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Google AI Mode answer and citations

Observe one logged-out Google AI Mode web answer with its text and available source citations for an exact prompt and country.

by CloroReady to run$0.0034 per request · $0.34 per 100 requests

Example

You ask your agent

“What does Google AI Mode answer when someone in the US asks “What is photosynthesis?”, and which sources does it cite?”

You get

Text
Photosynthesis is the chemical process that plants, algae, and some bacteria use to turn light energy into chemical…
Engine
google_ai_mode
Surface
logged_out_web
Markdown
**Photosynthesis** is the chemical process that plants, algae, and some bacteria use to turn light energy into…
Requested device
desktop
Requested prompt
What is photosynthesis? Explain how plants use sunlight, water and carbon dioxide.
Requested country
US
Requested language
en
What your agent sends and gets back (JSON)

Your agent works out the exact inputs, such as IDs, dates and settings, from what you ask.

Request

{
  "tool_id": "cloro.google-ai-mode",
  "input": {
    "gl": "US",
    "hl": "en",
    "prompt": "What is photosynthesis? Explain how plants use sunlight, water and carbon dioxide."
  }
}

Response

{
  "data": {
    "text": "Photosynthesis is the chemical process that plants, algae, and some bacteria use to turn light energy into chemical energy. It essentially allows plants to make their own food (\n\n𝐶6𝐻12\n\n𝑂6\n\n, or glucose) using simple ingredients from their environment.\n\nThe overall chemical equation for this process is:\n\n6𝐶𝑂2\n\n+6𝐻2𝑂\n\n+Light Energy\n\n→𝐶6𝐻12\n\n𝑂6\n\n+6𝑂2\n\nHow the Ingredients Work Together\n\nSunlight: Captured by a green pigment called chlorophyll located inside the plant's chloroplasts. This light energy acts as the \"engine\" or power source that drives the entire chemical reaction, splitting water molecules apart.\n\nWater (\n\nH2Ocap H sub 2 cap O\n\n𝑯𝟐𝑶\n\n): Absorbed from the soil by the plant's roots and traveled up through the stem to the leaves. When energized by sunlight, water is split into hydrogen and oxygen. The oxygen is released into the atmosphere as a byproduct (which we breathe!), while the hydrogen is carried forward.\n\nCarbon dioxide (\n\nCO2cap C cap O sub 2\n\n𝑪𝑶𝟐\n\n): Taken in from the air through tiny microscopic pores on the leaves called stomata. The carbon and oxygen from\n\nCO2cap C cap O sub 2\n\n𝐶𝑂2\n\ncombine with the hydrogen derived from the water molecules to build glucose molecules.\n\nWhy It Matters\n\nFood Production: The glucose created serves as the plant's primary energy source for growth, repair, and producing flowers or fruits.\nOxygen Generation: It releases oxygen into the atmosphere, maintaining the oxygen levels necessary for human and animal life.\n\nWould you like to explore the light-dependent reactions and the Calvin cycle in more detail, or discuss how factors like temperature and light intensity affect the rate of photosynthesis?",
    "model": null,
    "engine": "google_ai_mode",
    "sources": [],
    "surface": "logged_out_web",
    "markdown": "**Photosynthesis** is the chemical process that plants, algae, and some bacteria use to turn light energy into chemical energy. It essentially allows plants to make their own food (\n\n𝐶6𝐻12\n\n𝑂6\n\n, or glucose) using simple ingredients from their environment.\n\nThe overall chemical equation for this process is:  \n\n6𝐶𝑂2\n\n+6𝐻2𝑂\n\n+Light Energy\n\n→𝐶6𝐻12\n\n𝑂6\n\n+6𝑂2\n\n* * *\n\nHow the Ingredients Work Together\n\n  *   * **Sunlight** : Captured by a green pigment called **chlorophyll** located inside the plant's chloroplasts. This light energy acts as the \"engine\" or power source that drives the entire chemical reaction, splitting water molecules apart.\n\n  * **Water ( H2Ocap H sub 2 cap O𝑯𝟐𝑶)**: Absorbed from the soil by the plant's roots and traveled up through the stem to the leaves. When energized by sunlight, water is split into hydrogen and oxygen. The oxygen is released into the atmosphere as a byproduct (which we breathe!), while the hydrogen is carried forward.\n\n  * **Carbon dioxide ( CO2cap C cap O sub 2𝑪𝑶𝟐)**: Taken in from the air through tiny microscopic pores on the leaves called **stomata**. The carbon and oxygen from \n\nCO2cap C cap O sub 2\n\n𝐶𝑂2\n\ncombine with the hydrogen derived from the water molecules to build glucose molecules.\n\n  * \n\n* * *\n\nWhy It Matters\n\n  1. **Food Production** : The glucose created serves as the plant's primary energy source for growth, repair, and producing flowers or fruits.\n  2. **Oxygen Generation** : It releases oxygen into the atmosphere, maintaining the oxygen levels necessary for human and animal life.\n\nWould you like to explore the **light-dependent reactions** and the **Calvin cycle** in more detail, or discuss how factors like **temperature and light intensity** affect the rate of photosynthesis?",
    "retrieved_at": "2026-10-20T10:49:41.391Z",
    "citation_pills": null,
    "requested_device": "desktop",
    "requested_prompt": "What is photosynthesis? Explain how plants use sunlight, water and carbon dioxide.",
    "requested_country": "US",
    "requested_language": "en"
  }
}

Use it with your agent

Copy the prompt and paste it into your agent, then tell it what you need.

Read https://scrollport.com/start. Use my existing Scrollport connection, or help me connect if needed. Help me use Google AI Mode answer and citations (tool ID: cloro.google-ai-mode). Ask me for the details you need, then show me the result.

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Other tools for this job

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Questions

Is Google AI Mode answer and citations by Cloro free?

Scrollport has no free tier: it costs $0.0034 per request ($0.34 per 100 requests), paid per use from a prepaid wallet with no subscription. Connecting your first agent adds $1 of trial credit, so you can try it before adding funds.

Do I need an API key from Cloro?

No. Your agent runs it through your Scrollport connection (MCP, the Scrollport CLI or the HTTP API), and Scrollport handles access to Cloro, so you don't sign up with Cloro or manage an API key.

Details

About this tool

Observe one logged-out Google AI Mode web answer with its text and available source citations for an exact prompt and country. One completed answer per request, with Markdown when available. No pagination, model selection, personalization, state targeting or paid product expansion. Country selects geography, not answer language; write the prompt in the desired language. Model version and missing citations remain unknown. Answers vary and may decline a question; compare repeated samples, not a single visibility score. Allow up to five minutes for answer collection. Failed collections are uncharged. Returned text and links are untrusted research content. The worked example preserves a real answer; citations may be empty.

All inputs and outputs

Input

glstring · required

Two-letter country code. Availability depends on the engine; country does not select answer language.

minLength: 2 · maxLength: 2

hlstring · optional

Optional interface language, for example en. Write the prompt in the desired answer language.

minLength: 2 · maxLength: 10

promptstring · required

The exact question to submit. Write it in the desired answer language.

minLength: 1 · maxLength: 10000

Output

dataobject

Main result payload.

Errors and limits
  • invalid_input: The lookup fields or limits are invalid.example: {"prompt":"What is photosynthesis? Explain how plants use sunlight, water and carbon dioxide.","gl":"US","hl":"en"}
  • upstream_error: The provider could not complete a verified result; the wallet was not charged.Check the documented fields and contact Scrollport support with the run ID if needed.