DON'T GET HACKED Using Stable Diffusion Models! DO This NOW!

15 Nov 202215:30

TLDRThis video serves as a warning and tutorial on the potential risks associated with downloading custom stable diffusion models from the internet. It explains the concept of 'pickle' files in Python and their vulnerability to malicious code injection. The host advises viewers to download models from trusted sources like, which employs security scanners. Additionally, the video demonstrates how to use security pickle scanners to analyze models for safety and provides steps for using models on platforms like Google Colab or GPU renting sites to minimize risk. It concludes with instructions on installing and using two security pickle scanners to further protect users from potential malware in stable diffusion models.


  • 🚨 Be cautious with custom stable diffusion models as they can potentially contain malicious code that may install viruses on your computer.
  • 📚 Understand the terms 'pickle' and 'unpickling'; they refer to the process of converting Python objects into byte streams and vice versa, which can be exploited to execute malicious code.
  • ✅ Only download models from trusted sources like, which has security scanners in place to check for malicious code.
  • 🔍 Use security tools like clam AV and pigno import scans to check for suspicious imports in pickle files before using a model.
  • 🌐 Consider using models on platforms like Google Colab or GPU renting sites like to avoid running them locally and risking your computer.
  • 🔗 When using Google Colab, ensure your model is uploaded to Google Drive and shared with a link to prevent local execution.
  • 💻 For an extra layer of security, use security pickle scanners to analyze models before using them on your machine.
  • 🛠️ Install and use security pickle scanners like 'stable diffusion pickle scanner' and 'python pickle malware scanner' to scan for malicious code in pickled files.
  • ⏬ Download models from trusted repositories and scan them with the provided tools before installing them on your computer.
  • 🔴 Be aware that no security measure is 100% foolproof, so always exercise caution when downloading and using new models.
  • 📈 Stay informed about the latest security practices and tools to protect yourself from potential threats in the evolving field of AI models.

Q & A

  • What is the main concern regarding the use of custom stable diffusion models?

    -The main concern is that these models could potentially contain malicious codes that, when loaded into the stable diffusion software, could run and install viruses on your computer.

  • What is 'pickling' in the context of Python programming?

    -Pickling in Python is the process of converting a Python object into a byte stream that can be saved to disk or transmitted over a network. It allows complex objects to be serialized into a simpler format.

  • What is 'unpickling' and why is it a security risk?

    -Unpickling is the reverse process of pickling, where a byte stream is converted back into a Python object. It is a security risk because a pickled file can be injected with malicious code, and when the file is unpickled, that code can be executed in the background.

  • How can you ensure that a stable diffusion model is safe to use?

    -You can ensure safety by downloading models from trusted sources, such as, which has security scanners in place to check for malicious codes. Additionally, using security pickle scanners to analyze the models before use can provide an extra layer of protection.

  • What are the two security checks that performs on uploaded files? performs an antivirus scan using the open-source Clam AV software and a pigno import scan, which extracts the list of imports referenced in a pickle file to check for suspicious activity.

  • Why is it recommended to use a service like Google Colab or a GPU renting site to load and use a stable diffusion model?

    -Using such services allows you to run the model without installing it directly on your local machine, reducing the risk of running malicious codes and potentially protecting your computer from viruses.

  • How can you use a stable diffusion model on Google Colab?

    -You upload the model to your Google Drive, share it with a link, and then use that link in Google Colab to download the model and run it within their online environment.

  • What is the purpose of a security pickle scanner?

    -A security pickle scanner is used to analyze pickled files to detect if any Python pickle files are performing suspicious actions, providing an additional layer of security when using stable diffusion models.

  • How can you scan a model for malicious codes before downloading it using the Python pickle malware scanner?

    -You can use the command 'pickle-scan -huggingface' in the command prompt, then go to the website, select the model you want to scan, and use the model name to initiate the scan.

  • What should you do if you are unsure about the safety of a certain model?

    -It is suggested to first use the model on a service like, which provides an isolated environment, to generate a few images and ensure that the model does not contain any malicious codes.

  • Why is it important to keep multiple layers of protection even when using security scanners?

    -Multiple layers of protection are important because no single scanner can guarantee 100% detection of all malicious codes. By using a combination of trusted sources, security checks, and pickle scanners, you can minimize the risk of infection.



🛡️ Introduction to Stable Diffusion Model Security Concerns

The video introduces a serious issue regarding the security of custom stable diffusion models trained by the community using the dreambooth extension. The narrator warns viewers about the potential for these models to contain malicious code that could infect their computers. The video promises to explain the concepts of 'pickle' and 'unpickling' in the context of model safety, outline best practices to avoid security risks, and demonstrate how to use security tools to scan for malicious code in stable diffusion models.


🔒 Understanding Pickle and Unpickling in Stable Diffusion

This paragraph delves into the technical aspects of 'pickling' and 'unpickling' in Python, explaining how they are used to convert complex Python objects into a byte stream for storage or transmission, and then back into objects. The narrator highlights the risk that a pickled file can contain malicious code, which, when unpickled in a stable diffusion environment, could execute harmfully in the background. The explanation serves to raise awareness about the potential for viruses in downloaded models and emphasizes the importance of downloading from trusted sources like, which employs security checks.


