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When it comes to gathering online data, two terms often create confusion: web crawling and web scraping. Although both involve extracting information from websites, they serve different purposes and employ distinct methods. In this article, we’ll break down these concepts, show you how they work, and help you decide which one suits your data extraction needs.

Google Finance is one of the most comprehensive financial data platforms, offering real-time stock prices, market analytics, and company insights. Scraping Google Finance provides access to valuable data streams that can transform your analysis capabilities. In this guide, we'll walk through building a robust Google Finance scraper using Python, handling anti-bot measures, and implementing best practices for reliable data extraction.

YouTube handles over 3B searches every month, making it the world’s second-largest search engine. Tapping into that web data uncovers trending topics, competitor strategies, and content gaps you can exploit. However, extracting that information requires navigating YouTube’s sophisticated CAPTCHAs and technical hurdles. In this guide, you’ll learn some proven approaches on how to scrape YouTube search results at scale and choose the right method for your specific needs.

Zillow hosts millions of real estate listings across the U.S., but manually collecting that data is slow and error-prone. This guide walks you through how to scrape Zillow data effectively and ethically. You’ll learn what kind of data is accessible, which tools to use, and how to handle anti-scraping challenges to keep your pipeline running smoothly.

Proxies act as intermediaries between your device and the internet, helping mask your IP, bypass geo-restrictions, and enable tasks like web scraping. But some proxies are slow, easily blocked, or insecure. That’s why in this blog post, we’ll show you how to test proxies to ensure they deliver the performance, reliability, and anonymity your use case demands.

Your company's data is everywhere – databases, spreadsheets, legacy systems, but most sits unused because nobody knows how to connect the pieces. Businesses waste millions rebuilding what already exists. Data mapping fixes this chaos. It bridges isolated information and creates actionable insights. AI now makes it automatic, and today we're exploring how it does so.

ZoomInfo is a goldmine for B2B teams – over 100M company profiles and 260M contacts, all in one place. But getting that data isn’t easy. With strict defenses like CAPTCHAs, browser fingerprinting, and aggressive IP bans, most scrapers fail after just a few requests. That’s where this guide comes in. We’ll show you how to bypass ZoomInfo’s countermeasures and extract clean, actionable data at scale.

After years of progress, AI has gotten a lot better at acting like human thinking. Whether that’s in machine learning, robotics, natural language processing (NLP), or training AI agents. But one thing still holds true – AI is only as good as the data it learns from. In this post, we’ll look at why high-quality training data matters so much when building strong AI systems.

Google Shopping is a product search engine that aggregates listings from thousands of online retailers. Businesses scrape it to track competitor pricing, spot trends, and gather valuable eCommerce insights. Using APIs, no-code tools, or custom scripts, you can extract data like product titles, prices, ratings, and more. In this guide, we’ll build a custom scraping script using Python and Playwright!

Google Scholar is a free search engine for academic articles, books, and research papers. If you're gathering academic data for research, analysis, or application development, this blog post will give you a reliable foundation. In this guide, you'll learn how to scrape Google Scholar with Python, set up proxies to avoid IP bans, build a working scraper, and explore advanced tips for scaling your data collection.

Ever feel like you're sharing a slow lane on the information highway? Standard proxies act as intermediaries, masking your IP address for privacy or accessing geo-specific web data. But when performance and a clean reputation matter most, dedicated proxies step in as a powerful solution offering exclusive access, speed, and stability tailored to your needs.

Scraping Amazon without proxies leads to IP bans, CAPTCHAs, and rate limits, making data collection nearly impossible. Proxies are essential for bypassing these defenses and accessing vital pricing and product data. This guide explains why scraping Amazon is challenging, how proxies can help, and which types of proxies are most effective for reliable, large-scale Amazon data extraction.

A rotating proxy is a proxy server that automatically assigns a new IP address at regular intervals or after each connection. In this guide, we'll delve into how rotating proxies work, the different types available, and the most common use cases where they offer a clear advantage.

Big news! Smartproxy has officially introduced its new name – Decodo, marking the next chapter in our journey to revolutionize proxy and web scraping solutions. While our name has changed, our commitment to delivering cutting-edge tools remains the same.

Web scraping should be simple. Yet, choosing the right solution often feels like a challenge – different APIs for different targets, multiple subscriptions, and unnecessary complexity. That’s why we’re introducing a more convenient way to collect data from various targets – our four scraping APIs are becoming one, more powerful than ever, Web Scraping API. Now, you can collect data from all targets – eCommerce, SERPs, social media, and web, with one unified API.

If you’re here, you already know Amazon constantly tweaks product prices. The eCommerce giant makes around 2.5 million price changes daily, resulting in the average item seeing new pricing roughly every ten minutes. For sellers, marketers, and savvy shoppers, that creates both a challenge and an opportunity.

This comprehensive guide walks you through proven methods – from Excel's built-in tools to powerful scraping APIs that can simplify your Amazon price monitoring workflow.

As a data scientist, you’re already using R for data analysis and visualization. But what if you could also conveniently use it to gather data directly from websites? With the R programming language, you can seamlessly scrape static pages, HTML tables, and even dynamic content. Let’s explore how you can take your data collection to the next level!

This comprehensive guide will teach you how to scrape Amazon product data using Python. Whether you’re an eCommerce professional, researcher, or developer, you’ll learn to create a solution to extract valuable insights from Amazon’s marketplace. By following this guide, you’ll acquire practical knowledge on setting up your scraping environment, overcoming common challenges, and efficiently collecting the needed data.