photographer workflows with straightforward export settings and metadata-preserving options for many edits.

A key tradeoff is that deeper RAW conversion and color-management workflows are not as extensive as desktop editors built around RAW processing and catalog-driven camera ingest. Pixlr works well when a team needs quick edits for social posts, event photos, or client previews without maintaining a desktop workstation for each editor.

Darktable organizes editing as a stack of toggleable modules with built-in history, so changes can be re-ordered or disabled without overwriting source data. The workflow splits into Lighttable for cataloging and map-style navigation and Darkroom for editing, which matches RAW processing and iterative refinement. Color management includes ICC profile integration and controls for white balance, tone mapping, and gamut handling across export targets. Export maintains metadata and supports common file outputs for handoff workflows.

A key tradeoff is that complex results can require more tuning time than editor-first tools because many modules expose granular controls instead of guided one-click results. Darktable fits photographers who process many RAW files with consistent lens corrections, denoise settings, and grading choices, then iterate across the whole batch using module presets.

ON1 Photo RAW combines raw development, layer-based editing, and photo enhancements in one workspace, with a catalog workflow for managing large shooting libraries. The software focuses on non-destructive editing with layers, masks, and adjustment controls that stay linked to the source file while edits iterate.

It also includes batch-style processing for repeatable corrections and RAW to JPEG output with retained metadata behavior. For portrait and event workflows, its effects and retouch tools reduce the need to round-trip to separate applications.

Luminar Neo performs AI-assisted photo editing with a non-destructive workflow built around adjustable layers and masks.

Its core modules cover RAW development controls, photo enhancement, and targeted edits like sky replacement and object-aware masking.

The software also supports batch processing for repeated adjustments and includes color tools such as ICC profile handling for consistent output.

Plugin-based workflows expand capabilities beyond the built-in editing stack.

Photopea delivers Photoshop-style layer editing in a browser with a toolset built around selection, masks, and blending modes. It supports common raster workflows like retouching, color adjustments, and file interchange across PSD, JPEG, and PNG without requiring local installation.

Editing happens on exported or reopened files, so workflows that depend on DAM sync or catalog metadata stay outside its scope. The editor also includes automation-like batch-style tasks through scripting and repeatable actions rather than catalog-based pipelines.

Fotor focuses on quick web-based photo editing with guided tools for common fixes like exposure, color, and background changes. The editor supports non-destructive adjustment workflows for many effects and includes AI-driven enhancements such as upscaling and artifact cleanup.

Editing outputs can be exported to common image formats, and it is geared toward faster iteration rather than deep, camera RAW pipeline control. It fits best when projects need repeatable edits at moderate complexity, not when building a fully customizable retouching pipeline with advanced layer systems.

Adobe Photoshop is a layer-centric editor built for pixel-level control, not just photo adjustments. It supports RAW-to-edit workflows with non-destructive adjustment layers, masking, and extensive retouching tools.

Batch operations and scripting let repetitive fixes run across sets, and its plugin ecosystem expands file handling and effects. For photographers who need repeatable output with precise selection and compositing control, Photoshop fits complex editing far better than simpler editors.

GIMP performs layered image editing with masks and a non-destructive style workflow using layer stacks and blend modes. It supports common photo tasks like RAW-to-RGB conversion through external pipelines, color adjustments with histogram-driven controls, and export in widely used image formats.

GIMP’s extension system and scriptable tools allow repeatable edits, including batch-style processing with command-line or scripting hooks. The result is a desktop-centric editor that prioritizes configurable workflows over cataloging and cloud photo management.

Capture One is built for photographers who want disciplined RAW processing with strong color control. Its core workflow centers on tethering and batch image editing, with high-fidelity rendering of edits across exports.

Libraries and catalogs support consistent organization for large shoots, and custom workspaces help standardize retouching steps. Automation stays practical through repeatable adjustments, presets, and scripting-oriented extension points.