PhotoFiltre
Professional-grade image retouching and filter application with a lightweight, low-latency engine.
Professional AI-driven wedding photo editing and neural retouching for high-volume photographers.
Luminar Neo, the direct evolution of the Macphun Wedding ecosystem, represents a paradigm shift in post-production workflows for 2026. Built on a proprietary neural engine, it leverages localized AI masks and generative fill to automate the most labor-intensive aspects of wedding photography. In the 2026 market, it distinguishes itself by moving beyond simple presets to 'Intent-Based Editing,' where the software recognizes wedding-specific scenarios—such as low-light ceremonies, harsh outdoor sunlight, or complex bridal attire—and applies targeted adjustments. The technical architecture supports non-destructive RAW editing with a modular approach, allowing photographers to plug in specific generative tools like GenErase and GenSwap for removing unwanted background guests or rectifying structural distractions in venues. With its 2026 updates, the software integrates deep-learning skin tone protection and automated culling assists, positioning it as an essential bridge between traditional artistic control and modern computational efficiency. By maintaining high-bit depth processing throughout the pipeline, it ensures that high-end wedding prints maintain maximum dynamic range and color fidelity.
Neural network-based facial feature recognition that isolates skin, eyes, and teeth for non-destructive enhancement.
Professional-grade image retouching and filter application with a lightweight, low-latency engine.
Professional-grade AI photo orchestration combining generative neural engines with advanced layer-based compositing.
A unique RAW photo editor simulating the chemical development of silver halide film.
AI-centric creative photo editing engine for professional-grade non-destructive workflows.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Constructs a 3D depth map of a 2D image to allow independent lighting control for foreground and background.
Generative AI fill that analyzes surrounding pixels to intelligently replace deleted objects in complex environments.
Semantic segmentation to identify horizon lines and replace skies while adjusting image reflections and color temperature.
One-click AI masking to isolate human subjects from complex backgrounds.
Content-aware detail enhancement that avoids adding noise to human skin while sharpening architectural details.
Simulates 3D volumetric effects like fog, mist, and haze using depth perception mapping.
Wedding photographers spend days manually retouching thousands of images from a single event.
Registry Updated:2/7/2026
Review and batch export.
Subjects appear as silhouettes against a bright sunset or window.
Emergency exit signs or fire extinguishers ruining the aesthetic of a high-end venue.