Inpaint
Professional-grade object removal and photo restoration powered by advanced content-aware synthesis.
Professional-grade AI sky replacement with automated horizon masking and foreground relighting.
ON1 Sky Swap AI represents a pinnacle in semantic segmentation and neural network-based image editing as of 2026. The tool leverages a specialized computer vision architecture designed specifically for horizon detection and edge-refinement, outperforming general-purpose AI editors in handling complex foreground elements like deciduous trees, power lines, and hair. Its technical core revolves around a dual-pass processing engine: the first pass identifies the sky-to-foreground boundary with pixel-level precision, while the second pass analyzes the chromatic composition of the replacement sky to generate a matching global illumination map. This enables the 'Foreground Relighting' feature, which programmatically adjusts the color temperature and shadows of the landscape to ensure lighting consistency across the composite. Positioned as both a standalone application and a robust plugin for the Adobe Creative Cloud and Affinity ecosystems, Sky Swap AI serves a high-end market of real estate photographers and landscape artists who require high-resolution output (up to 100MP) without the artifacts common in lower-tier mobile AI filters. In 2026, it remains a leader in the 'one-time purchase' software segment, offering a perpetual license alternative to the SaaS-heavy marketplace.
Uses a convolutional neural network (CNN) trained on millions of sky-to-land transitions to create alpha channels automatically.
Professional-grade object removal and photo restoration powered by advanced content-aware synthesis.
Professional-grade 4K image resolution enhancement powered by Generative AI super-resolution models.
Enterprise-grade image segmentation for instant high-precision visual asset isolation.
Professional AI-native photo editing with generative AI workflows for semantic image enhancement.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
Analyzes the lower third of the image for water bodies and applies a distorted, blurred reflection of the new sky.
Color-matches the foreground pixels to the dominant color palette of the replacement sky using a global LUT mapping.
Applies directional vector blur to the sky layer to simulate long-exposure photography.
Injects a secondary layer of semi-transparent noise and color to simulate atmospheric perspective.
Full color management support for professional pipelines ensuring color accuracy across different monitors.
Maintains 16-bit color depth throughout the processing chain to prevent banding in gradients.
Changing a gloomy, overcast sky to a bright blue sky to increase property appeal.
Registry Updated:2/7/2026
Adding a sunset to a mid-day wedding shoot for a more romantic aesthetic.
Adding motion to static clouds when a tripod was unavailable during the shoot.