Trainings archive
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⚔ Attacking the Linux Kernel [2 days]
A two-day training that guides researchers through the field of Linux kernel security. In a series of exercise-driven labs, the training explores the process of finding, assessing, and exploiting kernel bugs in modern Linux distributions on the x86-64 architecture.
Besides providing a foundation for writing Linux kernel exploits, the training covers the no-less important areas of finding kernel bugs and evaluating their security impact. This includes chapters on using and extending dynamic bug-finding tools, writing custom fuzzers, and analyzing crashes.
Targeted at beginners.
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🗡 Attacking the Linux Kernel [2 days]
A two-day training that guides researchers through the field of Linux kernel security. In a series of exercise-driven labs, the training explores the process of finding, assessing, and exploiting kernel bugs in modern Linux distributions on the x86-64 architecture.
Besides providing a foundation for writing Linux kernel exploits, the training covers the no-less important areas of finding kernel bugs and evaluating their security impact. This includes chapters on using and extending dynamic bug-finding tools, writing custom fuzzers, and analyzing crashes.
Targeted at beginners.
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🪓 Attacking the Linux Kernel [4 days]
A 4-day training that guides researchers through the field of Linux kernel security. In a series of exercise-driven labs, the training explores the process of finding, assessing, and exploiting kernel bugs in a modern Linux distribution on the x86-64 architecture.
Besides providing a foundation for writing Linux kernel exploits, the training covers the no-less important areas of finding kernel bugs and evaluating their security impact. This includes chapters on using and extending dynamic bug-finding tools, writing custom fuzzers, and analyzing crashes.
The training starts with the beginner topics but proceeds into a few advanced areas as well.
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🗡 Attacking the Linux Kernel [4 days]
A 4-day training that guides researchers through the field of Linux kernel security. In a series of exercise-driven labs, the training explores the process of finding, assessing, and exploiting kernel bugs in a modern Linux distribution on the x86-64 architecture.
Besides providing a foundation for writing Linux kernel exploits, the training covers the no-less important areas of finding kernel bugs and evaluating their security impact. This includes chapters on using and extending dynamic bug-finding tools, writing custom fuzzers, and analyzing crashes.
The training starts with the beginner topics but proceeds into a few advanced areas as well.
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⚔ Attacking the Linux Kernel [3 days]
A 3-day training that guides researchers through the field of Linux kernel security. In a series of exercise-driven labs, the training explores the process of finding, assessing, and exploiting kernel bugs in a modern Linux distribution on the x86-64 architecture.
Besides providing a foundation for writing Linux kernel exploits, the training covers the no-less important areas of finding kernel bugs and evaluating their security impact. This includes chapters on using and extending dynamic bug-finding tools, writing custom fuzzers, and analyzing crashes.
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⛏ Attacking the Linux Kernel [4 days]
A 4-day training that guides researchers through the field of Linux kernel security. In a series of exercise-driven labs, the training explores the process of finding, assessing, and exploiting kernel bugs in a modern Linux distribution on the x86-64 architecture.
Besides providing a foundation for writing Linux kernel exploits, the training covers the no-less important areas of finding kernel bugs and evaluating their security impact. This includes chapters on using and extending dynamic bug-finding tools, writing custom fuzzers, and analyzing crashes.
The training starts with the beginner topics but proceeds into a few advanced areas as well.
-
🪓 Attacking the Linux Kernel [4 days]
A 4-day training that guides researchers through the field of Linux kernel security. In a series of exercise-driven labs, the training explores the process of finding, assessing, and exploiting kernel bugs in a modern Linux distribution on the x86-64 architecture.
Besides providing a foundation for writing Linux kernel exploits, the training covers the no-less important areas of finding kernel bugs and evaluating their security impact. This includes chapters on using and extending dynamic bug-finding tools, writing custom fuzzers, and analyzing crashes.
The training starts with the beginner topics but proceeds into a few advanced areas as well.