NSFW JS vs Stable Diffusion Webgpu

Side-by-side comparison · Updated May 2026

 NSFW JSNSFW JSStable Diffusion WebgpuStable Diffusion Webgpu
DescriptionThe NSFWJS model empowers users to perform client-side indecent content checking by providing tools for monitoring and filtering inappropriate material directly on the client-side. Incorporating features such as Camera and Blur Protection enhances detection accuracy. Mechanisms are in place to manage false positives, ensuring legitimate content is not blocked erroneously. The model is efficient for client-side deployment with 93% accuracy and a size of 4.2MB. Additional resources are available through various Github repositories and blog posts.The Stable Diffusion WebGPU service allows users to run the Stable Diffusion image generation model directly in their browser using GPU acceleration. It requires the latest version of Chrome with specific experimental flags enabled, and provides customizable settings for generating images. Users can download the model directly to their browser cache and adjust settings such as prompt, negative prompt, number of inference steps, guidance scale, and more. Support is available for troubleshooting common errors and issues.
CategorySecurity ApplicationImage Generation
RatingNo reviewsNo reviews
PricingPricing unavailablePricing unavailable
Starting PriceN/AN/A
Use Cases
  • Parents
  • Schools
  • Workplaces
  • Developers
  • Web Developers
  • Digital Artists
  • AI Enthusiasts
  • Educators
Tags
indecent content checkingclient-side deploymentCamera ProtectionBlur Protectionfalse positives
WebGPUStable Diffusionimage generationbrowserGPU acceleration
Features
Client-side indecent content checking
93% accuracy
4.2MB model size
Camera and Blur Protection
False positive handling mechanisms
Loading indicator
Efficient client-side deployment
Resource availability (Github repositories, blog)
Owned by Infinite Red, Inc.
Suitable for live camera feeds
GPU acceleration in-browser
Customizable image generation settings
Direct model download to browser cache
Support for experimental WebAssembly flags
Ability to run VAE after each inference step
Error troubleshooting via FAQ
Ported StableDiffusionPipeline from Python to JavaScript
Large memory allocation support with onnxruntime and emscripten+binaryen
FP16 support with recent Chrome versions
Seamless integration with web technologies
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