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sage-audit

by tmolavi

🧭 SAGE — Search, Answer, & Generative Engine Auditor

sage-audit — The Unified 3-Pillar Audit Engine for SEO, Entity AEO, and Generative Engine Optimization (GEO)

License: MIT Python 3.10+ GitHub Stars SAGE Pillars: SEO · AEO · GEO MCP Server llms.txt

Inspect any URL or raw HTML and score it for the era of AI answers — from classical technical SEO to JSON-LD entity graphs to RAG Citation Survival Probability — in one deterministic, crash-proof command.

English · فارسی · Türkçe


🇬🇧 English

Search is undergoing its biggest architectural shift since PageRank. Users no longer click 10 blue links — they get synthesized answers from ChatGPT Search, Perplexity, Claude, Google AI Overviews and Copilot. These engines do not rank pages; they run vector RAG pipelines: they fetch your HTML, strip boilerplate, split it into passages, embed it, retrieve top-k chunks, and let an LLM cite whatever survives.

Classical SEO tools stop at title tags and page speed. They tell you nothing about:

  • whether robots.txt is blocking GPTBot, PerplexityBot, ClaudeBot, Google-Extended, Amazonbot or Applebot-Extended;

  • whether your JSON-LD entity graph is rich, complete, and anchored to Wikidata/Crunchbase via sameAs;

  • whether the first 50–70 words of each section form a direct, fluff-free, factual answer an engine can quote;

  • whether your passages are chunked at coherent semantic boundaries (60–120 tokens);

  • whether your content survives retrieval — or drowns in semantic entropy and is never cited.

SAGE (sage-audit) closes that gap. One open-source engine, three pillars, four interfaces (CLI · Python library · MCP server · JSON/Markdown exports).

Related MCP server: OctoBoost SEO MCP Server

The 3 Pillars

Pillar

Module

What it measures

1️⃣ Technical SEO

seo_auditor.py

Clean-DOM extraction, text-to-code ratio, canonicals, meta robots (noindex/nosnippet), Open Graph, H1 hygiene, security/cache HTTP headers, and AI-crawler robots.txt policy (GPTBot, PerplexityBot, ClaudeBot, Google-Extended, Amazonbot, Applebot-Extended)

2️⃣ Answer Engine Optimization (AEO)

aeo_auditor.py

Recursive JSON-LD entity-graph validation (Organization, Person, Product, Article, FAQPage), entity completeness, sameAs authority signals (Wikidata, Wikipedia, Crunchbase, official profiles), FAQ structuring, machine-readable freshness, and direct-answer density of the first 50–70 words of every section

3️⃣ Generative Engine Optimization (GEO)

geo_auditor.py

Semantic passage chunking (60–120 tokens), local vector embeddings with graceful fallback, in-memory RAG retrieval simulation, cosine-distance & semantic-entropy analysis, Citation Survival Probability (CSP), and auto-generation of llms.txt + rag_ready_chunks.json

The 5-Layer GEO Pyramid

                    ┌───────────────────────────────────────┐
          L5        │  CITATION SURVIVAL PROBABILITY +      │
                    │  llms.txt / rag_ready_chunks.json     │
                    ├───────────────────────────────────────┤
          L4        │  RAG RETRIEVAL SIMULATION             │
                    │  top-k ranking · cosine distance      │
                    ├───────────────────────────────────────┤
          L3        │  VECTOR EMBEDDINGS                    │
                    │  fastembed → sentence-transformers →  │
                    │  deterministic hashed n-gram fallback │
                    ├───────────────────────────────────────┤
          L2        │  SEMANTIC CHUNKING                    │
                    │  60–120 token passage boundaries      │
                    ├───────────────────────────────────────┤
          L1        │  CLEAN DOM EXTRACTION                 │
                    │  boilerplate stripping (Trafilatura)  │
                    └───────────────────────────────────────┘

Installation

pip install sage-audit

# recommended: local neural embeddings for the GEO pillar
pip install "sage-audit[embeddings]"

# MCP server for Claude Desktop / Cursor / AI agents
pip install "sage-audit[mcp]"

# everything at once
pip install "sage-audit[all]"

🚧 Not on PyPI yet? Until the first PyPI release is cut (step-by-step runbook in Distribution & Publishing below), install straight from the repository:

pip install git+https://github.com/tmolavi/sage-audit.git

Zero-crash guarantee: if no neural embedding package is installed (or a model download fails), the GEO pillar silently falls back to a deterministic hashed n-gram TF vectorizer. Results stay stable and reproducible — the tool never crashes.

