reconmap/pentest-reports is the open-source repository behind pentestreports.com, a curated reference library of public penetration test reports, templates, and vulnerability taxonomies for authorized professionals.
| Tool | reconmap/pentest-reports — the TypeScript codebase powering pentestreports.com, a curated library of public pentest reports and templates |
| Category | Reporting and reference platform (web application) |
| Primary Use | Studying anonymized public penetration test reports, reusing pentest report templates, and browsing CNA/CWE/CVE records while preparing deliverables |
| Safe Use | Educational and documentary resource for authorized penetration testers, students preparing for certifications, and defensive teams reviewing how findings are communicated |
| Telemetry Note | Not applicable — this is a documentation/reference platform; it performs no scanning, exploitation, or network activity and leaves no operational footprint on targets |
Most conversations about offensive tooling fixate on the exploitation phase, but the deliverable is what clients actually pay for, and it is the phase where the least tooling exists. reconmap/pentest-reports attacks that gap from a documentation angle rather than a scanning one: it is the TypeScript codebase behind the website at pentestreports.com, and its stated purpose in the README is to serve a curated collection of public penetration test reports alongside ready-to-use report templates. With 322 stars on GitHub, it sits in the quiet but valuable niche of reporting infrastructure maintained under the reconmap umbrella, the same organization behind the open-source pentest management platform of that name.
The README is compact but enumerates four concrete feature areas. First, a curated list of public pentest reports — real-world deliverables that vendors and bug hunters have voluntarily published. Second, records of the most popular CNA, CWE, and CVE identifiers, which situates the project as a taxonomy reference as much as a report archive. Third, a database of security commands, tools, and apps, effectively a companion catalog to the workflow a tester runs during an engagement. Fourth, pentest report templates that are described as ready to use, which is the most immediately practical asset for a consultant building a deliverable from scratch.
That combination is more coherent than it might first appear. A pentest report is fundamentally a join across several datasets: findings mapped to CWE classes, referenced CVE identifiers, the commands and tools that produced the evidence, and the narrative structure that a client can act on. By hosting the reports, the taxonomies, and the tool database in one place, pentest-reports functions as the reference layer that reporting engines — including reconmap itself — can draw from when generating or populating a document. The repository topics reinforce this: pentest-report, pentest-reports, cve, cwe, cna, and even oscp-prep appear alongside ai-tools and ai-security, suggesting the maintainers see the corpus as training and grounding material for automated drafting as well as human study.
The oscp-prep topic deserves a pause, because it signals one of the strongest legitimate audiences for this project. Certification candidates routinely struggle not with exploitation but with writing a report that meets grading standards — executive summary, methodology, findings with severity ratings and remediation advice, appendices with evidence. Reading a body of published, professionally structured reports is the canonical advice for fixing that, and a curated, searchable aggregation of them lowers the barrier considerably compared to manually hunting PDFs across vendor sites. The same corpus serves junior consultants learning how senior firms phrase risk, structure findings, and tailor remediation guidance to different audiences.
For defenders and blue-team readers, the value runs in the opposite direction: these are the documents your adversaries' deliverables look like. Understanding how findings are classified against CWE categories, how severity is argued, and which tooling fingerprints show up in command databases gives detection engineers and vulnerability management teams a clearer mental model of what a mature offensive assessment produces — and therefore what their own remediation tracking should consume. It is documentary material, not operational tooling, which makes it unusually safe to circulate inside an enterprise.
Technically, the project is a conventional Node-based web application. The README lists two requirements — Node and MongoDB — which tells you the data layer is a document store, a sensible choice for semi-structured content like report metadata, taxonomy records, and template definitions. Running it locally is a two-step affair, and the README provides exactly that as its only code samples: npm install followed by npm run dev. There is nothing weaponized here by design; the repository contains a web frontend and its data plumbing, not scanners or payloads, so the compliance surface for internal use is minimal.
The choice of MongoDB also hints at how the site is organized behind the scenes: each report entry, CVE record, and template plausibly lives as a document with flexible fields for source links, publication metadata, and categorization, which is the schema shape you would want for aggregating heterogeneous public reports from dozens of originating organizations. For anyone considering a self-hosted internal knowledge base of engagement writeups — something many consultancies maintain privately — this codebase is a workable starting skeleton precisely because the content model is already generalized around third-party documents rather than a single vendor's format.
The absence of a declared license in the repository metadata is worth flagging before you build on it. While the code is publicly browsable and the site is freely accessible, redistribution or commercial embedding of the codebase or the curated content may be constrained, and the reports themselves remain under their original publishers' rights even when listed. For an internal reference deployment this is a low risk; for anything productized on top of the corpus, a license review with the maintainers is the prudent first step.
Where this fits in an authorized workflow is straightforward: it is pre-engagement and post-exploitation-adjacent, in the documentation sense. Before an assessment, you pull a template and calibrate the depth and tone of your deliverable against peer reports. During an assessment, the CWE/CVE records and the commands database act as quick reference when classifying what you have confirmed in scope. Afterward, the template becomes the skeleton of the report the client receives. None of these stages involve touching a target system, which is why the project can be shared freely with students, junior staff, and client-side security teams alike.
It is also a rare example of offensive-adjacent infrastructure that improves the industry's output quality rather than its attack capability. The persistent criticism of pentest deliverables — boilerplate findings, unusable remediation advice, severity inflation — is a communication problem, and communication problems are fixed by exposure to good examples. By centralizing those examples and pairing them with taxonomy records, reconmap/pentest-reports quietly raises the floor for what clients should expect a professional report to contain.
The maintainers' connection to reconmap, a broader open-source solution for pentest collaboration and reporting, gives the project a plausible long-term maintenance story: the reference data served here is the same class of content that a reporting platform needs to enrich its findings, so incentives are aligned between the standalone site and the parent ecosystem. Anyone relying on it for oscp-prep or internal knowledge management should still snapshot the data they depend on, as with any community-curated corpus, but the structural role it fills — connecting real reports, taxonomies, and templates in one browsable place — is currently underserved elsewhere in the open-source security landscape.
reconmap/pentest-reports.Educational analysis for authorized security professionals. Use only in controlled, authorized environments.
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