This table outlines the differences between the desktop and web versions of privacy.sexy.
| Feature | Desktop | Web |
|---|---|---|
| Usage without installation | 🔴 Not available | 🟢 Available |
| Offline usage | 🟢 Available | 🟡 Partially available |
| Auto-updates | 🟢 Available | 🟢 Available |
| Logging | 🟢 Available | 🔴 Not available |
| Secure script execution/storage | 🟢 Available | 🔴 Not available |
| Native dialogs | 🟢 Available | 🔴 Not available |
You can use the web version directly in a browser without installation. The desktop version requires download and installation.
Note for Linux users: On Linux, privacy.sexy is available as an
AppImage, a portable format that doesn't need traditional installation. This allows Linux users to use the desktop version without full installation, akin to the web version.
The web version, once loaded, supports offline use. Desktop version inherently allows offline usage.
Both the desktop and web versions of privacy.sexy provide timely access to the latest features and security improvements. The updates are automatically deployed from source code, reflecting the latest changes for enhanced security and reliability. For more details, see CI/CD documentation.
The desktop version ensures secure delivery through cryptographic signatures and version checks.
Security is a top priority at privacy.sexy.
Note for macOS users: On macOS, the desktop version's auto-update process involves manual steps due to Apple's code signing costs. Users get notified about updates but might need to complete the installation manually. Consider donating to help improve this process ❤️.
The desktop version supports logging of activities to aid in troubleshooting. This feature is not available in the web version.
Log file locations vary by operating system:
- macOS:
$HOME/Library/Logs/privacy.sexy - Linux:
$HOME/.config/privacy.sexy/logs - Windows:
%APPDATA%\privacy.sexy\logs
💡 privacy.sexy provides scripts to securely erase these logs.
The desktop version of privacy.sexy enables direct script execution, providing a seamless and integrated experience. This direct execution capability isn't available in the web version due to inherent browser restrictions.
Script execution history:
For enhanced auditability and easier troubleshooting, the desktop version keeps a record of executed scripts in designated directories. These locations vary based on the operating system:
- macOS:
$HOME/Library/Application Support/privacy.sexy/runs - Linux:
$HOME/.config/privacy.sexy/runs - Windows:
%APPDATA%\privacy.sexy\runs
💡 privacy.sexy provides scripts to securely erase your script execution history.
Script antivirus scans:
To enhance system protection, the desktop version of privacy.sexy automatically verifies the security of script execution files by reading them back. This process triggers antivirus scans to verify that scripts are safe before the execution.
Script integrity checks:
The desktop version of privacy.sexy implements robust integrity checks for both script execution and storage. Featuring tamper protection, the application actively verifies the integrity of script files before executing or saving them. If the actual contents of a script file do not align with the expected contents, the application refuses to execute or save the script. This proactive approach ensures only unaltered and verified scripts undergo processing, thereby enhancing both security and reliability.
Error handling:
The desktop version of privacy.sexy features advanced error handling capabilities. In scenarios where script execution or storage encounters failure, the desktop application initiates automated troubleshooting and self-healing processes. It employs robust and reliable execution strategies, including self-healing mechanisms, and provides guidance and troubleshooting information to resolve issues effectively. This proactive error handling and user guidance enhances the application's security and reliability.
The desktop version uses native dialogs, offering more features and reliability compared to the browser's file system dialogs. These native dialogs provide a more integrated and user-friendly experience, aligning with the operating system's standard interface and functionalities.