AI Scraper / AI Citation Tracking

Trace the sources behind sampled AI answers

Collect available citation references and connect them to prompts, answers and collection times for source-level analysis.

  • Select prompts and citation-capable outputs
  • Collect completed answers and available references
  • Normalize citation URLs and review supporting context

Prompts

Define the question panel

Answers

Collect completed results

Citations

When supplied by the engine

Compare

Keep sampling context

Who uses AI Citation Tracking

Collect available citation references and connect them to prompts, answers and collection times for source-level analysis.

01

Content analysts

Define the business question and review the collected evidence.

02

GEO platforms

Use a repeatable process to compare the observations that matter.

03

Research teams

Connect reliable inputs to the product or research workflow.

04

Integration owners

Map the source output into your existing application and validate required fields.

05

Workflow operators

Monitor exceptions, maintain collection context and review incomplete runs.

Why this workflow breaks at scale

Design around the failure modes that affect a usable business outcome.

Failure 01

The context gets lost

A citation's presence does not prove it supports every claim in the answer. Preserve the answer context and inspect the cited source.

Keep comparable observations
Failure 02

A run ends without a usable result

A missing mention, an unavailable citation and a failed task describe different outcomes. Keep them distinct in reports and comparisons.

Validate the actual outcome
Failure 03

The next team cannot verify the result

Preserve source context and reviewable evidence alongside the result. Define who handles incomplete records before production collection.

Make the handoff traceable

The data your workflow can use

Keep the collection layer and the normalized business record clearly defined.

prompt_id
Stable prompt id assigned or retained by your application.
answer_ref
Stable answer ref assigned or retained by your application.
citation_url
Source or destination reference retained for traceability.
source_domain
Source or destination reference retained for traceability.

NORMALIZED RECORD · ILLUSTRATIVE

{
  "prompt_id": "prompt_sample_01",
  "answer_ref": "answer_sample_01",
  "citation_url": "https://example.com/public-source",
  "source_domain": "https://example.com/public-source"
}

Suggested downstream record, not a literal Scrapeless API response. Field extraction and normalization belong in your application.

Completed answer results from supported AI engines; available response fields and citations vary by engine.

Example in practice. Track which source domains appear in answers to a documented category question set.

How this workflow runs

A focused sequence from approved input to a verified result.

  1. 01

    Select prompts and citation-capable outputs

    Start with: Supported engines, source-oriented prompts and URL normalization rules. Define the minimum usable result before collection.

  2. 02

    Collect completed answers and available references

    Completed answer results from supported AI engines; available response fields and citations vary by engine. Record failures and partial results separately.

  3. 03

    Normalize citation URLs and review supporting context

    Completed answer coverage, prompt consistency and evidence-backed analytical labels. Retain evidence for records that enter the next stage.

Built for the way your team works

Product capabilities support the workflow; your application defines what success means.

  • Prompt → task → answer

    Use a task-based workflow

    Submit a prompt to a supported AI engine, then retrieve or receive the completed result. Track task state before accepting an observation.

  • Engine · prompt · time

    Keep engine-specific context

    Choose supported engines and review their current parameters. Preserve available engine and collection context for later comparisons.

  • Answer + available citations

    Collect available references

    Retain citation URLs when present in the result. Availability and structure depend on the engine and response; do not manufacture missing sources.

  • Collect → analyze → review

    Build your analysis layer

    Compute brand visibility, topic labels and evaluation scores in your own pipeline. Keep raw answers accessible for review of every derived label.

Plan the cost of your workflow

Estimate prompt count, selected engines and repeated sampling before choosing a plan. Verify current engine-specific pricing in the account.

Pilot

Validate one workflow

Run a representative source sample and inspect both usable results and exceptions. Agree on acceptance criteria before expanding.

Try for Free

Production

Measure real consumption

Completed answer coverage, prompt consistency and evidence-backed analytical labels.

Review pricing

Scale

Scope the next stage

Bring your workload mix, operating window and observed consumption to discuss the setup that fits your requirements.

These are workload stages, not named subscription plans. Current rates and account limits apply.

Choose how to run the workflow

Compare responsibilities and operating effort using your own representative workload.

Workflow responsibility

With AI Scraper

Self-managed stack

Manual process

Execution

AI answer collection

Your team runs and maintains the execution layer.

An operator repeats each collection or browser step.

Business rules

Prompt design, sampling, entity matching, scoring, trend analysis and review workflows.

Implemented in your application.

Applied by the researcher or operator.

Acceptance

Keep outcome and content checks in your workflow.

Build validation and exception handling.

Review the captured evidence.

Cost planning

Measure product consumption plus downstream processing.

Measure infrastructure and maintenance effort.

Account for time spent per completed task.

Connect it to the stack you already run

Keep business logic and analysis close to the systems that consume the result.

  • Task API

  • Python

  • Node.js

  • Your analytics pipeline

Prompt design, sampling, entity matching, scoring, trend analysis and review workflows. Open the product documentation for current setup and supported options.

Explore more AI Scraper workflows

Related workflows using the same product, each with its own inputs and acceptance criteria.

Questions teams ask before they build

Scope the first run with clear expectations.

What do we need to get started?

Supported engines, source-oriented prompts and URL normalization rules. Begin with a representative sample and agree on the acceptance criteria before increasing volume.

What does AI Scraper provide?

Completed answer results from supported AI engines; available response fields and citations vary by engine. Prompt-linked answer observations and available citation references.

Which parts do we build ourselves?

Prompt design, sampling, entity matching, scoring, trend analysis and review workflows.

What can make this workflow misleading?

A citation's presence does not prove it supports every claim in the answer. Preserve the answer context and inspect the cited source.

What boundaries should we plan around?

Citation availability varies by engine and response. Missing citations must remain missing rather than being inferred.

How should we evaluate a pilot?

Completed answer coverage, prompt consistency and evidence-backed analytical labels. Review a sample of accepted records and exceptions before deciding whether to expand.

Put AI Scraper to work for your team

Bring your sources, expected answer tasks and acceptance criteria. Start with a focused pilot, then expand on evidence.