Imagine turning your PlayStation 5 into a full-fledged Linux PC capable of running Steam games. A new project called ps5-linux-boot makes this possible, but only for consoles running older firmware. Developed by security engineer Andy Nguyen, this unofficial hack exploits a patched hypervisor vulnerability to give Linux direct access to the PS5’s hardware. Below, we answer the most pressing questions about this exciting development.
1. What is the ps5-linux-boot project?
The ps5-linux-boot project is a public release by security engineer Andy Nguyen that allows users to boot the Ubuntu operating system on a PlayStation 5. Once booted, the PS5 can function as a fully capable Linux PC, including running Steam games. This is entirely unofficial and relies on exploiting a security vulnerability in the console’s firmware. The project targets the original PS5 “Phat” model on firmware versions 3.xx and 4.xx, which have not been patched. By giving Linux direct hardware access, it transforms the console into a gaming PC with the PS5’s powerful AMD Zen 2 CPU and RDNA 2 GPU.
2. Who created the ps5-linux-boot project and when was it released?
The project was created by Andy Nguyen, a well-known security engineer with a history of console hacking. He publicly announced the release in early 2025, making it available for download. Nguyen’s goal was to allow enthusiasts to repurpose older PS5 consoles into Linux-based gaming devices. The release was timed to coincide with the discovery of a hypervisor vulnerability that had since been patched in newer firmware versions. The project is hosted on GitHub and includes detailed instructions for users willing to try it on their own risk.
3. What firmware versions are required for this hack to work?
The exploit only works on PS5 Phat consoles running firmware versions 3.xx or 4.xx. These are older firmware builds that contain a hypervisor vulnerability that was later patched in newer updates. If your console has updated beyond version 4.xx, the exploit will not function, and you cannot downgrade the firmware. This limitation means the project is only viable for users who have kept their PS5 on an old firmware intentionally or those who purchased a pre-owned console that never updated. Sony’s security patches have closed this specific loophole.
4. How does the exploit give Linux access to the PS5 hardware?
The exploit takes advantage of a hypervisor vulnerability in the PS5’s firmware. The hypervisor is a security layer that isolates the operating system from hardware. By exploiting a flaw, the hack bypasses this isolation and grants Linux direct control over the PS5’s hardware components, including the CPU, GPU, memory, and I/O controllers. This is similar to how earlier console mods worked, but specifically targets the PS5’s custom AMD chipset. Once Linux boots, it can use the full power of the system without any virtualization overhead, delivering native performance for compute and graphics tasks.
5. What hardware capabilities does Linux get on the PS5?
Once Linux is running, it gains access to the PS5’s eight Zen 2 CPU cores (with 16 threads), the custom RDNA 2 GPU, 16GB of GDDR6 memory, and the ultra-fast NVMe SSD. This makes the PS5 a highly capable Linux workstation or gaming machine. Users can compile code, run machine learning models, or play Steam games using Proton (Steam Play). The GPU is fully supported via open-source AMD drivers, enabling hardware-accelerated graphics. However, some proprietary features like ray tracing or the PS5’s custom sound chip may not be fully functional under Linux.
6. Can you actually play Steam games on this setup?
Yes, you can play Steam games after installing Linux and Steam. The project’s creator demonstrated launching and playing Steam titles on the hacked PS5. Performance varies depending on the game and how well it runs under Proton (Steam’s compatibility layer). Many games that run well on Linux PCs with similar AMD hardware should work here, often at high frame rates. However, games with heavy anti-cheat software (like Call of Duty or Destiny 2) may not work due to Linux incompatibility. The experience is comparable to a mid-range gaming PC but with the unique form factor of a console.
7. What are the main limitations or risks of using this exploit?
Several limitations and risks exist. First, the exploit only works on old firmware (3.xx/4.xx), so most current PS5 units are excluded. Second, it’s unofficial and voids any warranty. Third, you lose access to the PlayStation ecosystem—no PS5 games, no PSN, and no online features in payload mode. Fourth, hardware support under Linux is incomplete: the custom audio chip and certain Bluetooth/controller features may not work. Fifth, installing the exploit is complex and carries risk of bricking your console if done incorrectly. Finally, future firmware updates from Sony will block this method, and the community may not release fixes.
8. Is this project likely to work on newer PS5 models or firmware?
No, this exploit is limited to original PS5 Phat consoles on firmware 3.xx or 4.xx. Sony released the PS5 Slim and newer firmware versions that patch the hypervisor vulnerability. Those consoles cannot run the exploit. Additionally, even if you own an older console but updated beyond 4.xx, the hack won’t work because the vulnerability is closed. There is no indication that a similar exploit will be found for newer hardware or firmware. Therefore, this project remains a niche opportunity for owners who deliberately preserved an old firmware version.