Quickstart (CLI)

sage audit https://your-site.com
sage audit https://your-site.com --format markdown -o report.md --save-artifacts ./out
sage audit --raw-html page.html --format json | jq .overall_score
sage generate-llms https://your-site.com -o llms.txt --also-chunks
sage audit https://your-site.com --fail-under 70    # CI quality gate → exit 1

Sample (rich) terminal output:

╭────────────────────────────── SAGE AUDIT REPORT ──────────────────────────────╮
│  https://acme-analytics.example.com/                                          │
│  2026-09-01 09:45 UTC · 9 ms · sage-audit v1.0.0                              │
│  ████████████████████░░░░  84.8/100  (Grade B)                                │
╰────────────────────────────────────────────────────────────────────────────────╯
Pillar 1 — Technical SEO            —  96.9/100 (Grade A+)
│ Canonical URL           ✔ pass  │ canonical → https://acme-analytics.example.com
│ Meta robots directives  ✔ pass  │ content="index,follow"
│ robots.txt AI-crawlers  ⚠ warn  │ GPTBot: blocked; ClaudeBot: allowed; …
Pillar 2 — Answer Engine Optimization (AEO) —  90.5/100 (Grade A)
│ Entity authority        ✔ pass  │ 5 sameAs URL(s); anchors: GitHub, LinkedIn,
│                                 │ Wikidata, Wikipedia, X/Twitter
│ Direct-answer density   ✔ pass  │ 5 sections · avg window score 0.74 ·
│                                 │ 5/5 open with an explicit answer
Pillar 3 — Generative Engine Optimization (GEO) —  68.6/100 (Grade C)
│ Chunk size compliance   ✔ pass  │ 100% of chunks inside 60–120 tokens
│ Citation Survival       ✖ fail  │ CSP 43.1% across 8 simulated RAG queries
│ Semantic retrieval      ⚠ warn  │ entropy 0.67 — passages look alike
╭────────────────────── Priority recommendations ───────────────────────╮
│ ✖ Citation Survival Probability (GEO)                                 │
│     Retrieval attention is diffuse — consolidate per-topic sections   │
│     and front-load definitional sentences.                            │
╰─────────────────────────────────────────────────────────────────────────╯
Artifacts generated: llms.txt, rag_ready_chunks.json

Python API (Library)

from sage_audit import SageAuditor

auditor = SageAuditor(embedding_backend="auto", top_k=3)

# Live URL — fetches the page AND its robots.txt
report = auditor.audit("https://molavi.pro")

# Raw HTML — fully offline
report = auditor.audit_html(html_source, url="https://example.local/")

print(report.overall_score, report.grade)          # e.g. 84.8 'B'
print(report.seo.score, report.aeo.score, report.geo.score)
print(report.artifacts["llms.txt"])                # ready-to-serve manifest

for finding in report.geo.findings:
    if finding.recommendation:
        print(finding.title, "→", finding.recommendation)

MCP Server (Claude Desktop · Cursor · Agents)

SAGE ships a FastMCP server exposing four autonomous tools: sage_audit_url, sage_audit_html, sage_generate_llms_txt, sage_version.

sage mcp                       # stdio transport (default)
sage mcp --transport sse --host 127.0.0.1 --port 8642

Register it in claude_desktop_config.json:

{
  "mcpServers": {
    "sage-audit": {
      "command": "sage",
      "args": ["mcp"]
    }
  }
}

Or without installing, via uvx:

{
  "mcpServers": {
    "sage-audit": {
      "command": "uvx",
      "args": ["--from", "sage-audit[mcp]", "sage", "mcp"]
    }
  }
}

Scoring Model

  • Every check is a weighted Finding (pass / warn / fail / info, 0–1 score, evidence + fix).

  • Pillar score = weighted mean × 100. Overall = 0.30·SEO + 0.35·AEO + 0.35·GEO.

  • Grades: A+ ≥ 93 · A ≥ 85 · B ≥ 75 · C ≥ 65 · D ≥ 50 · F < 50.

