StableSwarm Beta 2024 Project from Stability AI - Installation and Review

28 Mar 202411:19

TLDREnthusiast welcomes viewers to a tutorial on the StableSwarm Beta 2024 Project from Stability AI. The video guides users through the process of downloading and installing the AI model locally on a PC, specifically using a Linux machine. The process involves installing Python 3 and venv via the OS package manager, cloning the GitHub repository, and running scripts to complete the installation. The StableSwarm UI is showcased with its user-friendly interface, including options for prompts, negative prompts, and core parameters like image seed, steps, and CFG skill. The video also demonstrates how to enhance image quality using the upscale feature and compares the results with the Stable Diffusion Axel Turbo model. The tutorial concludes by highlighting the ease of use and the ability to utilize various models within the StableSwarm UI, making it a powerful tool for AI-generated images.


  • ๐Ÿš€ The video introduces StableSwarm UI, a new model of stable diffusion released by Stability AI.
  • ๐Ÿ“ฅ To download StableSwarm UI, users can follow instructions provided via a GitHub link, which includes all necessary repositories and requirements.
  • ๐Ÿ’ป The presenter demonstrates the installation process on a Linux machine, using terminal commands to install and set up the software.
  • ๐Ÿ“ The script outlines steps including installing G Python 3 and venv, copying and pasting commands, and running the StableSwarm UI installer.
  • ๐Ÿ” The StableSwarm UI offers a user interface with options for prompts, negative prompts, and core parameters like image seed, steps, and CFG scale.
  • ๐Ÿ–ผ๏ธ Users can generate images by inputting prompts and selecting options for resolution and aspect ratio, with the ability to refine the image further.
  • The StableSwarm UI also provides an 'upscale' feature to enhance image quality.
  • ๐Ÿ”„ The presenter discusses replacing the base model with a more advanced 'Epic Realism' model for improved image generation.
  • ๐Ÿ“ˆ The video compares the output quality of StableSwarm UI with that of Stable Diffusion Axel Turbo, noting similarities and differences.
  • ๐ŸŽจ The presenter provides examples of image generation using detailed prompts, demonstrating the UI's ability to produce high-quality images.
  • โœ… The video concludes by emphasizing the ease of downloading and using StableSwarm UI, as well as its compatibility with models from Stable Diffusion Axel Turbo.

Q & A

  • What is the name of the AI model discussed in the video?

    -The AI model discussed in the video is called StableSwarm Beta 2024 from Stability AI.

  • How can one download StableSwarm UI locally on their PC?

    -To download StableSwarm UI locally, one needs to visit a specific GitHub link provided in the video, which contains all the repositories and requirements needed for the download. The process involves using a terminal for command execution, particularly if using a Linux machine.

  • What are the core parameters available in StableSwarm UI for image generation?

    -The core parameters in StableSwarm UI include the prompt, negative prompts, image seed, steps, CFG scale, and variation seed. Users can also adjust the resolution and aspect ratio, as well as use sampling, init image, and refiner options.

  • How does the video presenter enhance the quality of the generated images?

    -The presenter uses a combination of detailed prompts, negative prompts to avoid unwanted details, and an upscaling feature within the StableSwarm UI to enhance the quality of the generated images.

  • What is the process of installing a new model in StableSwarm UI?

    -To install a new model, one needs to download it from a provided link, navigate to the StableSwarm UI directory through a file manager, and place the model in the 'models' then 'stable diffusion' folder. After that, refresh the model list in the UI to use the new model.

  • How does the presenter compare StableSwarm UI with Stable Diffusion Axel Turbo?

    -The presenter compares the two by generating images using both models with similar prompts. They note that StableSwarm UI provides more straightforward and detailed results, especially when specific details like 'closeup shot' or 'half body shot' are included in the prompt.

  • What is the significance of using the 'Epic Realism' model in the StableSwarm UI?

    -The 'Epic Realism' model is noted to produce more realistic and high-quality images. It is an upgrade from the base model used initially in the demonstration and showcases the capability of the StableSwarm UI to utilize different models for improved results.

  • How long does it take to download and install StableSwarm UI according to the video?

    -The video suggests that the process of downloading and installing StableSwarm UI can be completed within minutes, which is more convenient compared to the more laborious setup process of Stable Diffusion Axel Turbo.

  • What is the role of the 'negative prompt' in image generation with StableSwarm UI?

    -The 'negative prompt' is used to specify details that should be avoided in the generated image, such as 'poorly drawn face' or 'poor facial details'. This helps in refining the image generation process to meet the user's expectations more closely.

  • What is the advantage of using the upscaling feature in StableSwarm UI?

    -The upscaling feature allows users to improve the clarity and detail of the generated images. By selecting 'upscale 2x', the presenter demonstrates a significant enhancement in the image quality, making it suitable for various uses.

  • How does the video demonstrate the ease of use of StableSwarm UI?

    -The video demonstrates the ease of use by showing a step-by-step process of downloading, installing, and using StableSwarm UI to generate images. It highlights the straightforward interface and the ability to quickly switch between models and adjust parameters for image generation.

  • What is the final verdict of the presenter regarding the quality and usability of StableSwarm UI?

    -The presenter concludes that StableSwarm UI is very easy to download and use, offering the ability to utilize all models of Stable Diffusion Axel Turbo within its interface. They appreciate the detailed and sharp results provided by the UI, especially when specific details are included in the prompts.



