CVE-2018-6892

This is a Golang port of a buffer overflow exploit for CloudMe 1.11.2. It leverages a stack-based overflow to execute reverse shell shellcode, targeting a vulnerable TCP service on port 8888.

This is a functional exploit for CVE-2018-6892, targeting a buffer overflow vulnerability in CloudMe Sync <= 1.10.9. It bypasses DEP using ROP chains and executes a reverse shell payload.

This is a functional exploit for CVE-2018-6892, demonstrating a buffer overflow with SEH and DEP bypass in CloudMe Sync 1.10.9 on Windows 10 x64. It uses a ROP chain and shellcode to achieve remote code execution.

This exploit leverages a buffer overflow in CloudMe 1.11.2 to bypass DEP and ASLR using ROP chains, ultimately executing arbitrary commands via msvcrt.system to add a new administrator user.

This Metasploit module exploits a stack-based buffer overflow in CloudMe Sync v1.10.9 via a crafted TCP payload. It leverages SEH overwrites and NOP sleds to achieve remote code execution on Windows 7 SP1 x86.

This exploit demonstrates an unauthenticated remote buffer overflow in CloudMe Sync <= v1.10.9 by sending a malicious payload to TCP port 8888, overwriting EIP and achieving arbitrary code execution via SEH overwrite.

This Metasploit module exploits a stack buffer overflow in CloudMe 1.8.x/1.9.x, bypassing DEP via ROP chain to achieve remote code execution. It targets Windows systems by sending a crafted payload to port 8888.

This Metasploit module exploits a stack-based buffer overflow in CloudMe Sync v1.10.9 via a maliciously crafted TCP packet. It leverages SEH overwrites to achieve remote code execution on Windows 7 SP1 x86.

This exploit targets a buffer overflow vulnerability in CloudMe Sync v1.11.2, leveraging a ROP chain to bypass DEP and execute arbitrary shellcode. The payload is designed to trigger a reverse shell or execute calc.exe as a proof-of-concept.