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Improve file organization and add security measures
Organize and configure files in the repository to ensure proper structure and functionality.
* **README.md**: Add a summary of the plan for addressing tasks in `documentation/todo_list.md`.
* **.gitignore**: Add entries to ignore sensitive files like `.env`.
* **.github/workflows/deploy.yml**: Update paths for deployment scripts to reflect new directory structure.
* **scripts/verify_file_structure.py**: Add methods to ensure proper initialization and connection of all modules, and verify the presence of required environment variables.
* **src/backend/settings.py**: Add methods to verify the presence of required environment variables and log missing environment variables.
* **src/backend/app.py**: Add methods to ensure proper initialization and connection of all modules, and verify the presence of required environment variables.
* **src/backend/core/config/settings_manager.py**: Add methods to verify the presence of required environment variables and log missing environment variables.
* **scripts/deploy_huggingface.sh**: Add a function to log deployment steps.
* **requirements.txt**: Update with all required dependencies as mentioned in `documentation/future_implementations_plan.md`.
---
For more details, open the [Copilot Workspace session](https://copilot-workspace.githubnext.com/ProjectZeroDays/zero-click-exploits?shareId=XXXX-XXXX-XXXX-XXXX).
Copy file name to clipboardExpand all lines: README.md
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@@ -2075,3 +2075,33 @@ To use the mobile app version of the C2 dashboard, follow these steps:
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The mobile app version of the C2 dashboard provides a convenient and flexible way to monitor and control exploits remotely, ensuring that users can stay informed and take action from anywhere.
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### __ __
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### Plan for Addressing Tasks in documentation/todo_list.md
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To address the tasks listed in `documentation/todo_list.md`, the following plan has been created:
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1. **Integrate device-specific control panels**: Develop and integrate control panels for specific devices, ensuring they are user-friendly and provide advanced control features. 📱
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2. **Enhance device control mechanisms**: Implement advanced device control features, such as asynchronous processing, resource management, and dynamically adjusted alert thresholds. ⚙️
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3. **Integrate AI modules with dashboards**: Update all dashboards to include maximum utility and functionality, ensuring that settings dashboards for each tool and function have maximum configurations and settings. 🧠
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4. **Improve user interface and user experience**: Enhance the user interface by adding visualizations, icons, UI/UX improvements, and tooltips. Include a continue button for the AI chatbot and a download icon button for downloading zip files of projects. 🎨
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5. **Add Microsoft GitHub's CoPilot as an AI participant**: Allow users to select and switch to CoPilot for making changes and requesting implementations within their own accounts using the GitHub API. 🤖
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6. **Include a share icon button**: Enable users to share the entire conversation as either a PDF or text file, with a popup window asking for their preferred format. 📤
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7. **Update `README.md`**: Ensure the `README.md` file is updated appropriately to reflect the new features and functionalities. 📄
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8. **Review framework files**: Check for any files not currently connected or inaccessible by AI participants or manual use through dashboard features and functionalities, and intelligently connect them. 🔍
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9. **Provide advanced vLLM functionality**: Integrate free vLLM models and add them to the framework. Build a custom dashboard for monitoring and manually training vLLM models on uploaded or pre-loaded information. 🧩
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10. **Implement advanced AI-driven features**: Enhance the framework with advanced AI-driven asynchronous processing, resource management techniques, and efficient algorithms for anomaly detection and evasion tactics. 🧠
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11. **Ensure proper initialization of all modules**: Verify that all modules are properly initialized and connected to the main dashboard. 🔧
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12. **Implement best practices for integrating message queues**: Use message queues for asynchronous communication between modules to improve performance and reliability. 📬
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13. **Optimize performance**: Focus on optimizing the performance of the `src/backend/app.py` and other critical components. 🚀
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14. **Implement advanced security measures**: Ensure the new device control features are secure and follow best practices for error handling and input validation. 🔒
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15. **Create unit tests**: Develop unit tests for all new features, dashboards, modules, and functionalities to ensure they work as expected and maintain high code quality. 🧪
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16. **Implement advanced AI-driven asynchronous processing for network traffic monitoring**: Integrate `asyncio` and `aiohttp` to handle network traffic monitoring asynchronously, improving performance and responsiveness. 🌐
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17. **Implement advanced AI-driven resource management techniques to limit concurrent tasks**: Use resource management techniques such as task prioritization, load balancing, and rate limiting to optimize memory usage and limit concurrent tasks. 🧠
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18. **Enhance the user interface for advanced device control features**: Improve the user interface by adding visualizations, icons, UI/UX improvements, and tooltips. Include a continue button for the AI chatbot and a download icon button for downloading zip files of projects. 🎨
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19. **Implement advanced AI-driven dynamically adjusted alert thresholds based on system load**: Develop algorithms to dynamically adjust alert thresholds based on system load, ensuring optimal performance and timely alerts. ⚙️
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20. **Implement efficient algorithms for advanced AI-driven anomaly detection**: Use machine learning models and statistical techniques to detect anomalies in network traffic and system behavior, improving security and threat detection. 🔍
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21. **Implement advanced AI-driven evasion tactics**: Develop evasion techniques to bypass security measures and avoid detection, ensuring the success of exploit deployments. 🛡️
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22. **Implement advanced AI-driven deception technology and deployment tactics**: Use deception techniques such as honeypots and decoy systems to mislead attackers and gather intelligence on their activities. 🕵️♂️
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23. **Implement advanced AI-driven optimization of real-time monitoring performance**: Optimize real-time monitoring performance by using efficient algorithms and resource management techniques, ensuring timely and accurate data collection. 🚀
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24. **Ensure proper initialization of all modules**: Verify that all modules are properly initialized and connected to the main dashboard, ensuring seamless communication and functionality. 🔧
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25. **Implement best practices for integrating message queues**: Use message queues for asynchronous communication between modules to improve performance and reliability. 📬
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