  • Citation Survival Probability (CSP): per simulated entity query, SAGE embeds query + passages, ranks by cosine similarity, and combines retrieval prominence (z-score of the winner vs. the field) with (1 − normalized semantic entropy) of the similarity softmax: CSP = mean(0.6·prominence + 0.4·(1−entropy)) × 100.

Project Structure

sage-audit/
├── LICENSE                     # MIT — Copyright (c) 2026 Taqi Molavi
├── pyproject.toml              # build system, metadata, deps, `sage` entrypoint
├── requirements.txt
├── .gitignore
├── src/
│   └── sage_audit/
│       ├── __init__.py         # exports SageAuditor, models, __version__
│       ├── _version.py         # single source of truth
│       ├── models.py           # pydantic schemas (Finding/Pillar/AuditReport)
│       ├── cli.py              # sage audit | generate-llms | mcp
│       ├── core.py             # SAGE orchestrator (0.30/0.35/0.35 fusion)
│       ├── auditors/
│       │   ├── __init__.py
│       │   ├── seo_auditor.py  # Pillar 1 — Technical SEO
│       │   ├── aeo_auditor.py  # Pillar 2 — Entity AEO
│       │   └── geo_auditor.py  # Pillar 3 — GEO / RAG simulation
│       ├── server/
│       │   ├── __init__.py
│       │   └── mcp_server.py   # FastMCP tools for AI agents
│       └── utils/
│           ├── __init__.py
│           ├── extractor.py    # clean text / DOM parser (Trafilatura + BS4)
│           ├── formatter.py    # terminal / JSON / Markdown renderers
│           └── text.py         # tokenizer, sentence splitter, vector math
├── tests/
│   ├── __init__.py
│   └── test_auditors.py        # SEO, AEO, GEO, core, CLI unit tests
└── README.md

Development

git clone https://github.com/tmolavi/sage-audit.git
cd sage-audit
pip install -e ".[dev]"
pytest -q

📦 Distribution & Publishing

Two "publish" targets — don't confuse them

Target

What it is

Status

GitHub

Public source-code repository

Publishedgithub.com/tmolavi/sage-audit

PyPI

The pip install sage-audit package on pypi.org

⏳ Pending one-time maintainer step (below)

⚠️ Until the first PyPI release, SAGE is installed directly from the repo:

pip install git+https://github.com/tmolavi/sage-audit.git
# with every optional extra (embeddings + mcp):
pip install "sage-audit[all] @ git+https://github.com/tmolavi/sage-audit.git"

Path A — Manual PyPI publish (≈5 minutes)

GitHub and PyPI are separate services: pushing code to GitHub never publishes a pip package. To put sage-audit on PyPI the maintainer must:

  1. Create a PyPI account at pypi.org/account/register, verify the email address, and enable two-factor authentication (PyPI refuses uploads from accounts without 2FA).

  2. Mint an API token at pypi.org/manage/account/tokenAdd API token.

    • The project does not exist on PyPI yet, so the first token must be scoped "Entire account" — project-scoped tokens only become available after the first upload.

    • The token starts with pypi- — treat it like a password and never commit it to git.

  3. Build & upload from the repo root:

    pip install --upgrade build twine
    python -m build        # → dist/sage_audit-1.0.0-py3-none-any.whl + .tar.gz
    twine upload dist/*    # username: __token__    password: pypi-...
  4. Verify at pypi.org/project/sage-audit — from that moment pip install sage-audit works worldwide.

  5. Hygiene — revoke the token immediately after the upload (or create a new project-scoped one and keep the expiry short).

This repository already ships .github/workflows/publish.yml, which uses the official pypa/gh-action-pypi-publish action over GitHub OIDC — no token is ever stored anywhere.

One-time setup (PyPI side):

  1. Go to pypi.org/manage/account/publishingAdd a new pending publisher and enter:

    • PyPI project name: sage-audit

    • Owner: tmolavi · Repository: sage-audit

    • Workflow filename: publish.yml

  2. Cut a release on GitHub (Releases → Draft a new release → tag v1.0.0): the workflow builds the wheel + sdist and publishes them automatically — every future release is a one-click PyPI publish.

