Linux Security Summit North America 2025·52 min
Kees Cook
Kees Cook investigates Kernel Hardening: Ten Years Deep.
13 talks in the archive.
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Linux Security Summit North America 2025·52 min
Kees Cook
Kees Cook investigates Kernel Hardening: Ten Years Deep.
The Linux Foundation·45 min
Kees Cook
Provides control Flow Integrity in the Linux Kernel and evaluates key implications for security practitioners.
The Linux Foundation·44 min
Kees Cook
Evaluates kernel Self-Protection Project and evaluates key implications for security practitioners.
The Linux Foundation·25 min
Kees Cook
Evaluates kernel Self-Protection Project and evaluates key implications for security practitioners.
The Linux Foundation·34 min
Kees Cook
Demonstrates making C Less Dangerous and evaluates key implications for security practitioners.
The Linux Foundation·33 min
Kees Cook
Provides overview and Recent Developments: Kernel Self-Protection Project and evaluates key implications for security practitioners.
The Linux Foundation·23 min
Kees Cook
Explores overview and Recent Developments: seccomp and Small Linux Security Modules and evaluates key implications for security practitioners.
The Linux Foundation·46 min
Kees Cook · Gustavo A.R. Silva
Reviews progress On Bounds Checking in C and the Linux Kernel and evaluates key implications for security practitioners.
The Linux Foundation·11 min
Kees Cook
Investigates sub-system Update: Kernel Self-Protection Project and evaluates key implications for security practitioners.
The Linux Foundation·8 min
Kees Cook
Examines subsystem Update: Seccomp, Yama, and LoadPin and evaluates key implications for security practitioners.
The Linux Foundation·46 min
Kees Cook
Examines the State of Kernel Self Protection Project by Kees Cook, Google and evaluates key implications for security practitioners.
Linux Security Summit North America·39 min
Kees Cook
Kees Cook investigates Mitigating Integer Overflow in C.
Main Stage·14 min
Kees Cook
Kees Cook - Kernel Exploitation Via Uninitialized Stack Extra material here: Leveraging uninitialized stack memory into a full-blown root escalation is easier than it sounds.