Rufus 4.15 Utility Stabilizes Performance with Windows 11 Bypass Fixes and Expanded Support for RISC V and ARM64 Snapdragon X Platforms
Developer of the program have released the completed version of the Rufus 4.15 utility which is now available directly on the GitHub development platform. This program is a popular utility used to produce bootable USB drives and features the ability to circumvent the system requirements for Windows 11. This release focuses on stabilizing performance for modern processor types and correcting several bugs discovered during testing.
The development team addressed two major bugs identified in the previous beta cycle. These critical bug fixes include:
- A fix for the Windows User Experience system that caused custom installation settings, such as skipping hardware restrictions on Windows 11, to reset when the application restarted.
- A correction for the installation progress bar which previously hung during silent operating system installs.
- Hardening of the application by correcting two separate security flaws in the ezxml library to address integer overflow concerns and xml data parsing errors.
This release broadens hardware support for existing non traditional computing platforms. Rufus 4.15 adds support for UEFI NTFS creation for use on RISC V 64 microprocessors. It also resolves a serious boot crash that occurred on ARM64 based systems with Snapdragon X chips, allowing these devices to boot media successfully. During the creation of deployment media, the team fixed an infinite loop error associated with storage images containing multiple Windows Imaging Format files.
Additional improvements more closely tailor the operating system installation process. This update enhances the OneDrive uninstallation method within the install image, smooths out the automated check of user names, and speeds up the untarring of zipped storage files. These changes guarantee the utility dependability for administrators who work with many hardware configurations without having to manually change registry entries during the installation procedure.
