AI Tools · AI Video Creation

Immersity AI

An AI-powered platform that converts 2D videos and images into immersive 3D and virtual reality experiences.

Our take: Immersity AI (now marketed simply as 'Immersity') turns flat 2D content into depth-rich immersive experiences using proprietary Spatial AI — covering Immersive Motion, 3D Image, 3D Video, Apple Music Album Motion, and Depth Map outputs.

Best forBusiness professionals
ReviewedPricing: Freemium
Try ImmersityFree tier; paid from $4.99/mo
The bottom line

The fastest, cheapest way to squeeze immersive depth out of existing 2D footage — just don't expect native 3D-grade fidelity.

Our score

Reviewed by the Conversion Gems editorial team. Hover a facet to focus it; click to pin.Tap a facet to focus it.

What it is, and why we rate it

One line each. Open a row for detail.

What it really isImmersity AI — credit-based platform that converts 2D images and videos into 3D/immersive content for VR, AR, and spatial displays.
Our takeImmersity AI (now marketed simply as 'Immersity') turns flat 2D content into depth-rich immersive experiences using proprietary Spatial AI — covering Immersive Motion, 3D Image, 3D Video, Apple Music Album Motion, and Depth Map outputs.
The paid entry point is $4.99/mo (Image Plan), with a functional free tier for non-commercial use. It is best understood as a content-repurposing tool, not a native 3D creation suite.
Why we rate itImmersity's tiered credit model lets individual creators start free and scale smoothly, while the SDK and OEM track make it viable for product teams embedding spatial AI in devices or apps.
The catchOutput quality is entirely bottlenecked by source material — noisy or low-res 2D input produces mediocre 3D, and there is no native 3D editing to compensate.
Credits also expire monthly with no rollover.

Best / not good for

Best for
  • Social and marketing teams repurposing 2D video libraries for VR/spatial platforms
  • Filmmakers and educators adding depth to existing footage without 3D production skills
  • Developers building spatial-display or OEM device experiences via the Immersity SDK
Not good for
  • Projects requiring native 3D modeling, animation, or scene composition
  • High-volume video pipelines where monthly credits exhaust quickly at lower tiers
  • Teams that need stable output quality regardless of source material
Trade-offs

Friction report

Trade-offs to know before signing up.

  1. Time to value
    Fast: web app at app.immersity.ai requires no installation; first conversion completes in seconds to minutes depending on clip length.
  2. Scale breakpoint
    Credit ceiling — heavy video users hit the Video Max cap (~200 min 3D video/mo) and must negotiate OEM/custom pricing.
  3. Walled garden
    Moderate: outputs are downloadable in standard formats, but the conversion workflow and credit balance are fully platform-dependent with no self-hosted option.

A look inside

Immersity AI product screenshot

Frequently Asked Questions

What input formats yield the best 3D conversions?

Immersity AI processes RGB-D images, LiDAR scans, and photogrammetry sets most effectively. For 2D photo conversions, provide multiple angles (minimum 3 shots at 30° intervals) and ensure 8MP+ resolution for accurate depth reconstruction.

How does the real-time AR preview work?

The platform uses SLAM tracking with <2mm drift error on supported iOS/Android devices. For mission-critical applications (surgical AR, engineering), verify the current SDK's markerless tracking stability in your environment.

What Types of Immersive Content Does Immersity AI Create?

Immersity AI specializes in generating 3D models, AR/VR experiences, and interactive simulations from 2D images, video, and CAD files. It’s ideal for product showcases, educational modules, architectural walkthroughs, and gaming assets. The platform converts source media into WebXR-ready experiences, game-engine-compatible 3D models (glTF/FBX), and interactive hotspots for enhanced user engagement.

How Accurate Are the AI-Generated 3D Models?

Immersity AI delivers polygon-accurate 3D meshes with <5% dimensional error when calibrated with scale markers. For architectural or product use cases, the AI produces PBR-optimized materials (metallic, roughness, normal maps) that match real-world lighting. Complex organic shapes (e.g., hair, foliage) may require minor manual refinement in tools like Blender or Maya.

How does the AI handle material/texture conversions?

PBR materials are auto-generated with 90%+ roughness/metallic accuracy on known surfaces. For specialty materials (anisotropic metals, subsurface scattering), prepare Substance Painter files for post-processing.

Alternatives

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Tags

#3DVideo#ImmersiveAI#VirtualReality