
Osint Agent Skills
io.github.frangelbarrera由 GitHub 帳號 frangelbarrera 發布v1.4.1更新於 Oct 24, 2026
OSINT MCP server — 23 tools: DNS, WHOIS, Shodan, breaches, GEOINT, crypto. Works with Claude Code.
發布方自己的服務:osint.foundation
概覽
一套 OSINT 知識庫與工具集,讓助理依資深情報分析師的流程、轉向手冊與報告範本進行公開來源調查。
- 可以做什麼
- 執行 DNS、WHOIS、Shodan、外洩資料、地理定位與加密貨幣等公開來源查詢
- 依五階段情報循環與結構化轉向手冊規劃調查
- 把電子郵件、使用者名稱、網域、IP、電話、錢包、照片或文件中介資料等線索串接成後續線索
- 產出附逐條來源、信心標註與限制說明的 ICD-203 風格情報報告
- 驗證工具回應內容與所宣稱的輸出雜湊是否一致
- 適用情境
- 適合資安研究人員、威脅情報分析師、記者與盡職調查團隊,希望助理以可引用來源和明確限制完成公開來源調查,而不是產出看似可信的空泛文字。
- 執行需求
- 以本機程序在使用者電腦上執行,從 npm 套件安裝;僅限桌面端,不支援網頁執行。未宣告驗證、環境變數或標頭。部分工具與 API 需要各自的 API 金鑰與配額,查詢需要網路存取。
安裝
在 SourceWeft 中
- 開啟 儀表板中的 Osint Agent Skills,將其新增到工作區。
- 為需要使用其工具的對話啟用該服務。
Desktop only,透過 STDIO。 STDIO 服務會啟動本機處理程序,因此需要 SourceWeft 桌面主機。
其他 MCP 客戶端
參照 儲存庫 中的啟動說明。
README
OSINT Agent Skills
A knowledge base that turns any autonomous AI agent into a senior OSINT analyst.
[License: MIT] [Status: v1.6.0] [Stars] [Last Commit] [Issues] [Repo Size]
What is this?
osint-agent-skills is not an agent. It is not a script. It is not a SaaS.
It is a structured knowledge base — a curated set of methodologies, tool registries, pivot playbooks, ethics rules, and report templates — that any autonomous AI agent can consume to instantly adopt the operating discipline of a senior open-source intelligence analyst.
If you point Claude Code, Cursor, Ollama, OpenCode, AutoClaw, or any other agent framework at this repository, the agent will:
- Load
system-prompt.mdand adopt the OSINT Agent Skills persona. - Consult
knowledge/methodologies/to plan its investigation. - Use
tools/free-tools.yamlandtools/apis.yamlto execute lookups. - Follow
knowledge/pivot-playbooks/to chain findings into networks. - Generate a report using
templates/reports/intelligence-report.md. - Respect
ethics/legal-frameworks.mdthroughout — never suggesting illegal techniques, never fabricating findings.
This repository is agent-agnostic. It works the same way regardless of which LLM or agent framework you use.
Why does this exist?
Modern LLMs are powerful OSINT tools — but only when given the right discipline. Without an explicit operating framework, agents hallucinate IPs, skip source citations, blur the line between OSINT and intrusion, and produce reports that look authoritative but cannot be audited.
osint-agent-skills solves this by codifying the operating rules that a senior analyst would otherwise enforce through peer review. The system prompt is brutally explicit about anti-hallucination. The pivot playbooks tell the agent exactly what to do when it finds an email, a domain, a phone number, a cryptocurrency wallet, or a photograph. The ethics framework defines what is in-bounds by jurisdiction. The report templates enforce source citation and confidence labeling.
The result: when you ask an agent that has consumed this knowledge base investigate the domain example.com", you get a structured intelligence report with cited sources, performed pivots, and explicit limitations — not a stream of plausible-sounding prose.
Who is this for?
- Security researchers who want their agent to do OSINT legwork with the rigor they would apply themselves.
- Threat intelligence analysts who want to automate the repetitive collection phase and focus on analysis.
- Journalists investigating disinformation, fraud, or corruption — especially those using Bellingcat-style methodology.
- Due diligence teams who need to background companies and individuals from public sources.
- OSINT educators who want a reference framework for teaching methodology.
- Anyone who has watched an LLM investigate something and produce confidently wrong results.
Quick start
Then point your agent at the repository. Integration guides:
Test prompt after setup:
Investigate the domain
example.comusing OSINT Agent Skills methodology. Produce a full intelligence report.
The agent should load the system prompt, plan the investigation using the intelligence cycle, run DNS/WHOIS/RDAP/CT-lookups against free tools, follow the domain-to-infrastructure pivot playbook, and deliver a structured report.
Repository structure
What's inside the system prompt?
The system prompt (system-prompt.md, ~3000 words) defines:
- Identity. OSINT Agent Skills — a senior analyst, not a chatbot.
- Core principles. Verify, don't assume. Pivot intelligently. Never hallucinate. Respect legality. Maintain OPSEC. Document everything. Minimize harm.
- Methodology. A five-phase Intelligence Cycle adapted for autonomous OSINT work.
- Anti-hallucination rules. Explicit prohibitions on fabricating identifiers, tool output, dates, or confidence levels.
- Tool usage protocol. How to choose tools, when to ask for paid-quota approval, when to flag techniques for human review.
