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IonStack part III: Rooting Android 17 with GhostLock
IonStack part III: Rooting Android 17 with GhostLock
GhostLock (CVE-2026-43499) is a Linux kernel vulnerability found by Nebula Security that exists in every major distribution since 2011. After turning it into a stable privilege escalation and container escape, we took one step further and used GhostLock to develop the world’s first public Android 17 root. This writeup covers the additional exploit techniques used to migrate the exploit for Android.
·nebusec.ai·
IonStack part III: Rooting Android 17 with GhostLock
Frag Gap
Frag Gap
Fraggap (CVE-2026-53362) is a bug in the Linux UDPv6 corking path that allows a 15-byte OOB write into skb_shared_info. The code is here. {.markdown-image-centered} CONFIG_IPV6=y...
·blog.qwerty.or.kr·
Frag Gap
IonStack part II: GhostLock, a stack-UAF that has existed in ALL Linux distributions for 15 years
IonStack part II: GhostLock, a stack-UAF that has existed in ALL Linux distributions for 15 years
GhostLock (CVE-2026-43499) is a Linux kernel vulnerability found by VEGA that exists in every major distribution since 2011. Triggering the bug does not require any special kernel config or privilege. By turning it into a 97% stable privilege escalation and container escape, Google has rewarded us $92,337 in kernelCTF. This writeup covers the technical details of the exploit.
·nebusec.ai·
IonStack part II: GhostLock, a stack-UAF that has existed in ALL Linux distributions for 15 years
Off By !: Exploiting a Use-after-Free in the Linux Kernel - Exodus Intelligence
Off By !: Exploiting a Use-after-Free in the Linux Kernel - Exodus Intelligence
By Oliver Sieber Overview In this blog post, we discuss a use-after-free vulnerability that we found in the nftables subsystem of the Linux kernel in early 2025. This vulnerability was patched upstream on 5 February 2026 and assigned CVE-2026-23111. This blog post covers a technical analysis of the vulnerability and how we exploited it to perform a local ... Read more Off By !: Exploiting a Use-after-Free in the Linux Kernel
·blog.exodusintel.com·
Off By !: Exploiting a Use-after-Free in the Linux Kernel - Exodus Intelligence
Persistence: The Art of Staying In
Persistence: The Art of Staying In
The definitive red team guide to persistence across every platform: 50+ techniques across Windows (Registry, IFEO, SSP, Time Provider, Office T1137, Accessibility Features, Application Shimming), Scheduled Tasks, WMI, Services, DLL/COM/AppDomainManager, UEFI Bootkits, Active Directory (Golden/Diamond/Sapphire Ticket, AdminSDHolder, DCSync, DCShadow, Skeleton Key, DSRM, GPO), Linux (cron, systemd, SSH, PAM, eBPF rootkits, LKM, WSL), macOS (LaunchAgents, Login Items, Dylib Hijacking), and Cloud (Azure/AWS/GCP, Kubernetes). Real APT TTPs from Volt Typhoon, Salt Typhoon, Turla, Lazarus, APT29, APT28, APT41, UNC3944/Scattered Spider. Full OPSEC tradecraft.
·0xdbgman.github.io·
Persistence: The Art of Staying In
Authentication Bypass to RCE in Versa Concerto (0-Day) — ProjectDiscovery Blog
Authentication Bypass to RCE in Versa Concerto (0-Day) — ProjectDiscovery Blog
Introduction Versa Concerto is a widely used network security and SD-WAN orchestration platform, designed to provide seamless policy management, analytics, and automation for enterprises. With a growing customer base that includes large enterprises, service providers, and government entities, the security of this platform is critical. Given its extensive adoption and potential exposure to external threats, we initiated research to assess its security posture and uncover possible vulnerabilities
·projectdiscovery.io·
Authentication Bypass to RCE in Versa Concerto (0-Day) — ProjectDiscovery Blog
[CVE-2025-37752] Two Bytes Of Madness: Pwning The Linux Kernel With A 0x0000 Written 262636 Bytes Out-Of-Bounds
[CVE-2025-37752] Two Bytes Of Madness: Pwning The Linux Kernel With A 0x0000 Written 262636 Bytes Out-Of-Bounds
CVE-2025-37752 is an Array-Out-Of-Bounds vulnerability in the Linux network packet scheduler, specifically in the SFQ queuing discipline. An invalid SFQ limit and a series of interactions between SFQ and the TBF Qdisc can lead to a 0x0000 being written approximately 256KB out-of-bounds at a misaligned offset. If properly exploited, this can enable privilege escalation.
·syst3mfailure.io·
[CVE-2025-37752] Two Bytes Of Madness: Pwning The Linux Kernel With A 0x0000 Written 262636 Bytes Out-Of-Bounds