Editing Vulnerabilities

= Usermode =

== BD-J exploits ==

=== FW <= 7.61 - BD-JB2 - Path traversal sandbox escape by TheFloW ===

See [https://www.psdevwiki.com/ps4/Vulnerabilities#FW_%3C=10.71_-_BD-JB2_-_Path_traversal_sandbox_escape_by_TheFloW].

==== Patched ====

'''Yes''' on PS5 FW 8.00.

=== FW <= 4.51 - BD-JB - Five vulnerabilities chained by TheFloW ===

See [https://www.psdevwiki.com/ps4/Vulnerabilities#FW_%3C=9.00_-_BD-JB_-_Five_vulnerabilities_chained_by_TheFloW].

==== Implementations ====

* [https://github.com/psxdev/bd-jb PS5 BD-JB implementation by Antonio Jose Ramos Marquez (psxdev)]
* [https://github.com/john-tornblom/bdj-sdk/tree/master/samples/ps5-invoke-native PS5 BD-JB implementation by John Törnblom]
* [https://github.com/sleirsgoevy/bd-jb/tree/ps5 PS5 BD-JB implementation by sleirsgoevy]
* [https://github.com/TheOfficialFloW/bd-jb PS5 BD-JB implementation by TheFloW]

==== Patched ====

'''Yes''' partially on PS5 FWs > 4.50 (need to test). Probably unpatched on FW 4.51 and patched on FW 5.00.

== WebKit exploits ==

WebKit exploits are harder to make and do not even give arbitrary RW because of PS5 memory protections.

=== Modal Browser HTTPS Bypass ===

* It is possible to bypass HTTPS in the modal browser, if you reply to the HTTPS CONNECT with a standard HTTP 1.1 response, instead of attempting to create a tunnel. The browser will just display that response. The downside to this is you have no idea what the contents of even the HTTP REQUEST would have been, but it is useful for directing the web browser to any website you want.

==== Patched ====

'''No''' as of PS5 FW 5.10.

=== FW 6.00-9.60 - Unknown heap and string overflow (no CVE) leading to crash ===

See also [https://www.psdevwiki.com/ps4/Vulnerabilities#FW_?10.00?-11.52_-_Unknown_heap_and_string_overflow_(no_CVE)_leading_to_crash].

==== Patched ====

'''Yes''' on PS4 FW 12.00 and PS5 FW 10.00.

==== Tested ====

Tested and working on PS4 FWs 10.00-11.52 and PS5 FWs 6.00-9.60.

=== FW 6.00-8.60 - JSC DFG Abstract Intepreter clobberWorld Type Confusion (no CVE) leading to arbitrary RW ===

See also [https://www.psdevwiki.com/ps4/Vulnerabilities#FW_10.00-11.02_-_JSC_DFG_Abstract_Intepreter_clobberWorld_Type_Confusion_(no_CVE)_leading_to_arbitrary_RW].

==== Patched ====

'''Yes''' on PS4 FW 11.50 and PS5 FW 9.00.

==== Tested ====

Tested and working on PS4 FWs 10.00-11.02 and PS5 FWs 6.00-8.60.

=== FW <= 5.50 - FrameLoader::loadInSameDocument() UaF (CVE-2022-22620) leading to arbitrary RW ===

See also [https://www.psdevwiki.com/ps4/Vulnerabilities#FW_6.00-9.60_-_FrameLoader::loadInSameDocument()_UaF_(CVE-2022-22620)_leading_to_arbitrary_RW].

==== Patched ====

'''Yes''' on PS4 FW 10.00 and PS5 FW 6.00.

==== Tested ====

Tested and working on PS4 FWs 6.00-9.60 and PS5 FWs 1.00-5.50.

=== FW 3.00-4.51 - WebCore::CSSFontFaceSet vulnerabilities leading to usermode ROP code execution ===

Contrarly to PS4, on PS5 this exploit does not allow arbitrary usermode memory RW because of PS5 memory protections. However thanks to tricks it is possible to get usermode ROP code execution from this exploit.

See also [https://www.psdevwiki.com/ps4/Vulnerabilities#FW_9.00-9.04_-_WebCore::CSSFontFaceSet_vulnerabilities_leading_to_arbitrary_RW].

==== Implementations ====

* [https://github.com/ChendoChap/PS5-Webkit-Execution Implementation for PS5 by ChendoChap]

==== Patched ====

'''No''' as of PS5 FW 4.51 (need to test on PS5 FWs >=5.00).

