Generative Engine Optimization

Get cited by the AI engines people actually ask

Classic SEO gets you ranked on Google. GEO gets your product recommended inside the answer — by ChatGPT, Perplexity, Claude, Gemini and AI Overviews. DaaS already structures your docs into skills; GEO exposes them on every surface a generative engine crawls, parses, and quotes.

Platform GEO score
Products optimized
Citable surfaces
AI-indexable pages

AI-crawler readiness

The machine-readable surfaces generative engines look for. All live and served by DaaS.

GEO scores by product

Each score measures how well a product is set up to be discovered and cited. Click a card for the factor breakdown, recommendations, and live structured data.

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How GEO works here

1 · Structured surfaces

Every product gets a crawlable /p/{product} page and one /p/{product}/{intent} page per how-to, each carrying schema.org JSON-LD (SoftwareApplication, FAQPage, HowTo) — the formats LLMs trust for facts.

2 · llms.txt manifest

A single /llms.txt tells any AI engine what you offer and where the authoritative content lives — the emerging standard for AI discoverability.

3 · Open the gates

A crawler-aware robots.txt explicitly welcomes GPTBot, ClaudeBot, PerplexityBot, Google-Extended and more — the #1 fix for being invisible to AI answers.

4 · Answer the query directly

Agents route any question through /api/route and get the single best skill back — so the model cites your docs, not a guess.

The GEO flywheel

Most GEO tools stop at "we generated the surfaces." DaaS closes the loop: it generates its own brand-free test questions from the skill graph, runs them through /api/route — which is both the thing we optimize and the ruler we measure with — then diagnoses, rewrites, and re-measures. Click any scored product to see its live routing diagnosis.

1 · Generate test queries

Brand-free questions are synthesised straight from each intent's task and trigger keywords — never naming the product, so we measure organic surfacing, not a brand lookup. The structured skill graph makes this step free; everyone else hand-writes prompts.

2 · Measure & diagnose

Each query runs through our own router. A miss is decomposed into a coverage gap (no content exists) vs a surfacing gap (right product, wrong intent) vs wrong product — the diagnosis that tells us exactly what to fix.

3 · Real visibility

The same brand-free queries are run against real engines, then an LLM judges whether the product was mentioned or cited — the true "are we in the answer" signal, with a citation gap list of queries where a competitor surfaced and we didn't.

4 · Guarded rewrite

The GEO-paper-proven levers (answer-first, statistics, citations, inline definitions) are applied to the weakest skills — guarded by a key-point-recall check so visibility is never bought with lost accuracy. No facts, endpoints or numbers may be dropped.

5 · Per-engine readiness

ChatGPT, Perplexity, Google AIO and Claude weight the signals differently. Each product gets a per-engine sub-score so you can see where you're already citable and where you're invisible.

6 · Be the engine

Beyond being cited, every product ships an /api/mcp/{product}.py server and a markdown twin at /p/{product}.md — so an agent can call DaaS directly as the authoritative answer source, not just quote it.

Try it

# Ask DaaS for the best skill, the way an agent would
curl -s /api/route -H 'Content-Type: application/json' \
  -d '{"query": "how do I deploy an SSL certificate?"}'