GitHub Topics

seo · aeo · geo · generative-engine-optimization · ai-search · rag · mcp-server · perplexity · chatgpt-search · llms-txt · schema-markup · entity-seo


🇮🇷 فارسی

SAGE — سِیج: اولین موتور ممیزی متن‌باز سه‌گانهٔ سئو، AEO و GEO در دنیا

sage-audit (مخفف Search, Answer, & Generative Engine Auditor) اولین ابزار متن‌باز جهان است که هر سه ستون بهینه‌سازی برای موتورهای جست‌وجو، موتورهای پاسخ‌گو و موتورهای مولد را در یک دستور واحد ممیزی می‌کند. توسعه‌دهنده و معمار این پروژه تقی مولوی است.

چرا SAGE؟

دوران ده لینک آبی تمام شده است. کاربران امروز پاسخ خود را از ChatGPT، Perplexity، Claude و Google AI Overviews می‌گیرند؛ سیستم‌هایی که صفحهٔ شما را «رتبه‌بندی» نمی‌کنند، بلکه آن را به قطعات برداری (Chunk) تقسیم کرده و از طریق خط‌لولهٔ RAG بازیابی می‌کنند. ابزارهای کلاسیک سئو هیچ‌چیز دربارهٔ این‌ها نمی‌گویند:

  • سیاست robots.txt در برابر خزنده‌های هوش مصنوعی (GPTBot، PerplexityBot، ClaudeBot، Google-Extended، Amazonbot، Applebot-Extended)؛

  • عمق گراف موجودیت JSON-LD و لنگرهای اعتبار sameAs (ویکی‌دیتا، ویکی‌پدیا، Crunchbase)؛

  • چگالی «پاسخ مستقیم» در ۵۰ تا ۷۰ کلمهٔ نخست هر بخش؛

  • و احتمال بقای ارجاع (Citation Survival Probability) در خط‌لولهٔ بازیابی برداری.

معماری هرم ۵ لایهٔ GEO

          لایهٔ ۵  │  احتمال بقای ارجاع + تولید llms.txt و rag_ready_chunks.json
          لایهٔ ۴  │  شبیه‌سازی بازیابی RAG (رتبه‌بندی top-k با شباهت کسینوسی)
          لایهٔ ۳  │  تعبیهٔ برداری: fastembed ← sentence-transformers ← بردارساز قطعی n-gram
          لایهٔ ۲  │  قطعه‌بندی معنایی متن (مرزهای ۶۰ تا ۱۲۰ توکن)
          لایهٔ ۱  │  استخراج DOM تمیز و حذف صفحه‌آرایی (Trafilatura)

یکی از خروجی‌های خودکار، فایل llms.txt است: سندی استاندارد که به LLMها اعلام می‌کند صفحهٔ شما چه ساختاری دارد — SAGE آن را همراه با rag_ready_chunks.json به‌صورت خودکار تولید می‌کند.

نصب و اجرای سریع

pip install sage-audit
pip install "sage-audit[embeddings]"   # توصیه‌شده: تعبیهٔ عصبی محلی
pip install "sage-audit[mcp]"          # سرور پروتکل MCP

sage audit https://molavi.pro
sage audit https://molavi.pro --format markdown -o report.md --save-artifacts ./out
sage generate-llms https://molavi.pro -o llms.txt --also-chunks
sage audit https://molavi.pro --fail-under 70   # دروازهٔ کیفی در CI
sage mcp                                        # اتصال به Claude Desktop / Cursor

🚧 هنوز روی PyPI منتشر نشده؟ تا قبل از اولین انتشار رسمی (راهنمای گام‌به‌گام در بخش انتشار روی PyPI پایین‌تر)، مستقیم از ریپو نصب کنید:

pip install git+https://github.com/tmolavi/sage-audit.git

انتشار روی PyPI (اختیاری — راهنمای گام‌به‌گام نگهدارنده)

دو مقصد انتشار را با هم اشتباه نکنید: گیت‌هاب (سورس‌کد — منتشر شده ✅) و PyPI (پکیج pip روی pypi.org — نیازمند اکانت جدا و یک‌بار راه‌اندازی ⏳). پوش کردن کد به گیت‌هاب به‌هیچ‌وجه پکیج pip منتشر نمی‌کند.

