Skill UI

This workflow provides a complete, end-to-end solution for building and deploying robust web scrapers using Crawlee on the Apify platform. It guides users through every stage: defining input schemas, setting up the Actor with a sophisticated router pattern, extracting structured data (e.g., product details), saving results to datasets, and managing the full lifecycle from local testing to cloud deployment via apify-cli.

A comprehensive guide to using the Apify Client SDK. Learn the fundamental pattern of executing remote web scraping Actors (like content crawling or general scraping), managing asynchronous run states, and retrieving structured data from resulting datasets and key-value stores. Essential for integrating powerful web scraping capabilities into applications.

A comprehensive guide to building robust, production-ready applications using the Apify SDK and apify-client in TypeScript. Covers advanced topics like standardized client singleton patterns, selecting the right Crawlee crawler (Cheerio, Playwright, Puppeteer), implementing robust Actor lifecycles, and managing dataset/key-value store operations.

This comprehensive guide provides developers with step-by-step instructions for migrating between different Bright Data services and API versions. It covers complex transitions, such as upgrading from raw proxies to Web Unlocker, moving from Puppeteer to Scraping Browser, and updating datasets API endpoints (v2 to v3). Includes prerequisites, code examples, and rollback procedures for seamless integration.

Provides a comprehensive, production-ready reference architecture for building advanced analytics platforms powered by ClickHouse. It details everything from project layout (TypeScript/Node.js structure) and data ingestion pipelines (Kafka, Webhooks) to the optimal 3-layer schema design (Raw, Hourly, Daily) and multi-tenancy patterns, ensuring scalable and efficient OLAP query performance.

This guide demonstrates the foundational steps for connecting to the Navan REST API. It shows how to perform the initial OAuth authentication and retrieve real-time trip and booking data using raw REST calls (via TypeScript and Python). Ideal for verifying end-to-end integration after setting up credentials.

This guide outlines the implementation of a production-ready Snowflake data platform using the industry-standard Medallion Pattern (Bronze, Silver, Gold). It provides comprehensive, step-by-step SQL examples covering raw data ingestion (Bronze), data cleansing and typing (Silver), and business-level aggregation (Gold). Use this when designing new data warehouses or establishing robust, layered data architecture standards on Snowflake.

This skill guides the design of robust, production-grade data extraction pipelines, moving beyond brittle one-off scripts. It supports three modes: API-driven web scraping (Firecrawl), traditional local Python extraction (PDF, CSV), and hybrid workflows. Key features include intelligent routing, mandatory data validation, secure key management, and adherence to scraping best practices.

A lightweight utility designed for fetching content from a single URL via HTTP or HTTPS. It supports various methods (GET, POST, PUT, DELETE) and allows configuration of timeouts and maximum response body sizes. This tool is ideal for quick, simple data extraction steps within a workflow DAG, offering significant performance gains over complex LLM agent loops. Note that complex tasks like JS rendering or multi-page crawling require dedicated sub-agents.

This discipline establishes a portable, framework-agnostic layer for ensuring type safety at the network edge of any React or React Native application. It mandates a single, typed API client to wrap all network fetching, guaranteeing that raw wire JSON is immediately parsed into trusted, domain-specific types or standardized error objects before entering the application state. This pattern drastically reduces runtime errors and enhances code robustness.

This skill analyzes raw WordPress Site Health reports (text, screenshots, or debug info). It converts diagnostic data into a prioritized, risk-tiered fix plan, identifying critical issues and recommended improvements. It provides exact, safe commands (WP-CLI/PHP snippets) necessary to address the site and strictly enforces safety protocols like backups, lint checks, and dry-runs.

This tool guides the creation of actionable monitoring dashboards for observability platforms like Grafana and SigNoz. Instead of merely displaying raw metrics, it focuses on structuring data to answer critical operational questions: Is the system healthy? Where are the bottlenecks? What changes occurred? And what action should be taken? It transforms raw metrics into decision-making tools.