awesome-hacking: a table of links with no per-entry health check

The whole project is one table with two columns

Look at the repository root and you find five things: README.md, contributing.md, a LICENSE, an image called awesome_hacking.webp, and a .github directory. There is no code, no script and no data file. The README opens with a one-line description of the project as a collection of awesome lists for hackers, pentesters and security researchers, and the rest of it is a markdown table whose headers are Repository and Description.

The rows run past forty entries and the document is still going at the end: Android Security, AppSec, Asset Discovery, Bug Bounty, Cellular Hacking, CI/CD Attacks, CTF, Cyber Security University, Cyber Skills, Cybersources, Detection Engineering, DevSecOps, Drone Hacking, Embedded and IoT Security, Fuzzing, Hacking, Honeypots, Incident Response, Industrial Control System Security, InfoSec, IoT and Hardware Security, Mainframe Hacking, Malware Analysis, Malware Persistence, Node.js Security, OSINT, OSX and iOS Security, Password Cracking, Pcaptools, Pentest, PHP Security, Prompt Injection, Real-time Communications hacking, Red Teaming Toolkit, Reinforcement Learning for Cyber Security, Reversing, Sec Talks, SecLists, Security, Social Engineering, Static Analysis, The Art of Hacking Series, Threat Intelligence, Vehicle Security, Web Hacking, Web3 Security, YARA.

Each row is a name, a URL and one sentence, with no health signal

That is the whole of what the parent project knows about each entry. Asset Discovery is described as a list of resources for the asset discovery phase of an assessment, Pentest as a list of penetration testing resources and tools, Static Analysis as a list of static analysis tools, linters and code quality checkers for various languages, Fuzzing as a list for learning fuzzing and the first phases of exploit development.

Nothing in the row tells you who maintains the list, when it was last updated, whether the tools inside still install, or whether a listed project has a known vulnerability. A link here is a pointer to somebody else's curation, not an audit, and the repository publishes no per-entry status, no version and no removal policy. Consequence: two lists in this table can disagree about the same tool, and you will not learn which one is current until you open both and look at their own commit dates.

The taxonomy mixes operating systems with attack surfaces

The table is not sorted into phases of an engagement. It mixes platform-specific lists (Android Security, OSX and iOS Security, Node.js Security, PHP Security) with practice lists (Incident Response, Detection Engineering, Threat Intelligence, DevSecOps) with domain lists that name a piece of the physical world: Cellular Hacking for 3G, 4G and 5G security research, Drone Hacking, Mainframe Hacking, Vehicle Security described as car hacking, and Embedded and IoT Security.

There are also entries that point at newer corners of the field: Prompt Injection for vulnerabilities targeting AI and LLM systems, Web3 Security, and Reinforcement Learning for Cyber Security. Consequence: the breadth is genuinely useful for finding your way in, and useless as a curriculum, because a row tells you nothing about depth or ordering. Read it the way you read a table of contents, then pick the one list that matches the work you actually have.

Three of the rows are themselves directories of directories

Some entries are a single hop from a tool, and some are a second hop. The Art of Hacking Series is described as a list of resources including thousands of cybersecurity-related references, Security as a collection of software, libraries, documents and books, and Cybersources as a collection of all types of tools and resources for cybersecurity. SecLists sits in the same family, a collection of multiple types of lists used during security assessments, and it is the one most readers arrive from.

Consequence: the same resource can appear at three different levels with three different update histories, and a project that is alive in one list can have been dropped from another without anyone noticing. If you need a canonical source for a tool, find the tool's own repository rather than a list that mentions it, and treat a disagreement between two of these rows as a signal to check upstream.

No releases, no tags, and a primary language of unknown

The repository has no GitHub releases, so there is nothing to pin and nothing to diff against. The default branch is master, and the last push was on 2026-07-26, which is recent enough to show the table is still being edited and old enough that any individual row may be years out of date.

The language field in the repository metadata is recorded as unknown, which is accurate: the content is markdown, and there is no build step to describe. Consequence: if you fork this index, or mirror it, your copy and upstream are indistinguishable without recording the commit you took, and a link that disappears upstream reappears in your fork forever. Note the dates when you copy a row into your own notes.

CC0-1.0 covers the index, not the forty repositories it points at

The license recorded for the repository is CC0-1.0, and a LICENSE file sits at the root. That is a public domain dedication rather than a permissive license with an attribution clause, so the text of this index carries no conditions on reuse, which is the natural choice for a list meant to be forked and merged.

The boundary matters. What CC0 covers is the two-column table in this repository. Each linked project keeps its own license, its own terms and its own risk, none of which this file touches. Consequence: you can take the whole table into an internal wiki without crediting anyone, and you still have to read the license of every tool you install, because the index has no opinion about it.

contributing.md is the only documented process

The README says contributions are always welcome and points at contributing.md, and .github/ holds the templates. That is the whole workflow: propose a row, and the table grows. What the repository shows is no stated inclusion criteria, no review policy and no removal process, and there is no mechanism visible for reporting a link that has rotted.

That asymmetry is normal for this kind of index and it is still the thing to plan around. Additions are easy, deletions are not, so the table drifts toward longer over time rather than more accurate. Consequence: a row you find here may point at a repository that was abandoned last year with no marker in this file, and the only way to know is to open it. If you find a dead entry, the fastest fix is your own notes file rather than a pull request.

Editorial conclusion

Use Awesome-Hacking as a starting map when you do not yet know which corner of security you want, and expect to follow two or three hops before you touch a tool. Do not treat a row as a recommendation or a vetted collection, because the repository records a name, a URL and one description line and nothing else. Before you build a study plan or a toolchain from it, open the three or four lists closest to your work, check when each was last touched, and read the LICENSE at the root, which is CC0-1.0 and covers this index rather than anything it links to.

Frequently asked questions

Official sources

1. Official README
2. Project repository