==== Tested ====

Tested and working on PS4 FWs 9.00-9.04 and PS5 FWs 3.00-4.51. Untested: PS5 FWs 2.10-2.50 and >=5.00.

== Game savedata exploits ==

=== PS2 game savedata exploits ===

See [https://www.psdevwiki.com/ps4/Vulnerabilities#Usermode_Exploits_.28Game_Savedata.29].

=== PS4/PS5 PS2emu sandbox escape (mast1c0re) ===

See [https://www.psdevwiki.com/ps4/Vulnerabilities#PS4.2FPS5_PS2emu_sandbox_escape_.28mast1c0re.29].

=== PS4/PS5 game savedata LUA exploit ===

* Used by Flatz on 2023-07-27 in [https://wololo.net/2023/07/28/ps5-flat_z-dumps-ps5-secure-processor-confirms-he-has-a-ps5-hypervisor-exploit-via-a-ps4-game-save-exploit/ his Hypervisor exploit].

* Used by Flatz on 2024-09-14 in [https://gist.github.com/flatz/5e12f75cdb210516d31df03069f7ed0a his implementation of the umtx UaF kernel exploit].

* Some PS4 (or maybe PS5) games, in disc version (maybe also in PS Store version), can be exploited as they use some LUA interpreter, by crafting an evil save data.

* Not patched as of PS5 FW 7.61.

== PS4 emulator exploits ==

Nothing yet.

== Usermode securities ==

See also [https://www.psdevwiki.com/ps4/Vulnerabilities#Usermode_securities PS4 usermode securities].

=== >=8.00 - Syscalls and libkernel blocked from main usermode applications ===

Since PS5 System Software version 8.00, in order to make the PS5 less vulnerable to kernel escalation from usermode after TheFloW's disclose of BD-JB2, Sony blocked syscall and libkernel access from the main contenders such as BD JAVA, WebKit, PS2emu and probably more else all usermode applications.

= Kernel =

== Physical memory readable by kernel (Meme Dumper) ==

=== Credits ===

Discovered by cheburek3000. Released on 2023-02-07 by cheburek3000.

=== Bug Description ===

Steps:

1. Find kernel_pmap_store offset in kernel data segment. You can guess its location by specific signature (see guess_kernel_pmap_store_offset code). Luckily kernel_pmap_store has physical and virtual addresses for PML4.

2. Through physical and virtual addresses for PML4, you can find physical memory mapped directly to the kernel memory (DMAP). See PADDR_TO_DMAP macro and vmparam.h from FreeBSD for reference.

3. Use page tables to convert any kernel virtual address to physical address (see vaddr_to_paddr code).

4. Access data by physical address through DMAP.

=== Exploit Implementation ===

* [https://github.com/cheburek3000/meme_dumper]

=== Patched ===

'''No''' in PS5 FW 4.51.
----

== FW <= 7.61 - umtx UaF (yielding arbitrary kernel R/W) (CVE-2024-43102) ==

=== Credits ===

* chris@accessvector.net for discovering the vulnerability, keeping it secret (2020-12) then sharing a writeup (2024-09-06)
* Rebecca Cran for discovering the bug in umtx (2023-05-07)
* Synacktiv for finding and disclosing publicly the vulnerability (2024-09-04)
* Olivier Certner for fixing the bug (2024-09-04), kib for reviewing the bug fix (2024-09-04), Ed Maste for approving the bug fix commit (2024-09-04)
* Shuffle from Fail0verflow for the FreeBSD 11 and PS5 PoC in C++ (2024-09-14)
* Flatz for writing a PS5 exploit chain with TheFloW's BD-JB2 (2024-09-14)

=== Analysis ===

* [https://bugs.freebsd.org/bugzilla/show_bug.cgi?id=271300 Crash report by Rebecca Cran (2023-05-07)]
* [https://www.freebsd.org/security/advisories/FreeBSD-SA-24:14.umtx.asc FreeBSD Security Advisory for CVE-2024-43102 (2024-09-04)]
* [https://cgit.freebsd.org/src/commit/?id=62f40433ab47ad4a9694a22a0313d57661502ca1 Fix commit (2024-09-04)]
* [https://securityonline.info/freebsd-issues-urgent-security-advisory-for-cve-2024-43102-cvss-10/ Vulnerability press release (2024-09-09)]
* [https://accessvector.net/2024/freebsd-umtx-privesc Writeup by chris@accessvector.net (2024-09-06)]

=== Bug Description ===

The _umtx_op(2) system call provides support for the implementation of synchronization primitives between threads, and is used by the 1:1 Threading Library (libthr, -lthr) to implement IEEE Std 1003.1-2001 (POSIX.1-2001) pthread locks, like mutexes, condition variables and so on. In particular, its UMTX_OP_SHM operation provides support for anonymous shared memory associated to a particular physical address, which is used to implement process-shared mutexes (PTHREAD_PROCESS_SHARED).

