explaingit

0xor0ne/awesome-list

Analysis updated 2026-07-03

3,674Audience · developerComplexity · 1/5Setup · easy

TLDR

A personal curated reading list of cybersecurity articles, blog posts, and research papers organized by year going back to 2011. Covers Linux and Windows kernel exploitation, hardware hacking, firmware analysis, reverse engineering, CVE write-ups, and CTF challenge walkthroughs.

Mindmap

mindmap
  root((awesome-list))
    What it does
      Security reading list
      Curated articles and papers
    Topics
      Kernel exploitation
      Hardware hacking
      Reverse engineering
    Platforms
      Linux and Windows
      iOS and Android
      Firmware and embedded
    Content Types
      Blog posts
      CVE analysis
      CTF write-ups
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Code map

Detail Auto

An interactive map of this repo's files and how they connect — its source is parsed live in your browser. Click Visualize to build it.

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What do people build with it?

USE CASE 1

Find recent Linux or Windows kernel exploitation write-ups organized by year for security research

USE CASE 2

Browse CVE analysis entries with public proof-of-concept code to study real-world vulnerability patterns

USE CASE 3

Locate hardware hacking resources on firmware dumping or secure boot bypass for embedded security work

USE CASE 4

Use the CTF challenge write-ups to learn hands-on exploitation techniques used by security practitioners

How does it compare?

0xor0ne/awesome-listbtroncone/learn-rxjsfo40225/tensorflow-windows-wheel
Stars3,6743,6733,673
LanguageTypeScriptPython
Setup difficultyeasyeasyeasy
Complexity1/52/51/5
Audiencedeveloperdeveloperdata

Figures from each repo's GitHub metadata at analysis time.

How do you get it running?

Difficulty · easy Time to first run · 5min

In plain English

This repository is a personal reading list focused on cybersecurity. The author collects links to blog posts, technical write-ups, and research papers and organizes them by year, going back to 2011. There is a companion file for tools and code repositories, but the main list concentrates on written content. The entries cover a wide range of topics within offensive and defensive security. A large portion deals with low-level exploitation: finding and taking advantage of bugs in operating system kernels (Linux and Windows), browsers, hypervisors, and firmware. Other entries cover hardware hacking, such as dumping firmware from routers and embedded devices, bypassing secure boot on real devices, and analyzing hardware wallets. Reverse engineering appears throughout as well, with write-ups on unpacking malware, deobfuscating code, and analyzing in-the-wild exploits. Notable recurring themes include Linux kernel exploitation techniques (heap overflows, use-after-free bugs, page table attacks), iOS and Android vulnerability research, Capture-the-Flag challenge write-ups that explain real exploitation steps, and analysis of CVEs with public proof-of-concept code. The 2025 and 2026 sections are the most dense, reflecting the author's current active reading. This is not a beginner tutorial list. The content assumes familiarity with assembly, memory management, and operating system internals. For someone learning security it could serve as a map of where the field is focused and which topics come up repeatedly, but each linked article is an independent deep technical read. The list has no abstracts or summaries for the individual entries, only titles and links. The full README is longer than what was shown.

Copy-paste prompts

Prompt 1
From the 0xor0ne/awesome-list, find the most relevant 2025-2026 entries on Linux kernel heap exploitation and summarize the techniques they cover.
Prompt 2
I'm studying browser exploitation. Which entries in this security reading list are the best starting points, and what background knowledge do they assume?
Prompt 3
Using the 0xor0ne/awesome-list entries on iOS vulnerability research, what are the most common attack surfaces and exploit strategies described?
Prompt 4
Summarize the Android security entries from 2024-2026 in this awesome-list and identify the recurring vulnerability classes.

Frequently asked questions

What is awesome-list?

A personal curated reading list of cybersecurity articles, blog posts, and research papers organized by year going back to 2011. Covers Linux and Windows kernel exploitation, hardware hacking, firmware analysis, reverse engineering, CVE write-ups, and CTF challenge walkthroughs.

How hard is awesome-list to set up?

Setup difficulty is rated easy, with roughly 5min to a first successful run.

Who is awesome-list for?

Mainly developer.

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