
A professional photo editor supporting RAW images, local adjustments, and AI enhancements.
PixelSense
PixelSense: The Ultimate RAW Photo Editor
PixelSense is a professional-grade photo editing software designed for photographers who demand precision and flexibility. With robust support for RAW image processing, local adjustments, and AI-powered enhancements, it empowers users to bring their creative visions to life.
Key Features
- RAW Image Support - Process high-quality RAW files from over 500 camera models with accurate color reproduction
- Local Adjustments - Apply brush, gradient, and radial filters for targeted edits without affecting the entire image
- AI Enhancements - Smart tools for noise reduction, sharpening, and detail recovery powered by machine learning
- Non-Destructive Editing - All changes are saved as instructions, preserving your original files
- Cross-Platform Workflow - Available for Windows and macOS with consistent performance across systems
Why Choose PixelSense?
Unlike basic photo editors, PixelSense maintains maximum image quality throughout your workflow. The software's 16-bit processing engine ensures smooth gradients and minimizes banding, while its advanced color management system supports wide gamut displays and ICC profiles.
The AI-powered tools intelligently analyze your images to suggest optimal adjustments. The Auto Tone feature balances exposure across shadows, midtones, and highlights, while the AI Skin Enhancer detects faces for natural portrait retouching.
Workflow Efficiency
PixelSense accelerates your editing process with:
- Batch processing for applying edits to multiple images
- Customizable keyboard shortcuts for frequent actions
- GPU acceleration for real-time previews
- Plugin support for extending functionality
Whether you're a professional photographer needing advanced control or an enthusiast looking to improve your images, PixelSense provides the tools you need in an intuitive interface. The software's regular updates ensure you always have access to the latest imaging technologies.