- Pivot protocol. When to pivot autonomously vs. when to pause for user approval.
- Reporting standard. The default report structure (ICD-203 inspired).
- Ethical boundaries. Hard refusals (stalking, doxxing, pretexting without authorization, deepfake generation, investigating minors outside safeguarding context).
- Output format. No conversational filler. No artificial endings. Source per finding. Limitations section mandatory.
Read it in full: system-prompt.md.
What's inside the pivot playbooks?
The pivot playbooks are the most operationally valuable part of this repository. Each playbook specifies:
- The trigger — what finding activates this playbook.
- The steps — ordered collection actions with tool, command, and expected output.
- The anti-patterns — what NOT to do (e.g., do not assume two identical usernames indicate the same person).
- The output format — how to report the pivot's results.
Current playbooks:
See knowledge/pivot-playbooks/.
Anti-hallucination commitment
This repository was built with one principle above all others: agents that consume this knowledge base do not fabricate findings.
The system prompt explicitly forbids inventing IP addresses, email addresses, usernames, dates, tool outputs, or confidence levels. Each finding in a report must cite a source. Each tool invocation must be real — if a tool failed or returned nothing, that is what gets reported.
If an agent that has consumed this knowledge base fabricates a finding, that is a critical defect and should be reported as an issue. See ethics/anti-hallucination.md for the full rule set.
Output integrity hashing (v1.5.0+)
Every tool response now includes an output_hash field — a sha256 over the canonical JSON form of {tool, endpoint, status, result}. This lets downstream verifiers (audit logs, report reviewers, external scripts) confirm that any data attributed to a tool call was actually produced by that tool call.
The verify_output_integrity tool takes a claimed hash + the response payload subset and returns {valid: true} if the recomputed hash matches, or {valid: false, expected_hash, actual_hash} otherwise. Designed for downstream verifiers — not for in-band LLM self-verification (an LLM that can compute sha256 in its head could forge a matching pair).
Attribution
This repository distills and restructures methodology originally compiled in OSINT-BIBLE by Frangel Raúl Crespo Barrera. OSINT-BIBLE is a curated index of 426+ OSINT resources across 33 sections; osint-agent-skills adapts that material for autonomous agent consumption.
Case studies reference investigations originally published by Bellingcat, Mandiant, CrowdStrike, CISA, and other public-domain threat intelligence sources. Citations appear in each case study file.
Tool descriptions reference the official documentation of each tool. Pricing and rate-limit information was current as of the repository's last update — always verify with the provider before relying on a specific limit.
License
MIT. See LICENSE.
Contributing
See CONTRIBUTING.md. Pull requests that add new pivot playbooks, new free tools, or new jurisdiction rules are especially welcome.
Security
Security issues should be reported privately according to the project's security policy. Please do not open a public issue for a suspected vulnerability.
The latest published npm release is 1.6.0. Versions 1.4.1 and 1.5.0 are deprecated on npm because they predate security and reliability fixes included in 1.6.0.
The project does not claim that every hardening change constitutes a separately exploitable vulnerability. Security advisories will be published only when a specific issue, affected version range, impact, and patched version have been technically confirmed.
Changelog
See CHANGELOG.md.
Agent security model
來源:README.md,提交 5d4bc7b
工具
0版本歷史
1- v1.4.1最新Sep 16, 2026
評分
已滿足適用檢查項的 50%
該評分衡量此收錄條目的完整程度,依據註冊中心條目、端點與公開來源計算得出。它不是對伺服器本身的評價,也不表示伺服器安全或目前可用:可連通性是帶日期的檢查結果,評分也不包含安裝量或使用者評價。
- 近 30 天內可連通25 分
請保持端點能夠回應 MCP 握手;SourceWeft 每 30 天探測一次。
- 已宣告認證方式10 分
請在註冊中心條目中宣告憑證請求標頭,或保持端點能夠回應探測,以便判定其認證方式。
- 已列出工具15 分
請讓伺服器在無憑證時回應 tools/list,或發布可在沙箱中無憑證啟動的軟體包。
- 描述必需15 分
- 圖示10 分
- 文件15 分
- 授權條款10 分
其他 Osint 整合
osint.foundation
foundation.osint官方發布者
OSINT查詢:使用者名稱、社交資料、電話、網域、IP、加密錢包和公司。AI 翻譯

OSINT.SX
由 GitHub 帳號 osintsx 發布
讓助手呼叫 OSINT.SX 進行人員與帳號查詢:一次跨所有來源搜尋,另有 Google、微軟、Epic、X、Steam、Instagram 與 TikTok 工具。

Domain Osint Mcp
由 GitHub 帳號 robertoyanguas-ops 發布
一個遠端 MCP 伺服器,讓助理執行網域 OSINT 檢查:即時 DNS 解析、TLS 憑證資訊與 HTTP 安全評級。

OSINT
由 GitHub 帳號 robyroro 發布
在本機執行的 OSINT 類 MCP 伺服器,用於網域與網站調查:批次偵察、WHOIS/RDAP、DNS、憑證、存檔與基礎設施比對。

Robin: AI-Powered Dark Web OSINT
由 GitHub 帳號 apurvsinghgautam 發布
Robin 透過 Tor 執行暗網 OSINT 調查,讓助理搜尋洋蔥搜尋引擎、擷取頁面,並以代理自身的模型儲存報告。