The Best Web Scraping Tools in 2024: A Comprehensive Guide
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The Best Web Scraping Tools in 2024: A Comprehensive Guide

Web data collection has become essential for businesses in an increasingly data-driven world. Web scraping, a practice as old as the internet itself, is used across various industries for tasks such as price monitoring, market research, and lead generation. But which tool should you use?

We'll explore the best web scraping tools, including traditional options and the latest AI-powered solutions.
Additionally, we'll provide a detailed comparison of their features, pricing, and use cases to help you choose the right tool for your needs.

Web Scraping Market Map

The web scraping landscape is constantly evolving, making it difficult to keep track of the key players.
Below is a summary of the major tools and platforms in the market:

Web Scraping Market Map

Traditional Rule-Based Scrapers

For many years, rule-based web scraping has been the go-to method for extracting data from websites.
This approach involves writing custom code and rules to navigate through a website's structure and extract specific data points using CSS selectors or XPath.

Rule-based scraping has its advantages, but the limitations of these tools become apparent as you scale your web scraping operations and struggle with maintenance.


  • Granular control over the scraping process
  • Suitable for simple, static websites
  • Many open-source and low-cost options available


  • High maintenance costs due to frequent website changes
  • Slow development cycles and reliance on developer teams
  • Inconsistent data quality due to varying sources and constant updates
  • Difficulty handling dynamic websites and complex navigation
  • Scalability issues as the number of sources increases

When to use rule-based scraping:

  • Scraping a small number of websites with stable structures
  • Extracting data from websites with unique or complex layouts
  • Situations where fine-grained control over the scraping process is necessary

Popular Traditional Scraping Tools

ToolTypeCore Focus
ScrapyFrameworkOpen-source Python framework for web scraping
ZytePlatformAutomatic data extraction, proxy management, and headless browser support
Import.ioPlatformPoint-and-click data extraction interface
ScrapingBeeAPIProxy management, CAPTCHA solving, and JavaScript rendering
ScraperAPIAPIProxy rotation, browser rendering, and CAPTCHA handling

Many companies struggle with maintenance as they scale their web scraping. Websites constantly change and break the programmed rules and selectors. To deal with these challenges, some companies outsource their web scraping maintenance to virtual assistants in low-wage countries.

A new category of web scraping tools has emerged who is addressing these issues. These tools try to use AI to automate many of the maintenance tasks, reducing the associated challenges and costs.

AI-Powered Web Scraping Tools

AI-powered web scraping tools are revolutionizing how businesses extract and process unstructured web data. We discussed this transformation in detail in a previous blog post.

The emerging scraping stack will involve AI-powered data workflows that automatically extract, process, and transform data into the desired format, regardless of the source. Market Map


  • Automated maintenance, adapting to website changes without manual intervention
  • Faster development cycles, with no-code or low-code setup
  • Improved data consistency and reliability
  • Ability to handle dynamic websites and complex navigation
  • Scalability, allowing businesses to scrape data from a large number of sources
  • Cost-effective, reducing the need for dedicated developer teams and manual labor


  • Higher upfront costs compared to open-source rule-based tools
  • Potential limitations in customization for highly specific scraping requirements
  • Dependence on the AI tool provider for updates and support
  • Possible learning curve for non-technical users

When to use AI-powered scraping:

  • Scraping data from a large number of websites with varying structures
  • Handling websites with frequent layout changes and dynamic content
  • Automating data extraction and integration workflows
  • Situations where speed, scalability, and maintenance-free operation are crucial

Popular AI-powered scraping tools

ToolTypeCore Focus
KadoaPlatformNo-code setup, automated maintenance, and easy integration with existing systems
Browse.aiPlatformData extraction or website monitoring without coding
BardeenPlatformGeneric no-code automation platform with web scraping capabilities

AI-powered web scraping tools are gaining a lot of popularity because these tools streamline the data extraction process, reduce maintenance costs, and enable businesses to focus on analyzing and utilizing the data rather than worrying about the technicalities of web scraping.

