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GitHub is one of the most significant sources of technical knowledge on the internet, especially for developers building intricate applications. Follow this guide to learn how to extract this valuable data and effortlessly follow the latest tech trends.

TikTok has become a goldmine of user-generated content and social media insights. With over 1 billion active users creating millions of videos daily, the platform offers unprecedented opportunities for data analysis, trend monitoring, and business intelligence. This comprehensive guide shows you how to scrape TikTok data effectively using Python.

With all the buzz about AI taking over our jobs, why not flip the script and employ AI to help you write efficient code and boost your productivity instead? In 2026, the best AI tools for coding are designed to be your new sidekick, helping you code smarter, faster, and with less stress. Let's explore how you can make AI work for you before the inevitable machine world domination.

Whether you call yourself a seasoned proxy user or just starting to leverage the power of proxies, it's always good to learn a thing or two. And this time, we're talking about backconnect proxies. In short, backconnect proxies allow you to remain anonymous while accessing the internet by constantly rotating your IP address. These proxies are useful for individuals or companies who need to navigate internet restrictions, monitor competitors, or run web scraping tools.

In this guide, we'll explore everything you need to know about backconnect proxies, how they work, and what benefits you're in for. Shall we begin?

Web scraping has become increasingly complex as websites deploy sophisticated anti-bot measures and dynamic content loading. While traditional scraping approaches require extensive manual coding and maintenance, artificial intelligence offers a transformative solution. Claude, Anthropic's advanced language model, brings unique capabilities to the web scraping landscape that can dramatically improve both efficiency and effectiveness.

More and more industries now depend on data to make informed choices, which means having a fast, reliable way to collect structured web data is no longer optional. It’s a core need. In this overview, we’ll examine the top web scraping services of 2026, covering what they provide, their pricing models, the users they serve best, and their unique strengths. Whether you’re growing your data infrastructure or moving on from outdated tools, this guide is here to help you make a smart, well-matched choice.

Ever wished you could make the web work for you? JavaScript web scraping allows you to gather valuable information from websites in an automated way, unlocking insights that would be difficult to collect manually. In this guide, you'll learn the key tools, techniques, and best practices to scrape data efficiently, whether you're a beginner or a developer looking to streamline data collection.

Do you want to unlock the power of invisible browsing? A headless browser works like a regular browser but without the visual interface. It runs invisibly, automatically visiting websites to test pages or collect data. Faster and lighter than regular browsers, it's perfect for developers. In this guide, we’ll explain how headless browsers work, their uses, pros/cons, and top tools to choose from.

Large language models (LLMs) are universal tools that improve text understanding and generation across different tasks. However, they often lack specific industry knowledge. Training a model on your own data is important for adjusting, accurate, and efficient responses. This article will guide you through the training process, best practices, and challenges to help you get started with confidence.

With the rapid improvements in artificial intelligence technologies, it seems that 2026 will present some new challenges for web scraping enthusiasts and professionals. Over the years, anti-bot systems have become increasingly sophisticated, which makes extracting valuable data from websites a true challenge. As businesses intensify their efforts to protect against automated bots, traditional web scraping methods are being put to the test. The surge in anti-bot measures is not only due to heightened cybersecurity awareness but also signifies a shift in the digital ecosystem and growing competition. As a result, those who want to leverage publicly available data need to recalibrate their strategies to navigate and circumvent anti-bot systems.

If CAPTCHAs and IP bans were not on your bingo card for 2026, our comprehensive guide is a must-read. We’ve sat down with our scraping gurus and discussed the best practices, gathered all the pro tips, and summarized what’s coming next for anti-bot systems and scrapers. As 2026 approaches, it demands a proactive approach to understanding, outsmarting, and ultimately thriving in the face of escalating anti-bot measures, so grab a cup of coffee and dive into our guide.

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AI web scraping with Python lets you extract data from websites without relying on fragile parsing rules. AI helps handling page inconsistencies and dynamic content, while Python continues to manage fetching. In this guide, you'll see how models extract data from unstructured pages, reduce manual parsing rules, support automation, and scale into reliable pipelines.

Wikipedia has over 60 million articles, making it a valuable resource for machine learning training data, research datasets, and competitive intelligence. This tutorial guides you through extracting your first article to building crawlers that navigate Wikipedia's knowledge graph. You'll learn to extract titles, infoboxes, tables, and image references, then scale up to crawling entire topic clusters.

You've mastered static HTML scraping, but now you're staring at a site where Requests + Beautiful Soup returns nothing but an empty <div> and <script> tags. Welcome to JavaScript-rendered content, where you get the material after the initial request. In this guide, we'll tackle dynamic sites using Python and Selenium (plus a Beautiful Soup alternative).

AI web scraping is the process of extracting data from web pages with the help of machine learning and large language models. It uses them to read a web page the same way humans do, by understanding its meaning. The problem with traditional scrapers is that they tend to stop working when the HTML structure is inconsistent or incomplete. In these cases, AI helps scrapers to quickly adapt and find the right information. Sometimes, even a single misplaced tag can ruin your whole web scraping run. AI solves that by shifting focus to the meaning of the content rather than relying on rigid rules to define what data to scrape. That's why AI web scraping is becoming a practical choice for many projects.

SoundCloud is a mother lode for AI training data, with millions of audio tracks spanning every genre and style imaginable. In this guide, we’ll show you how to tap into that library using Node.js, with the help of proxies. You’ll get hands-on code examples and learn how to collect audio data for three key AI use cases: music generation, audio enhancement, and voice training.

Web scraping with Ruby might not be the first language that comes to mind for data extraction – Python usually steals the spotlight here. However, Ruby's elegant syntax and powerful gems make it surprisingly effective. This guide walks you through building Ruby scrapers from your first HTTP request to production-ready systems that handle JavaScript rendering, proxy rotation, and anti-bot measures. We'll cover essential tools like HTTParty and Nokogiri, show practical code examples, and teach you how to avoid blocks and scale safely.

Real estate web scraping has become an essential way to collect up-to-date property data from platforms like Zillow, Realtor.com, Redfin, Rightmove, and Idealista without manual effort. Automated extraction helps individuals and businesses track prices, compare neighborhoods, and monitor supply trends with higher accuracy. In this guide, you'll get a practical overview of the tools, methods, and considerations involved in working with real estate listings as structured data for analysis, research, and everyday business use.

The morning after Black Friday, Sarah Chen had buyer's remorse. She'd grabbed a skincare set from Ulta on Friday for $14, thinking she'd scored a deal. But by Monday, she watched the same product drop to $12. By Wednesday, it hit $11. She'd paid 27% more than patient shoppers who waited just three days.

An exclusive analysis conducted by web data company Decodo, with data collected starting from Black Friday (28 November 2025) through early December 2025, exposed a phenomenon where the days after Black Friday matter as much as the day itself. For millions of shoppers, the question isn't whether they got a good deal on November 28. It's whether they should have waited until December.