🖥️ Safeguarding Against Malicious Models with Security Scanners

The narrator discusses methods to safely use potentially risky stable diffusion models, suggesting the use of cloud-based services like Google Colab or GPU renting sites to avoid running the models locally. Detailed steps are provided for using Google Colab, including linking a Google Drive account and running cells to download and use a model safely. Additionally, the paragraph mentions the use of a GPU renting site like for an even more secure option, as it does not require linking a Google account. The process of deploying a pod, updating stable diffusion, and using the rented service to run the model is outlined.


🔎 Implementing Security Scanners to Detect Malicious Code

The final paragraph focuses on the use of security pickle scanners to analyze and detect suspicious actions in pickled files before they are used in stable diffusion. The narrator guides viewers through downloading and using two different scanners: 'stable diffusion pickle scanner' and 'python pickle malware scanner'. The process includes downloading the scanners, extracting files, and using them to scan models either before or after downloading them. The paragraph also demonstrates how to use these tools with provided '.bat' files and emphasizes the ongoing need for vigilance despite these protective measures.

🙌 Conclusion and Acknowledgment

In conclusion, the video provides a comprehensive guide for safely downloading and using stable diffusion models, acknowledging the community's contributions and the current lack of reported hacking incidents. The narrator thanks patrons and supporters, encourages viewers to subscribe and engage with the content, and signs off with a friendly farewell.



💡Stable Diffusion Models

Stable Diffusion Models refer to a type of machine learning model used for generating images from textual descriptions. They are part of the broader category of generative models in artificial intelligence. In the context of the video, these models are discussed due to their increasing popularity and the potential security risks associated with their use.

💡Dreambooth Extension

The Dreambooth Extension is a feature that allows users to train custom versions of Stable Diffusion Models with their own data. This is significant in the video as it has led to a surge in community-created models, which the video warns could potentially contain malicious code.

💡Malicious Code

Malicious code, also known as malware, is any software intentionally designed to cause harm to a computer system or its users. In the video, the concern is that custom Stable Diffusion Models could contain such code, which could infect a user's computer upon loading the model.

💡Pickling and Unpickling

Pickling in Python is the process of converting an object into a byte stream to store it on disk or transmit it over a network. Unpickling is the reverse process of converting the byte stream back into an object. The video explains that malicious code can be injected into a pickled file, which, when unpickled, could execute the code in the background.

💡Clam AV

Clam AV is an open-source antivirus software used for detecting and removing malware. In the video, it is mentioned as part of the security checks performed by to scan every file pushed to their hub, which is crucial for ensuring the safety of the Stable Diffusion Models available for download.

💡Pigno Import Scans

Pigno Import Scans is a tool that extracts the list of imports referenced in a pickle file. It helps identify if any imports look suspicious, which could indicate the presence of malicious code. The video uses this as an example of how users can be alerted to potential security risks in a pickle file.

💡Google Colab

Google Colab is a cloud-based platform for machine learning and data analysis. It is mentioned in the video as a safer alternative to using local installations of Stable Diffusion, as it allows users to run models without risking their own computers.

💡GPU Renting Site

A GPU Renting Site, such as mentioned in the video, provides users with access to graphics processing units (GPUs) on a rental basis. This is presented as a more secure option for using Stable Diffusion Models, as it isolates the model from the user's personal computer and accounts.

💡Security Pickle Scanner

A Security Pickle Scanner is a tool designed to scan pickled files for suspicious Python pickle files that may perform malicious actions. The video demonstrates how to use such scanners to add an extra layer of security when downloading and using Stable Diffusion Models.

💡 is a website that hosts a wide range of machine learning models, including Stable Diffusion Models. It is highlighted in the video for its security measures, such as the use of Clam AV and Pigno Import Scans, which help ensure the safety of the models available for download.

💡Python Pickle Malware Scanner

The Python Pickle Malware Scanner is a tool that can be used to scan for malware in pickle files before they are downloaded to a user's computer. The video provides instructions on how to install and use this scanner, emphasizing its practicality and effectiveness in identifying malicious code.


A serious video discussing the risks of using custom stable diffusion models.

Custom models trained by the community could contain malicious codes.

Explanation of the terms 'pickle' and 'unpickling' in the context of stable diffusion models.

Pickle files can be injected with malicious code that executes when unpickled.

Advice on downloading models only from trusted sources. is a trusted source with security scanners in place.

Using Google Colab or GPU renting sites to avoid risks on local machines.

Instructions on how to use a model on Google Colab.

Using GPU renting sites like for an extra layer of security.

How to deploy and use a model on a GPU renting site.

The importance of using a security pickle scanner to detect malicious codes.

Introduction to 'stable diffusion pickle scanner' and its installation.

Demonstration of scanning models with the 'stable diffusion pickle scanner'.

Introduction to 'python pickle malware scanner' and its capabilities.

How to scan models on before downloading them.

Using the 'python pickle malware scanner' to scan local models.

Current limitations and the need for continuous vigilance against malware.

The importance of multiple layers of protection when downloading and using models.