Reimagining Photospheres with Remix in Skybox AI

The Remix feature in Skybox AI transforms archived Google Camera photospheres into polished, high-resolution environments. Whether you're cleaning up old captures or stylizing them for modern projects, Remix preserves spatial structure while enhancing quality and removing unwanted elements like visible feet, stitching artifacts, or bystanders.

Remix can be used on any paid Individual plan or Team plan.  Remix requests can also be made by via the Skybox AI API.

Check out our Quick Reference guide on remix above.

For further information on Remixing Skyboxes you can review our dedicated guide here.

What is a photosphere and why remix it?

Photospheres are 360° images captured using Google Camera's panorama mode. Many users have archives of photospheres from years ago that contain:

• Visible photographer feet at the nadir
• Stitching artifacts and exposure issues
• Unwanted people, vehicles, or objects
• Lower resolution than modern standards

Skybox AI's Remix feature breathes new life into these captures by upscaling resolution, generating HDRI from LDR sources, and removing unwanted elements—all while preserving the original scene structure.

How do I capture new photospheres?

Modified Google Camera (GCAM) apps with photosphere functionality are available for many Android devices.

Installation guide: XDA Developers GCAM Guide

Important: Installing third-party APKs carries inherent risks. Only download from trusted sources, verify APK signatures when possible, and understand that unofficial apps are not endorsed by Google or Blockade Labs. Install at your own discretion.

How do I remix a photosphere in Skybox AI?

Follow these steps:

1. Export Your Photosphere
   • Download from Google Photos as high-resolution JPEG
   • Verify it's equirectangular format (2:1 aspect ratio)
2. Upload to Skybox AI
   • Drag and drop into the viewer, or
   • Navigate to Remix tab and select Upload
3. Add Your Prompt
   • Add context to the scene (e.g., "Ancient Babylonian Fortress Walls, Midday, Clear Skies surrounded by a Desert")
   • Use negative prompts to remove elements (e.g., "people, feet, vehicles")
   • Use Prompt Enhance to produce optimal prompts for your generations.
4. Adjust Influence
   • ~50% recommended for removing photographer artifacts while maintaining scene
   • Lower values for dramatic reimagining
   • Higher values for subtle enhancement
5. Choose a Style
   • M3 Photoreal for realistic cleanup
   • M3 Fantasy for creative transformation
   • Other styles for artistic interpretation
6. Generate
   • Click Generate to create your enhanced skybox

What are common use cases for remixing photospheres?

Artifact Removal

• Remove visible feet at nadir (~50% Diffusion Influence)
• Eliminate photographer shadows or reflections
• Fix stitching errors and exposure issues

Scene Cleanup

• Remove tourists and crowds using negative prompts
• Eliminate vehicles and urban clutter
• Clean up power lines or signage

Enhancement

• Upscale to higher resolution
• Generate HDRI from LDR photospheres
• Improve lighting and time-of-day

Style Transformation

• Convert to different artistic styles
• Change weather conditions
• Modify mood and atmosphere

What controls are available when remixing photospheres?

Diffusion Influence Slider

• Controls how much the original image affects generation
• ~50% ideal for removing feet and artifacts while preserving scene
• Higher influence = closer to original
• Lower influence = more creative freedom

Negative Prompts

• Eliminate specific unwanted elements
• Examples: "people, crowds, tourists, cars, vehicles, feet"

Style Selection

• Choose from M3 Photoreal, M3 Fantasy, Digital Painting, and others
• Different styles handle photosphere cleanup differently

Retain Structure Toggle

• Preserves spatial layout while allowing stylistic transformation
• Useful for maintaining recognizable locations

What are the limitations when remixing photospheres?

Current limitations include:

• Max file size of 50MB
• 2:1 equirectangular images recommended
• Content must conform to terms of service
• Extreme transformations may introduce artifacts at poles (top/bottom of sphere)

Can I remove visible feet from my photospheres?

Yes! At approximately 50% Diffusion Influence, Remix effectively removes:

• Visible photographer feet at the nadir
• Camera equipment or tripod artifacts
• Selfie stick remnants
• Photographer shadows

For best results, combine 50% influence with a descriptive prompt that specifies clean flooring or ground texture.

How do negative prompts help with photosphere cleanup?

Negative prompts tell Skybox AI what to exclude from the generation:

• "people, crowds, tourists" - Clears busy public spaces
• "cars, vehicles, traffic" - Removes urban clutter
• "power lines, signs, modern elements" - Creates cleaner compositions
• "feet, shoes, tripod" - Eliminates photographer artifacts

Use negative prompts in combination with appropriate Diffusion Influence for optimal results.

Can Skybox AI generate HDRI from my LDR photospheres?

Yes! Skybox AI can generate HDRI environments from standard LDR (Low Dynamic Range) photospheres. This adds proper lighting data suitable for:

• 3D rendering and lighting
• VR environments with realistic illumination
• Game development with physically-based rendering
• Architectural visualization

What effect does equirectangular distortion have on remixing?

Photospheres have natural distortion at the poles (top and bottom of the sphere). Remix handles this automatically, but be aware:

• Extreme style transformations may introduce artifacts at poles
• The nadir (bottom) is where photographer artifacts are most visible
• Test with lower resolution first for critical projects