Concurrent removals of such a mapping by using the UMTX_SHM_DESTROY sub-request of UMTX_OP_SHM can lead to decreasing the reference count of the object representing the mapping too many times, causing it to be freed too early.

umtx_shm_unref_reg_locked() would unconditionally drop the "registry" reference, tied to USHMF_LINKED.

This is not a problem for caller umtx_shm_object_terminated(), which operates under the 'umtx_shm_lock' lock end-to-end, but it is for indirect caller umtx_shm(), which drops the lock between umtx_shm_find_reg() and the call to umtx_shm_unref_reg(true) that deregisters the umtx shared region (from 'umtx_shm_registry'; umtx_shm_find_reg() only finds registered shared mutexes).

Thus, two concurrent user-space callers of _umtx_op() with UMTX_OP_SHM and flags UMTX_SHM_DESTROY, both progressing past umtx_shm_find_reg() but before umtx_shm_unref_reg(true), would then decrease twice the reference count for the single reference standing for the shared mutex's registration.

A malicious code exercizing the UMTX_SHM_DESTROY sub-request in parallel can panic the kernel or enable further Use-After-Free attacks, potentially including code execution or Capsicum sandbox escape.

=== Exploit Implementation ===

* [https://github.com/fail0verflow/ps5-umtxdbg/ C++ implementation for FreeBSD 11 virtual machine near of PS5 by Fail0verflow (2024-09-14)]
* [https://gist.github.com/flatz/89dfe9ed662076742f770f92e95e12a7 JAVA implementation for PS5 chained with BD-JB2 by Flatz (2024-09-14)]
* [https://gist.github.com/flatz/5e12f75cdb210516d31df03069f7ed0a LUA implementation for PS5 chained with LUA exploit by Flatz (2024-09-14)]

=== Patched ===

'''Yes''' in PS5 FW 8.00.
----

== FW <= 8.20 - Remote vulnerabilities in spp (yielding kernel panic) (CVE-2006-4304 and no-CVE) ==

See the [https://www.psdevwiki.com/ps4/Vulnerabilities#FW_%3C=_11.00_-_Remote_vulnerabilities_in_spp_(yielding_kernel_ASLR_defeat)_(CVE-2006-4304_and_no-CVE) PS4 wiki].

Note that kernel ASLR defeat is currently not working on PS5 and there are protections remaining before being able to 

=== Patched ===

'''Yes''' in PS5 FW 8.40.
----

== FW <= ?3.21? - PPPoE driver remote buffer overflow (CVE-2022-29867) ==

See the [https://www.psdevwiki.com/ps4/Vulnerabilities#FW_%3C=_9.00_-_PPPoE_driver_remote_buffer_overflow_(CVE-2022-29867) PS4 wiki].

Note that PS5 is maybe not affected even though PS4 is.

=== Patched ===

'''Probably''' in PS5 FW 4.00.
----

== FW 3.00-4.51 - IPV6_2292PKTOPTIONS UaF (yielding arbitrary kernel R/W) (CVE-2020-7457) ==

See the [https://www.psdevwiki.com/ps4/Vulnerabilities#FW_.3C.3D_7.02_-_IPV6_2292PKTOPTIONS_UaF_.28yielding_arbitrary_kernel_R.2FW.29_.28CVE-2020-7457.29 PS4 wiki].

=== Credits ===

* Discovered for PS4 and ported to PS5 by TheFloW.

=== Exploit Implementation ===

* See also implementation for FreeBSD 9 or 12 or PS4.
* [https://github.com/Cryptogenic/PS5-4.03-Kernel-Exploit Kernel exploit implementation for PS5 3.00-4.51 by Specter (2022-10-02)]

=== Patched ===

'''Yes''' in PS5 FW 5.00. Invulnerable in PS5 FW 2.50 and below.
----

== FW <= 4.03 - exFAT driver heap-based buffer overflow ==

See the [https://www.psdevwiki.com/ps4/Vulnerabilities#FW_.3C.3D_9.00_-_exFAT_driver_heap-based_buffer_overflow PS4 wiki].

=== Credits ===

Discovered by TheFloW. Disclosed by ChendoChap.

