WinPmem

WinPmem -- a physical memory acquisition tool WinPmem has been the default open source memory acquisition driver for windows for a long time. It used to live in the Rekall project, but has recently been separated into its own repository. This is the Windows version. The Linux version, Linpmem , i...

MemProcFS

MemProcFS: MemProcFS is an easy and convenient way of viewing physical memory as files in a virtual file system. Easy trivial point and click memory analysis without the need for complicated commandline arguments! Access memory content and artifacts via files in a mounted virtual file system or v...

GhostKatz

GhostKatz Extract LSASS credentials directly from physical memory by abusing signed vulnerable drivers with physical memory read primitives via MmMapIoSpace, bypassing traditional user-mode detection capabilities. This tool was developed in collaboration between Julian Peña and Eric Esquivel. Thi...

CVE-2026-112116

An exposed IOCTL with insufficient access control in ASUS System Control Interface allows a local, low-privileged user to read and write arbitrary physical memory through crafted device control requests, ultimately resulting in a complete compromise of the affected system. Refer to the ' Security...

Linpmem

Linpmem -- a physical memory acquisition tool for Linux Linpmem is a Linux x64-only tool for reading physical memory. Like its Windows counterpart, Winpmem, this is not a traditional memory dumper. Linpmem offers an API for reading from any physical address, including reserved memory and memory...

EUVD-2026-116689

An exposed IOCTL with insufficient access control in ASUS System Control Interface allows a local, low-privileged user to read and write arbitrary physical memory through crafted device control requests, ultimately resulting in a complete compromise of the affected system. Refer to the ' Security...

CVE-2026-112116

The ASUS System Control Interface contains an exposed IOCTL with insufficient access control. This vulnerability allows a local, low-privileged user to perform arbitrary read and write operations on physical memory by sending crafted device control requests. If successfully exploited, this flaw c...

page_table_walk

Capture the Flag in Physical Memory You've read about paging. The diagrams make sense. Four levels, 9 bits each, page frame, offset. Sure. But then you hit a challenge that requires actually walking page tables, and you realize you don't know it. You know about it. Big difference. What worked for...

CVE-2018-19321

CVE-2018-19321 CVE-2018-19321 Description The GPCIDrv and GDrv low-level drivers in GIGABYTE APP Center v1.05.21 and earlier, AORUS GRAPHICS ENGINE before 1.57, XTREME GAMING ENGINE before 1.26, and OC GURU II v2.08 expose functionality to read and write arbitrary physical memory. This could be...

CVE-2026-29923

CVE-2026-29923 - Local Privilege Escalation via Arbitrary Physical Memory Mapping The pstrip64.sys kernel driver exposes an IOCTL that allows low-privileged users to map arbitrary ranges of physical memory into their own virtual address space. This primitive allows full read/write access to the...

smiiiiiiiiiiiiiiii

smiiiiiiiiiiiiiiii Exploiting System Management Mode with a very very very very very very very long interrupt. Overview It turns out that you can break SMM — the secure, ultra privileged execution environment running invisibly in the background of every x86 CPU — with nothing more than an obscene...

CVE-2024-30804

ASUS Driver LPE PoC Physical Memory Abuse This is a PoC for Local Privilege Escalation LPE that exploits the AsInsHelp64.sys driver. It abuses a legitimate, signed ASUS driver to map physical memory and overwrite kernel tokens, eventually gaining NT AUTHORITY\SYSTEM privileges. 🎯 Vulnerability In...

CVE-2025-66678

CVE-2025-66678 In Hardware Read & Write Utility v1.25.11.26, the driver exposed abritrary MSR read and write, as well as phsyical memory read and write through MmMapIoSpace, both of which enable kernel code execution. PoC Detail The PoC will swap the primary token of the current process to become...

SIOCtl

SIOCtl Simple IOCTL dispatcher This is a generic IOCTL "dispatcher". I made this to be used as a POC for CVE 2018-8060 and 2018-8061, but it can be used to any device, IOCTL and data, thought. Input data is a binary file, containing raw data to be used as input buffer in IO control. Output data i...

cve-2026-29923

CVE-2026-29923 — pstrip64.sys Local Privilege Escalation A minimal proof-of-concept for CVE-2026-29923, a vulnerability in the pstrip64.sys kernel driver EnTech Taiwan PowerStrip ≤ 3.90.736 that allows an unprivileged user-mode process to escalate to NT AUTHORITY\SYSTEM. The Bug pstrip64.sys...

Intel-CVE-2015-2291

Intel-CVE-2015-2291 PoC exploit for CVE-2015-2291 Data-only attack to pop a system shell with the vulnerable intel driver. The code itselfs implements more "functionality" provided from the driver, like physical to virtual address translation, mapping physical memory This two combined = arbitrary...

Eneio64-LPE

Opens a handle to the vulnerable driver 2. Maps physical memory into userspace 3. Opens a handle to the System process 4. Queries the SystemHandleInformation table of the current process for the obatined system handle leaking its EPROCESS address. 5. Walks System EPROCESS ActiveProcessLinks...

CVE-2021-44852

CVE-2021-44852 An issue was discovered in BSRCIO64.sys in Biostar RACING GT Evo 2.1.1905.1700. A low-integrity process can open the driver's device object and issue IOCTLs to read or write to arbitrary physical memory locations or call an arbitrary address, leading to execution of arbitrary code...

ThrottleStopPPL

ThrottleStopPPL A proof-of-concept tool for managing Protected Process Light PPL protection levels on Windows Server 2022 by exploiting vulnerabilities in the ThrottleStop driver CVE-2025-7771. Overview This tool demonstrates privilege escalation through arbitrary physical memory read/write...

Lenovo-CVE-2025-8061

CVE-2025-8061 is a privilege escalation vulnerability in Lenovo's LnvMSRIO.sys driver. The driver exposes IOCTL handlers that allow any user-mode process including unprivileged users to: Read/write arbitrary Model-Specific Registers MSRs Read/write arbitrary physical memory This gives a standard...