๐Ÿš€ Introduction to Stable Swarm UI and Downloading Process

This paragraph introduces the viewer to a new model of stable diffusion released by Stability AI, known as Stable Swarm UI. The speaker outlines the process of downloading and installing Stable Swarm UI on a local PC, specifically using a Linux machine. The process involves using the terminal to install necessary packages, downloading repositories from GitHub, and running scripts to set up the environment. The speaker also mentions the comparison of Stable Swarm UI with the well-known Stable Diffusion Axel Turbo model.


๐Ÿ“š Exploring Stable Swarm UI Features and Model Installation

The speaker dives into the features of Stable Swarm UI, highlighting its user interface and the ability to adjust parameters such as image seed, steps, and CFG skill. They demonstrate how to use the UI by generating an image with a specific prompt and discuss the model's initial output quality. The paragraph also covers the installation of an updated model, 'Epic Realism,' to improve the quality of the generated images. The speaker guides the viewer through the process of installing the new model and refreshing the UI to use it.


๐ŸŽจ Testing Stable Swarm UI with Image Generation and Upscaling

In this paragraph, the speaker tests the Stable Swarm UI by generating various images using different prompts. They discuss the initial results and how using a negative prompt can improve the image quality. The speaker also demonstrates the upscaling feature of the UI, which significantly enhances the clarity of the generated images. A comparison is made with Stable Diffusion Axel Turbo, showing that Stable Swarm UI can produce comparable results with the right level of detail in the prompt.

๐Ÿ“ Conclusion and Final Thoughts on Stable Swarm UI

The speaker concludes the video by summarizing the ease of downloading and using Stable Swarm UI compared to Stable Diffusion Axel Turbo. They reiterate the benefits of using Stable Swarm UI for AI-generated images and express their satisfaction with the tutorial and testing process. The speaker bids farewell, indicating the end of the video.



๐Ÿ’กStable Diffusion

Stable Diffusion is a term referring to a type of artificial intelligence model used for generating images from textual descriptions. In the context of the video, it represents the core technology behind the StableSwarm UI, which is being reviewed and tested. The video discusses the installation and use of this technology, comparing it with another model, Stable Diffusion Axel Turbo.

๐Ÿ’กStability AI

Stability AI is the company responsible for releasing the Stable Diffusion model. The video script mentions this company as the creator of the StableSwarm UI, indicating that Stability AI is at the forefront of AI image generation technology.

๐Ÿ’กStableSwarm UI

StableSwarm UI is a user interface for the Stable Diffusion model that allows users to generate images based on prompts. The video provides a walkthrough of how to download and install this UI on a local PC, highlighting its features and ease of use.


GitHub is a platform for software development and version control. In the video, it is mentioned as the source for downloading the StableSwarm UI. The speaker instructs viewers to go to a specific GitHub link to access the necessary repositories and requirements for the StableSwarm UI installation.


Linux is an open-source operating system used by the speaker in the video. The installation process for the StableSwarm UI on a Linux machine is demonstrated, showing the use of terminal commands to download and set up the software.


In the context of AI image generation, a prompt is a textual description that guides the AI to create a specific image. The video script discusses how users can input prompts into the StableSwarm UI to generate images that match their descriptions.

๐Ÿ’กNegative Prompt

A negative prompt is a feature in AI image generation that allows users to specify elements they do not want to appear in the generated image. The video demonstrates how to use negative prompts to refine the output of the StableSwarm UI.


Upscaling is the process of increasing the resolution of an image, often to improve its clarity. The video shows how the StableSwarm UI has an 'upscale' feature that can be used to enhance the quality of the generated images.

๐Ÿ’กEpic Realism

Epic Realism is a model that can be installed in the StableSwarm UI to improve the quality and realism of the generated images. The video script describes the process of installing this model and demonstrates its impact on the output images.

๐Ÿ’กHugging Face

Hugging Face is a company that provides a platform for machine learning models, including those used in natural language processing. In the video, it is mentioned as the source for downloading the model used in the StableSwarm UI.

๐Ÿ’กDSR (Dynamic Same Rate)

DSR, or Dynamic Same Rate, is a term used in the video to describe a quality setting for image generation. It is part of the prompt formula used to instruct the AI on the desired quality of the output image.


Introduction to StableSwarm Beta 2024, a new model of stable diffusion released by Stability AI.

Demonstration of the complete downloading procedure for StableSwarm UI on a local PC.

Comparison of StableSwarm UI with the renowned Stable Diffusion Axel Turbo model.

Instructions to download StableSwarm UI locally using a GitHub link and terminal commands on Linux.

Explanation of the installation process for G Python 3 and venv via the OS package manager.

Details on the StableSwarm UI interface, including prompt options and core parameters like image seed and steps.

Showcasing the ability to vary the seed in StableSwarm UI for different image results.

Adjustable resolution and aspect ratio options within the StableSwarm UI.

Inclusion of advanced parameters like sampling, init image, and refiner in the UI.

Procedure to generate an image using a provided prompt and the Stable Diffusion formula.

Use of a negative prompt to refine image details and avoid unwanted features.

Upscaling feature in StableSwarm UI to enhance image clarity.

Integration of the Epic Realism model into StableSwarm UI for higher quality outputs.

Direct comparison between the image quality of StableSwarm UI and Stable Diffusion Axel Turbo.

Ease of downloading and using StableSwarm UI compared to the more complex setup of Axel Turbo.

Final thoughts on the effectiveness and practicality of StableSwarm UI for AI-generated images.

The video concludes with a positive outlook on the user-friendly nature and potential of StableSwarm UI.