Forwarded from 1N73LL1G3NC3
🔑 Onelogon: Taking over Active Directory Accounts via Netlogon
We analyzed Netlogon, bypassed the Zerologon patch, resulting in a full auth bypass. An attacker can leverage this to compromise computer accounts, or even the entire AD. Non-standard config must be present tho
Exploit: https://github.com/rub-softsec/onelogon
https://github.com/Pennyw0rth/NetExec/pull/1291
From: https://x.com/al3x_n3ff/status/2069482623672435049?s=46
We analyzed Netlogon, bypassed the Zerologon patch, resulting in a full auth bypass. An attacker can leverage this to compromise computer accounts, or even the entire AD. Non-standard config must be present tho
Exploit: https://github.com/rub-softsec/onelogon
https://github.com/Pennyw0rth/NetExec/pull/1291
From: https://x.com/al3x_n3ff/status/2069482623672435049?s=46
Атаки на endpoint management системы: разбор TTP 2026 и detection для SOC
🔗Ссылка:
https://codeby.net/threads/ataki-na-endpoint-management-sistemy-razbor-ttp-2026-i-detection-dlya-soc.94277/
🔗Ссылка:
https://codeby.net/threads/ataki-na-endpoint-management-sistemy-razbor-ttp-2026-i-detection-dlya-soc.94277/
PEdit-CoW и DirtyClone - уязвимости в ядре Linux, позволяющие получить root через изменение страничного кэша
🔗Ссылка:
https://opennet.me/65784/
🔗Ссылка:
https://opennet.me/65784/
Forwarded from APT
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DirtyClone — CVE-2026-43503
A Linux kernel local privilege escalation and page-cache write. DirtyClone is the fourth public member of the DirtyPipe / DirtyFrag family: it forces the kernel to run an in-place ESP (IPsec) decrypt over a file-backed page-cache page the attacker only has read access to, mutating that page in RAM. With the AES-CBC key/IV chosen so the decrypt writes attacker-controlled bytes,
🔗 Research:
https://research.jfrog.com/post/dissecting-and-exploiting-linux-lpe-variant-dirtyclone-cve-2026-43503/
🔗 Exploit:
https://github.com/rafaeldtinoco/security/tree/main/exploits/dirtyclone
#linux #lpe #kernel #dirty
A Linux kernel local privilege escalation and page-cache write. DirtyClone is the fourth public member of the DirtyPipe / DirtyFrag family: it forces the kernel to run an in-place ESP (IPsec) decrypt over a file-backed page-cache page the attacker only has read access to, mutating that page in RAM. With the AES-CBC key/IV chosen so the decrypt writes attacker-controlled bytes,
/usr/bin/su is rewritten with a tiny setuid(0)+execve("/bin/sh") ELF and invoking it yields root.🔗 Research:
https://research.jfrog.com/post/dissecting-and-exploiting-linux-lpe-variant-dirtyclone-cve-2026-43503/
🔗 Exploit:
https://github.com/rafaeldtinoco/security/tree/main/exploits/dirtyclone
#linux #lpe #kernel #dirty