تا قبل از اولین انتشار رسمی، هر کسی می‌تواند مستقیم از ریپو نصب کند:

pip install git+https://github.com/tmolavi/sage-audit.git

برای انتشار رسمی روی PyPI:

  1. ساخت اکانت PyPI — در pypi.org/account/register ثبت‌نام کنید، ایمیل را تأیید و احراز هویت دو مرحله‌ای (2FA) را فعال کنید (بدون 2FA پلتفرم اجازهٔ آپلود نمی‌دهد).

  2. ساخت API Token — در pypi.org/manage/account/token روی Add API token بزنید. چون پروژه هنوز روی PyPI وجود ندارد، scope اولین توکن باید «Entire account» باشد (توکن پروژه‌محور فقط بعد از اولین آپلود قابل ساخت است). توکن با pypi- شروع می‌شود و مثل رمز عبور محرمانه است.

  3. Build و آپلود — از ریشهٔ پروژه:

    pip install --upgrade build twine
    python -m build        # خروجی: dist/sage_audit-1.0.0-py3-none-any.whl و .tar.gz
    twine upload dist/*    # username: __token__ — password: همان توکن pypi-...
  4. کنترل نهایی — صفحهٔ pypi.org/project/sage-audit را باز کنید؛ از این لحظه pip install sage-audit در سراسر جهان کار می‌کند.

  5. امنیت — بلافاصله بعد از آپلود، توکن را Revoke کنید (یا یک توکن جدید پروژه‌محور با تاریخ انقضای کوتاه بسازید). توکن را هرگز داخل git کامیت نکنید.

مسیر جایگزین بدون توکن (Trusted Publishing): فایل آمادهٔ .github/workflows/publish.yml در ریپو موجود است؛ کافی است یک‌بار در تنظیمات Publishing اکانت PyPI گیت‌هاب (Owner: tmolavi، Repo: sage-audit، Workflow: publish.yml) را به‌عنوان Trusted Publisher معرفی کنید — از آن به بعد هر Release جدید روی گیت‌هاب، به‌طور خودکار روی PyPI منتشر می‌شود، بدون اینکه هیچ توکنی در جایی ذخیره شود.

تضمین پایداری

اگر بستهٔ تعبیهٔ عصبی نصب نباشد یا دانلود مدل شکست بخورد، ستون GEO به‌صورت خودکار به بردارساز قطعی و بازتولیدپذیر n-gram کاهش می‌یابد؛ ابزار هرگز متوقف نمی‌شود و نتایج همواره قطعی و قابل اتکا می‌مانند.

توسعه‌دهنده

توسعه‌دهنده و معمار

تقی مولوی (Taqi Molavi)

وب‌سایت رسمی

molavi.pro

مرکز پژوهش (Think Tank)

molavi.pro/research

گیت‌هاب

github.com/tmolavi

مجوز

MIT — © ۲۰۲۶ تقی مولوی


🇹🇷 Türkçe

SAGE Projesi: SEO, AEO ve GEO için Dünyanın İlk Birleşik Açık Kaynak Denetim Motoru

sage-audit (Search, Answer, & Generative Engine Auditor), bir web sayfasını üç sütunda birden denetleyen dünyanın ilk birleşik açık kaynak motorudur: klasik teknik SEO, varlık tabanlı AEO (Cevap Motoru Optimizasyonu) ve GEO (Üretken Motor Optimizasyonu). Projenin geliştiricisi ve mimarı Taqi Molavi'dir.

Neden SAGE?

Mavi bağlantılar çağı kapanıyor. Kullanıcılar artık yanıtları ChatGPT, Perplexity, Claude ve Google AI Overviews gibi sistemlerden alıyor. Bu sistemler sayfanızı sıralamaz; HTML'inizi alır, metni 60–120 tokenlık parçalara böler, vektör uzayına gömer ve yalnızca RAG hattından sağ çıkan pasajları alıntılar. SAGE şunları ölçer:

  • robots.txt dosyasının yapay zekâ tarayıcılarına (GPTBot, PerplexityBot, ClaudeBot, Google-Extended, Amazonbot, Applebot-Extended) karşı politikası;

  • JSON-LD varlık grafiğinin derinliği ve Wikidata / Wikipedia / Crunchbase gibi sameAs otorite sinyalleri;

  • Her bölümün ilk 50–70 kelimesindeki doğrudan yanıt yoğunluğu;

  • Kosinüs uzaklığı + anlamsal entropi ile Alıntı Hayatta Kalma Olasılığı (CSP);

  • 5 katmanlı GEO piramidi sonunda otomatik olarak llms.txt ve rag_ready_chunks.json üretimi.

