Lensa AI
The definitive AI creative suite for professional-grade portraiture and generative art.
The world's most advanced black & white photo editor powered by adaptive AI tonal engines.
Originally developed by Macphun (now Skylum), Tonality represents a pinnacle in monochrome digital processing, now largely integrated into the Luminar Neo ecosystem for 2026. The technical architecture revolves around a unique 16-bit processing engine that enables non-destructive editing and advanced dynamic range control specifically tuned for the grayscale spectrum. Unlike standard desaturation tools, Tonality utilizes proprietary 'Adaptive Exposure' and 'Smart Contrast' algorithms that mimic the chemical behavior of silver halide crystals found in traditional film. In the 2026 market, it stands as a specialized professional solution for fine art photographers, offering over 150 professionally crafted presets and multi-layer support for complex masking. Its position is solidified by its ability to handle ultra-high-resolution RAW files with minimal latency on modern Apple Silicon and Windows NPU architectures. While the standalone 'Macphun' brand has evolved into Skylum, the Tonality technology remains the industry benchmark for high-fidelity black and white conversions, providing architectural and street photographers with tools for micro-contrast adjustment and localized texture enhancement that general-purpose editors cannot replicate.
An AI-driven exposure correction that analyzes local histograms to prevent clipping in high-contrast B&W scenes.
The definitive AI creative suite for professional-grade portraiture and generative art.
Precision AI-Powered Object Isolation and Neural Background Replacement
Professional-grade neural resolution enhancement for high-impact visual clarity.
Transform digital photography into handcrafted fine art with natural media simulation.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Allows for multiple adjustment layers with individual opacity and blending modes within a grayscale workspace.
Algorithmic simulation of chemical film grain structures (ISO 100 to 3200).
Spatial frequency filtering to create 'Orton-style' effects and highlight blooms.
Contrast adjustment that targets specific mid-tone frequencies without crushing blacks or blowing out whites.
Detailed sharpening and texture enhancement targeting fine pixel-level edges.
Automatic selection based on brightness levels to apply adjustments only to specific zones of the image.
Digital landscapes often lack the 'soul' and tonal depth of traditional large-format B&W film.
Registry Updated:2/7/2026
Add a Graduated Filter mask to the foreground for additional exposure.
High-ISO digital noise in low-light street shots looks clinical and unappealing.
Old scanned photos are flat and lack clarity.