How to Choose the Right Web Scraping Tool

Choosing the right web scraping tool can be overwhelming. Consider these factors to make an informed decision:

  1. Website Complexity: For static, simple websites, a rule-based tool might suffice. For dynamic, JavaScript-heavy sites with frequent changes, AI-powered tools like Kadoa or are better.
  2. Scalability: If you expect to grow and handle large volumes of data, choose a tool with robust infrastructure and high scalability.
  3. Ease of Use: If you have limited coding skills, opt for a no-code or low-code tool like Kadoa or Bardeen. For experienced developers, tools like Scrapy or BeautifulSoup offer more control.
  4. Maintenance: Rule-based tools require ongoing maintenance for website changes. AI-powered tools like Kadoa automate maintenance, reducing time and costs.
  5. Integration Capabilities: Look for tools that easily integrate with your existing systems via APIs, webhooks, or pre-built connectors.
  6. Pricing: Compare pricing models, considering monthly fees, data volume limits, and additional charges. Account for the total cost of ownership, including development, maintenance, and scaling.

Here's a simple decision matrix based on these factors:

FactorTraditional ToolsAI-Powered Tools
Website Complexity✔️ (simple, static websites)✔️✔️ (complex, dynamic websites)
Scalability❌ (limited, slow for diverse sources)✔️ (highly scalable)
Ease of Use✔️ (requires coding skills)✔️✔️ (no-code/low-code options)
Maintenance❌ (high maintenance)✔️ (automated maintenance)
Integration Capabilities✔️ (varies by tool)✔️✔️ (APIs, webhooks, connectors)
Pricing✔️✔️ (often open-source, low cost)✔️ (higher upfront costs, long-term savings)

Pricing Comparison

The cost of a tool can vary greatly depending on the features, scalability, and level of automation it offers.

Traditional rule-based tools are often free and open-source, appealing to small projects or limited budgets. However, they come with hidden costs in development, maintenance, and scaling.

AI-powered web scraping tools have higher upfront costs due to their AI infrastructure. They offer long-term savings by automating maintenance, reducing the need for developers, and scaling efficiently.

Consider the total cost of ownership (TCO), which includes upfront costs and ongoing expenses. AI-powered tools like Kadoa are more cost-effective long-term, automating many tasks and reducing manual work.

Since comparing prices, credits, and features between tools is challenging, we focus on the top three AI-powered tools:

Free PlanYesYesYes
Free Plan Details300 credits, API & DashboardUnlimited non-premium usage50 credits per month
Basic Plan Price$39/month$15/month$48.75/month
Basic Plan Credits25,000 credits/month500 credits/month2,000 credits/month
Advanced PlansCustom (Enterprise)Business (500 credits), EnterpriseProfessional (5k credits), Team (10k credits), Enterprise
Credit SystemYesYesYes
Credit ExpiryMonthlyMonthlyMonthly/yearly
API AccessYesYesYes
IntegrationsAPI-first, pre-built integrationsCRM integrations, premium integrationsPremium integrations
Example Credit CostsExtracting a data row: 1 credit, Extracting a details page: 10 credits1 data segment: 1 credit (varies by action)Extract 10 rows: 1 credit, Premium site costs: 2-10 credits


Businesses now have a wider range of web scraping options than ever before, especially with the rise of AI-powered tools.

So how do you pick the right tool?

  • consider the different requirements for your project
  • use our decision matrix to choose the right tool category (rule-based or AI-powered).
  • compare tools within that category based on pricing, ease of use, and other factors.

AI-powered scrapers offer significant advantages, but they are not a solution for everything and have their limitations. For a deeper dive into these challenges, check out our blog post on AI agents.

If you need further guidance in choosing the right web scraping tool for your project, feel free to reach out to our team for free and unbiased consulting.

We have extensive experience with various scraping projects and tools, understand their pros and cons, and can help you evaluate them. We are also willing to refer you to another tool if it is a better fit for your needs.