=== Exploit Implementation ===

Not yet because even though there is ChendoChap's method to execute usermode code in WebKit, there is no PS5 kernel dump to build a kernel ROP chain. Exploiting this kernel vulnerability blind is almost impossible because once the USB device is inserted it corrupts the kernel heap memory and if the offsets in the kernel ROP chain are bad it creates a kernel panic.

=== Patched ===

'''Yes''' in PS5 FW 4.50.
----

== SMAP bypass (CVE-2021-29628) ==

See also [https://www.psdevwiki.com/ps4/Vulnerabilities#Kernel_SMAP].

=== Credits ===

* Discovered and disclosed publicly by m00nbsd. Disclosed to SIE on 2020-12-01.

=== Analysis ===

* [https://cve.mitre.org/cgi-bin/cvename.cgi?name=CVE-2021-29628 CVE-2021-29628 (FreeBSD SMAP bypass) by m00nbsd]
* [https://hackerone.com/reports/1048322 CVE-2021-29628 (PS5 SMAP bypass) by m00nbsd]

=== Bug Description ===

A SMAP bypass has been found by m00nbsd while working on FreeBSD 12. It is named CVE-2021-29628 and affects FreeBSD 12.2 and later (til it was patched). It does not work on PS4 because PS4 kernel is based on FreeBSD 9 which did not contain the vulnerability and because PS4 SMAP does not come from FreeBSD but is custom from Sony. It used to work on PS5 before it was disclosed and patched.

=== Patched ===

'''Yes''' in PS5 FW 2.30 or later according to dates.
----

= Secure Kernel =

== Untested: Partial SAMU KeyRings bruteforce by missing HMAC length check in secure kernel ==

See [https://www.psdevwiki.com/ps4/Vulnerabilities#Partial_SAMU_KeyRings_bruteforce_by_missing_HMAC_length_check_in_secure_kernel].

Potentially vulnerable on PS5 FWs <= 4.03.

= Secure Loader =

== Symmetric PS5 root keys dump by software exploit by Fail0verflow ==

See [https://twitter.com/fail0verflow/status/1457526453105569793 Fail0verflow's announcement on Twitter (2021-11-08)]

Fail0verflow either has a bootrom execution exploit or an AMD/ARM PSP hack.

''It is speculated that this exploit is a derivative of the ZenBleed [https://nvd.nist.gov/vuln/detail/CVE-2023-20593 CVE-2023-20593] exploit, as the PS5 APU is a custom ZEN 2 Ryzen chip.'' 

This allows to decrypt on PC most parts of the PS5 System Software files including:
* PUP
* secure loader (?AMD? ARM Platform Security Processor module) of Oberon
And by derivation, mostly like on PS Vita:
* secure modules
* kernel boot loader / BIOS
* non-secure kernel
* usermode system modules

Potentially unpatched.

= Hypervisor =

== <=2.50 - Hypervisor integrated as part of the kernel binary ==

* Discovered by Specter (2023-07-01) and Flatz (before 2023-07-27).

* This makes Hypervisor exploitation easier as it can be triggered by usermode directly without the need of a kernel exploit.

* See [[Hypervisor#In-Kernel_Hypervisor_.28.3C.3D_2.50.29]] and [https://wololo.net/2023/07/02/ps5-specterdev-shares-details-on-in-kernel-hypervisor-earlier-versions-of-the-ps5-hypervisor-found-in-firmwares/ wololo article (2023-07-02)].

* Patched since PS5 FW 3.00.

= Platform Secure Processor =

== <=2.50 - PSP dump via Hypervisor exploit ==

* Discovered by Fail0verflow before 2023-07-27, discovered independently and announced on 2023-07-27 by flatz ([https://twitter.com/flat_z/status/1684554194366107650 Announcement by flatz (2023-07-27)]).

* Thanks to this software exploit, flatz got access to most PS5 decryption keys.

* Vulnerable on PS5 FWs <= 2.50 and potentially patched since 3.00.

= Hardware =

== Untested: ZenBleed (''[https://nvd.nist.gov/vuln/detail/CVE-2023-20593 CVE-2023-20593]) leak register contents directly from the CPU.'' ==
This is a well documented CPU vulnerability in AMD Processors with the Zen 2 microarchitecture. There is no proof of concept specifically for the PS5, however we do know the PS5 uses a custom Zen 2 chip. This is a hardware bug that uses software to exploit the system. AMD has since patched this with [https://www.amd.com/en/resources/product-security/bulletin/amd-sb-7008.html software], but we are unsure of the status for the latest PS5 firmware (assumed to be patched). For more information see [[PS-Chi]].