Stable Diffusion for FREE - in your Browser, no install required!!!

Olivio Sarikas
28 Aug 202204:25

TLDRThe video script introduces a method to utilize stable diffusion for free in a browser via Google Drive, eliminating the need for technical expertise or hardware usage. Users are guided through a straightforward process that begins with establishing a connection, proceeding to setup, and ultimately rendering images based on text prompts. The process allows for customization of image quality, iterations, and upscaling, with all results being saved securely to Google Drive. The tutorial emphasizes the ease and accessibility of this AI tool for beginners, promising impressive outcomes and a creative journey with minimal effort.


  • 🌐 The script introduces a method to use stable diffusion for free in a browser, leveraging Google Drive's infrastructure.
  • 🔗 The process doesn't require any technical skills and doesn't utilize the user's hardware resources.
  • 📝 The user is guided through connecting to Google Drive, which involves a straightforward connection process and potential warning box verification.
  • 🎥 The script emphasizes the ease of use, with a play button to initiate the connection and setup process.
  • 🔄 The setup involves a waiting period for the user, which may be lengthy but is worth it for the outcome.
  • 🖼️ Once completed, users can render images by entering text prompts and adjusting settings like quality, iterations, and image dimensions.
  • 🛠️ The script mentions the ability to upscale images and experiment with different upscaling methods.
  • ⏰ The service may have limitations, such as disconnecting after periods of inactivity or extended use.
  • 📊 The rendered images and their details (including the prompt and settings used) are saved to a specified Google Drive folder.
  • 📌 The script highlights the convenience of having all images and their metadata automatically saved, reducing the risk of loss.
  • 🔧 There is mention of more advanced features and options for those willing to use their own resources, catering to both beginners and experienced users.
  • 🎓 The video aims to educate viewers on AI tutorials, encouraging them to subscribe for more content.

Q & A

  • What is the primary advantage of using stable diffusion in a browser via Google Drive?

    -The main advantage is that it doesn't require any technical skills and doesn't use any of the user's hardware resources.

  • How does the initial connection process work with the stable diffusion interface?

    -You start by clicking the 'Connect' button, wait for the connection to happen, and verify any warning prompts that appear.

  • What does the 'nvidia smi' code indicate in the stable diffusion setup?

    -The 'nvidia smi' code is part of the setup process. Clicking the 'Play' button next to it initiates the setup and users should wait for a green hook to confirm successful setup.

  • How does the stable diffusion tool interact with Google Drive?

    -It connects to the user's Google Drive to download necessary files for the project. It's important to note that this process is safe and doesn't steal any data.

  • What happens if the stable diffusion tool is left idle or used for an extended period?

    -The connection will be lost if it's idle or used for too long, requiring the user to reload the page and repeat the setup process.

  • What options are available for users to customize their image rendering?

    -Users can enter a text prompt, adjust the image quality slider, set the number of iterations for variations, and modify the initial image size and upscaling options.

  • How many iterations can a user set for image variations, and what does 'iterations' mean in this context?

    -A user can set up to 100 iterations, which means the number of different variations of the image that the tool will generate based on the input prompt.

  • What is the benefit of the 'upscaling' feature in stable diffusion?

    -The upscaling feature allows users to automatically increase the size of the generated images while maintaining or improving their quality.

  • How are the rendered images and their details saved in Google Drive?

    -The images are saved in a specified Google Drive folder, along with their original size and upscaled versions. A text file is also included detailing the prompt and settings used for rendering.

  • What are some of the advanced features available for users who want to experiment more with stable diffusion?

    -Advanced features include options like 'diffuser', 'experiments', and 'text to image method'. There's also an option to install the tool offline, which would use the user's own resources.

  • What is recommended for beginners using stable diffusion?

    -For beginners, it is recommended to use the online version that runs on Google Drive, as it doesn't require the use of their own resources and is easier to operate.

  • How can users stay updated with more tutorials on AI and similar technologies?

    -Users can subscribe to the channel for more AI tutorials and updates on similar technologies.



🌐 Using Stable Diffusion in Your Browser

The paragraph introduces a method to utilize stable diffusion for free in a web browser, specifically running on Google Drive. This eliminates the need for technical skills or hardware usage. The user is guided through the process of connecting to the service, which may prompt a confirmation box for security measures. The connection process involves waiting for a green hook indicator to confirm successful establishment. The script emphasizes the safety and project legitimacy, assuring no personal data theft and that the service is hosted on Google's servers, not the user's computer. However, it mentions that the service may disconnect after periods of inactivity or prolonged use, necessitating a page reload for reconnection.



