Главная
Study mode:
on
1
Introduction
2
Background
3
Overview
4
BKey
5
Define cipher
6
Key allocation
7
Buffer encryption
8
String parsing
9
Functions
10
Primitives
11
Hashing
12
People
13
Verification
14
Formal Verification
15
Academic Support
16
Buzzer
17
Organization
18
Branch Predictor
19
Optimizations
20
Scheduler
21
Wrapping Up
22
Merge
23
Clean up
24
Kernel code
Description:
Explore the Zinc cryptography API for Linux kernels in this 49-minute conference talk from the Linux Plumbers Conference. Dive into the minimal, light-weight design principles behind Zinc as Jason Donenfeld presents its key features. Learn about cipher key allocation, buffer encryption, string parsing, and various cryptographic primitives. Discover how Zinc incorporates formal verification techniques and academic support to ensure robustness. Examine optimizations for branch prediction and scheduling, and understand the process of merging and cleaning up kernel code. Gain insights into the development and implementation of this essential cryptographic framework for Linux systems.

Zinc - Minimal Light-weight Kernel Cryptography API

Linux Plumbers Conference
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