Kurulum ve Hızlı Başlangıç

pip install sage-audit
pip install "sage-audit[embeddings]"   # önerilen: yerel sinirsel gömme
pip install "sage-audit[mcp]"          # MCP sunucusu

sage audit https://ornek-siteniz.com
sage audit https://ornek-siteniz.com --format markdown -o rapor.md --save-artifacts ./cikti
sage generate-llms https://ornek-siteniz.com -o llms.txt --also-chunks
sage audit https://ornek-siteniz.com --fail-under 70   # CI kalite kapısı
sage mcp                                               # Claude Desktop / Cursor bağlantısı

🚧 Henüz PyPI'de yok mu? İlk resmî PyPI sürümüne kadar (aşağıdaki kılavuz) doğrudan depodan kurun:

pip install git+https://github.com/tmolavi/sage-audit.git

PyPI'de Yayınlama (İsteğe Bağlı — Adım Adım Kılavuz)

İki yayın hedefini karıştırmayın: GitHub (kaynak kodu — yayınlandı ✅) ve PyPI (pypi.org'daki pip paketi — ayrı hesap ve tek seferlik kurulum gerekir ⏳). Kodu GitHub'a push etmek, asla bir pip paketi yayınlamaz.

İlk resmî PyPI sürümünden önce herkes doğrudan depodan kurabilir:

pip install git+https://github.com/tmolavi/sage-audit.git

Resmî PyPI yayını için:

  1. PyPI hesabıpypi.org/account/register adresinden kaydolun, e-postayı doğrulayın ve 2FA'yı etkinleştirin (2FA olmadan yükleme yapılamaz).

  2. API tokenıpypi.org/manage/account/token sayfasında Add API token. Proje henüz PyPI'de olmadığı için ilk tokenın kapsamı «Entire account» olmalıdır (proje bazlı token ancak ilk yüklemeden sonra oluşturulabilir). Token pypi- ile başlar ve parola gibi gizli tutulmalıdır.

  3. Derleme & yükleme — depo kökünden:

    pip install --upgrade build twine
    python -m build        # çıktı: dist/sage_audit-1.0.0-py3-none-any.whl + .tar.gz
    twine upload dist/*    # kullanıcı adı: __token__ — parola: pypi-... tokenı
  4. Doğrulamapypi.org/project/sage-audit sayfasını açıp pip install sage-audit komutunu test edin; artık tüm dünyada çalışır.

  5. Güvenlik — yüklemeden hemen sonra tokenı revoke edin (ya da yalnızca bu projeye özel, kısa süreli bir token oluşturun). Tokenı asla git'e commit etmeyin.

Tokensiz alternatif (Trusted Publishing): depoda hazır bulunan .github/workflows/publish.yml dosyası sayesinde; PyPI Publishing ayarlarından tmolavi/sage-audit (workflow: publish.yml) bir kez Trusted Publisher olarak tanımlandığında, bundan sonraki her GitHub Release'i otomatik olarak PyPI'de yayınlanır — hiçbir token saklanmadan.

Geliştirici

Geliştirici & Mimar

Taqi Molavi

Resmî Web Sitesi

molavi.pro

Araştırma Merkezi (Think Tank)

molavi.pro/research

GitHub

github.com/tmolavi

Lisans

MIT — © 2026 Taqi Molavi

SAGE; sinirsel gömme modeli bulunamadığında otomatik olarak deterministik n-gram vektörleştiriciye geçer — araç asla çökmez, sonuçlar her zaman tekrar üretilebilirdir.


Author & Architect

Taqi Molavi (Taghi Molavi)

🌐 molavi.pro · 🔬 Molavi R&D Think Tank — molavi.pro/research · 🐙 github.com/tmolavi

If SAGE helps your research or your rankings, please star ⭐ the repository — it keeps the engine open-source and evolving.

License: MIT — Copyright (c) 2026 Taqi Molavi

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