💡Stable Diffusion

Stable Diffusion is an AI model designed for generating images from text prompts. In the context of the video, it is used to create digital art by inputting a description into the system, which then produces a visual representation of the concept. The video emphasizes the ease of use and accessibility of this tool, as it can be utilized for free in a web browser and does not require technical skills or hardware resources from the user.

💡Google Drive

Google Drive is a cloud storage service that allows users to store and share files online. In the video, it is used as a platform to run the Stable Diffusion model without using the user's local hardware resources. Additionally, it serves as a storage location for the images generated by the AI, ensuring that the user's data remains secure and accessible from any device.


In the context of the video, 'connect' refers to the action of linking the user's browser session to the Google Drive service to enable the use of Stable Diffusion. This connection is necessary for the AI model to access the cloud-based environment and utilize the resources provided by Google Drive, without impacting the user's local computer resources.

💡Nvidia SMI

Nvidia SMI, or Nvidia System Management Interface, is a tool provided by Nvidia that allows users to monitor and manage the performance of their Nvidia GPU devices. In the video, it is mentioned as part of the process to ensure that the AI model is running correctly on the cloud infrastructure. However, since the process is running on Google Drive, the user does not need to interact with Nvidia SMI directly.


The 'setup' in the video refers to the initial process of preparing the environment for using the Stable Diffusion model. This includes connecting to Google Drive, downloading necessary components, and configuring the parameters for image generation. The setup is described as time-consuming but is only required once per session, as the system will eventually disconnect and require the process to be repeated.

💡Render Images

In the context of the video, 'render images' refers to the process of generating visual content based on the text prompts provided by the user. This is the core functionality of the Stable Diffusion model, where it creates digital art that corresponds to the descriptions given. The quality and variations of these images can be controlled through different settings and parameters.

💡Text Prompt

A 'text prompt' is the input provided by the user to the Stable Diffusion model, which describes the visual elements and characteristics desired in the generated images. The AI uses this prompt to create a representation that matches the description as closely as possible. The video emphasizes the flexibility of this feature, allowing users to be creative and specify intricate details in their prompts.


In the context of the video, 'iterations' refer to the number of different variations or unique images that the Stable Diffusion model can generate based on a single text prompt. Each iteration represents a new attempt by the AI to interpret and visualize the prompt, resulting in a diverse range of images that offer different perspectives on the same concept.


Upscaling in the video refers to the process of increasing the size and resolution of the generated images. This feature enhances the quality and detail of the images, making them suitable for larger displays or printing. The video highlights the ability to experiment with different upscaling methods to achieve the best visual results.

💡Google Drive Folder

The 'Google Drive Folder' is the location within the Google Drive cloud storage service where the user's generated images and related data are saved. This ensures that the user can easily access, manage, and share their AI-generated content without worrying about local storage limitations or data loss.

💡Advanced Settings

Advanced settings in the video refer to optional configurations and tools that users can employ to further customize their experience with the Stable Diffusion model. These settings may include experimental features, alternative text-to-image methods, and options for offline installation and use, which require more technical knowledge and the use of the user's own resources.


Stable diffusion can be used for free in a browser running on Google Drive, eliminating the need for technical skills or hardware usage.

The process begins by connecting to the service, which might prompt a connection confirmation for security purposes.

Once connected, users are directed to run a setup that connects to Google Drive, ensuring no data theft and safety of user information.

The setup involves downloading and installing on Google services, which is time-consuming but doesn't burden the user's computer resources.

After setup, the service may disconnect after periods of inactivity or prolonged use, requiring the user to reload the page and repeat the process.

Users can render images by entering a text prompt, allowing for customization of the image content based on their preferences.

The 'steps' setting determines the quality of the image, with a slider allowing users to adjust this to their liking.

The 'iterations' feature enables the generation of multiple variations of the image, with the ability to set up to 100 iterations.

Image dimensions can be specified with sliders for width and height in pixels, and users have the option to upscale the images.

Different upscaling methods are available for experimentation, offering users a range of options to achieve the desired image quality.

Images are automatically upscaled, and users are provided with a range of options to customize this process.

The rendered images are saved directly to a specified Google Drive folder, ensuring easy access and no risk of losing the files.

The Google Drive folder not only contains the original-sized images but also the upscaled versions, along with a text file detailing the prompt and settings used.

For beginners, using the online version is recommended to avoid using personal resources, but an offline installation option is also available for more advanced users.

The tutorial provides a simple and accessible way for users to engage with AI and generate images based on their text prompts, offering a practical application of AI technology.

The service's ease of use and integration with Google Drive make it an innovative method for democratizing access to AI image generation tools.