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Data pipeline: guides & tutorials

Queues, retries, dedupe, and incremental loads from scrape to warehouse. Orchestrate production feeds with Apify runs, webhooks, and cloud storage sinks.

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A data pipeline moves records from scrape to warehouse through queues, retries, dedupe, and incremental loads. These guides cover orchestrating production feeds that stay reliable as volume grows.

Apify runs, webhooks, and cloud storage sinks let you build pipelines that recover from failures and load only what changed. Below you will find patterns for durable scrape-to-warehouse workflows.

Related topics

AI4 min read

Architecting RAG Ingestion Pipelines: DOM-to-Vector (2026)

· 4 min read
Yassine El Haddad
Software Developer & Automation Specialist

Large language models (the latest GPT and Claude Sonnet 4.6 models) have two practical limits you hit in production:

  1. Stale knowledge: Weights reflect the world only up to their training cutoff.
  2. No access to your data: They do not know your internal wikis, repos, or live systems unless you give them a path in.

Retrieval-Augmented Generation (RAG) is the usual fix. Instead of retraining or fine-tuning the model for every document change, RAG takes the user question, looks up relevant passages in an external store of facts (typically a vector database), and asks the LLM to answer using that retrieved text as ground context.

This guide focuses on the part that breaks most often: ingestion—getting web pages into a shape embeddings can use.

Apify4 min read

Apify n8n Integration: Complete Guide (Actors, Datasets & Workflows)

· 4 min read
Yassine El Haddad
Software Developer & Automation Specialist

n8n is a workflow automation tool that pairs well with Apify because it handles long-running jobs, large JSON payloads, and branching logic without the tight synchronous limits of simpler connectors. This guide covers setup, the official Apify node, webhook patterns for slow Actors, example workflows, and operational tips.

Quick Answer

Apify integrates with n8n via the official Apify node. Trigger Actor runs, read datasets, and build automated data pipelines without writing code.

Architecture6 min read

How to Scrape Google Maps with Apify (2026 Tutorial)

· 6 min read
Yassine El Haddad
Software Developer & Automation Specialist
Quick Answer

Scrape Google Maps with Apify's Google Maps Scraper: enter your search query, run the Actor, and download businesses as JSON or CSV — no coding required.

Google Maps is the default directory for local businesses: names, categories, ratings, websites, phones, and coordinates. Google also rate-limits and truncates what you see in the UI—so reliable extraction usually means a hosted browser stack, rotating proxies, and sometimes geographic grid search instead of one giant query.

This tutorial walks through no-code scraping with the Apify Google Maps Scraper and explains the 120-result ceiling, grid partitioning, and optional email enrichment.

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Frequently asked questions

Frequently Asked Questions

A data pipeline chains together scraping (fetch and extract), transformation (clean and normalize), loading (write to storage), and delivery (serve to consumers). Apify handles the scraping stage; the rest connects via APIs, webhooks, and ETL tools. Well-designed pipelines are idempotent, observable, and self-healing on common failures.

Use Apify for scraping, a message queue or webhook for triggering downstream steps, a transformation layer in Python or SQL, and a warehouse or database for storage. Add schema validation between stages, alerting on null rates and volume anomalies, and daily freshness checks. Document the pipeline with a lineage diagram.

Track run success rate, records extracted per run, extraction completeness per field, and data freshness against SLAs. Alert when success rate drops more than 10% or freshness exceeds threshold. Apify provides run logs and metadata via API that you can ingest into monitoring dashboards alongside application metrics.

Target site structure changes are the most common cause—monitor selector match rates. IP blocks reduce data volume suddenly. API credential expiry breaks auth. Recovery playbooks should diagnose which stage failed, replay from the last good checkpoint, and include a runbook with contact escalation for on-call engineers.