Bria Increase Resolution is a specialized AI model designed to upscale images while preserving original content and maintaining exceptional quality. Unlike traditional upscaling methods that often introduce artifacts or blur, this model intelligently enhances image resolution without adding unwanted details or distorting the original composition. The model focuses on content preservation, making it ideal for professional workflows where maintaining image integrity is crucial.
Built by Bria AI, this model operates through an asynchronous API that processes images efficiently while allowing developers to track progress through a comprehensive status service. The model excels at understanding image structure and enhancing resolution in a way that feels natural and artifact-free.
• Smart Resolution Enhancement: Upscale images by 2x or 4x while preserving original details and composition
• Content Preservation: Maintains image integrity without introducing unwanted artifacts or new elements
• Alpha Channel Support: Preserves transparency information for PNG images and graphics with transparent backgrounds
• Built-in Content Moderation: Optional filtering for both input and output images to handle sensitive content
• High-Quality Processing: Works best with clear, high-resolution source images for optimal results
• Asynchronous Processing: Efficient API design with status tracking for seamless integration
E-commerce and Product Photography: Enhance product images for high-resolution displays and print materials while maintaining accurate product representation.
Digital Asset Management: Upscale existing image libraries and archives without losing original quality or introducing visual distortions.
Print and Publishing: Prepare digital images for high-resolution print requirements, ensuring crisp output at larger sizes.
Web Development: Create responsive image assets that look sharp across different screen densities and device types.
Creative Workflows: Enhance reference images, textures, and source materials for design projects while preserving original characteristics.
Since Bria Increase Resolution focuses on enhancement rather than generation, success depends on input image quality and parameter selection. Start with the highest quality source images possible – clear, well-lit images with good contrast produce the best results.
Choose your resolution increase strategically: Use 2x for moderate enhancement when you need balanced quality and processing speed, or 4x for maximum resolution when detail preservation is critical.
Enable alpha preservation when working with logos, graphics, or any images requiring transparency. This ensures transparent backgrounds remain intact after upscaling.
For images containing sensitive content, enable the appropriate content moderation flags to automatically filter problematic material during processing.
Is Bria Increase Resolution open-source? The model is available through Bria's API, with source-available GenAI components on Hugging Face for developers who need customization and fine-tuning capabilities.
What's the difference between 2x and 4x upscaling? 2x provides moderate resolution enhancement with faster processing, while 4x delivers maximum detail preservation and higher resolution output, ideal for print or high-DPI displays.
What image formats does the model support? The model accepts images via URL and supports standard web formats. Enable "preserve alpha" for PNG images or any content requiring transparency.
How does content moderation work? You can enable separate moderation for input and output images to automatically detect and handle NSFW or sensitive visual content during processing.
What parameters should I adjust for best results? Focus on input image quality first, then choose the appropriate resolution increase (2x or 4x) based on your output requirements, and enable alpha preservation for transparent images.
How is this different from other upscaling models? Bria's model prioritizes content preservation over detail generation, meaning it enhances existing information rather than hallucinating new details, resulting in more authentic upscaled images.