New PS5 Exploit Dramatically Expands Access to Jailbreaking Capability
A newly released exploit called Relapse enables jailbreaking on PlayStation 5 consoles running firmware up to version 13.6 from July, making exploitation feasible for a much wider range of devices than previous methods allowed. The exploit leverages a WebKit vulnerability to gain kernel access and install code loaders, while being significantly faster than earlier jailbreak attempts that could freeze systems for 50 minutes. The expanded firmware compatibility means users with current game libraries can now jailbreak their consoles, a major shift from previous exploits requiring years-old, secondhand hardware.
The Relapse exploit represents a significant advancement because it operates across a much broader range of PS5 hardware than previous methods. Rather than requiring users to source rare, outdated consoles from secondary markets, the tool now functions on any system updated through mid-July 2026, dramatically increasing the pool of compatible devices. This expanded compatibility proves particularly valuable since most modern PS5 games mandate current firmware versions at launch, creating a previous barrier where jailbreak-capable hardware couldn't run newer titles.
The technical efficiency gains also matter substantially. Earlier jailbreak attempts could render consoles temporarily unusable for extended periods, whereas Relapse operates significantly faster. This combination of broader firmware support and improved performance makes the exploitation process more practical for the wider community.
The development could affect multiple stakeholders differently. Console manufacturers may face reduced control over hardware usage and potential intellectual property concerns, while independent developers might gain expanded testing capabilities. Users could experience greater system flexibility for personal backup purposes and homebrew applications, though increased jailbreaking could also complicate support resources. The security implications remain uncertain, as expanded exploitation techniques may attract attention beyond hobbyist communities. Industry observers may monitor whether this trend influences future console security architecture.