Rotating proxies

Rotating or dynamic proxies represent a type of proxy server, specially designed to ensure a high level of anonymity and efficiency in work tasks. They automatically change their IP address with each new request to a website, providing users with a unique IP for every new page they navigate to. This approach significantly complicates the task for target websites to identify and block a specific IP address or even an entire subnet, as the outgoing requests constitute a highly diverse set of IP addresses.

This feature of rotational proxies makes them the ideal tool for a wide range of tasks that require a high degree of anonymity and the ability to circumvent restrictions and blocks imposed by websites. They are widely used in task automation, web scraping, mass internet action automation, and among users seeking to maximize their anonymity online. The use of rotational proxies not only speeds up the data collection process from various resources but also significantly reduces the risk of rapid detection by automatic systems and subsequent blocking by site administrations.

For businesses looking to enhance their web scraping and data harvesting capabilities, the best rotating proxy service with automatic IP rotation, ideal for seamless web scraping and data harvesting, can provide unparalleled benefits. Additionally, dynamic proxies for sale, designed for businesses requiring reliable and fast proxy rotation, ensure that your operations remain efficient and undetected.

Our dynamic IP proxies are designed to work with third-party APIs. One API request equals one limit in the tariff plan. All requests are counted based on concurrent connections. If you are working with standard websites (e.g., page scraping), one thread does not always equal one connection. Your browser or program may send dozens of requests simultaneously. For example, loading an e-commerce page may require 20 to 40 requests, and a Google search may send up to 150 requests in a single query.

Before purchasing a tariff plan, we recommend checking the number of requests a source website generates. You can determine this using online tools, such as RequestMap. Enter the URL, and you'll get a map of all requests, showing their number and types.

You can also check this in the "Developer Tools" of your browser. Go to the "Network" tab. This shows all network activity during the page loading process. Refresh the page to start tracking requests from the moment loading begins. Make sure the "Network" tab is active before doing this to capture all requests. Once the page loads, you'll see a list of all network requests made. The Developer Tools panel will display the total number of requests made, as well as the amount of data transferred. We write more about this here.

Yes, in your personal cabinet you can monitor the consumption of credits for your tariff plan. If necessary, you can increase the limit of requests. Statistics is displayed with a slight delay (about 2-5 minutes).

No, you can buy from us datacenter IPv4 proxies with per-request rotation and they will have completely unlimited traffic. You only need to keep track of your plan limits (credits).

All rotational proxy rates use only legal server IP addresses, you have access to the entire pool of our proxies at once. We do not use residential IPs and other botnet variations. Our service includes specialized rotating proxy servers, equipped with advanced rotation technologies for secure internet activities.

Errors 4xx and 5xx also use up the tariff limit, because we sent a request and received a response from the server. We recommend you to keep an eye on errors in your software to avoid wasting the limit.

The validity period of each tariff plan is 30 days. You can spend the entire limit in 1 day or stretch it for the whole 30 days. After 30 days, your remaining limit will expire. You can renew your plan, in which case you will again have access to your full request limit. Unused credits are not carried over to the next month when you extend the tariff.

You can withdraw funds from the system within the first 24 hours after purchasing the tariff plan. In this case unused credits will be converted to your personal account balance and you will be able to request a withdrawal through the ticket system. In the future you can also cancel your tariff, but the funds will remain on your personal account balance for purchasing other products and/or services within our system. Withdrawal from the system after 24 hours is not available.

To reduce the number of requests when accessing a webpage through your software, you can disable the loading of certain types of content that often are not critical to the core functions of the webpage. Here are some of the elements whose loading can be disabled to save on requests:

1. Advertising Material: Ad scripts and banners often require numerous requests for display and can significantly slow down page loading.

2. Images and Multimedia: Disabling the loading of images, videos, and audio can significantly reduce the number of requests. This is particularly relevant for sites where multimedia content is not the main focus.

3. Third-party Widgets and Plugins: Social network widgets, comments, chats, and other plugins often load additional scripts and styles.

4. Styles and Fonts: Some web pages use numerous external styles and fonts, each of which requires a separate request.

5. JavaScript Scripts: Many sites load a large number of JavaScript files, which may not be necessary for performing specific tasks.

How to disable the loading of these elements:

Using Client-side Configurations: If your software is based on a web browser or uses its components, you can configure it to ignore images, CSS, or JavaScript during page loading.

Using Specialized Software: There are development tools and libraries that allow you to control the loading of resources at the HTTP request level, such as Puppeteer for Chrome browser management or PhantomJS.

Modifying HTTP Requests: In some cases, HTTP requests can be configured in such a way that the server does not send certain types of content.

Disabling the loading of these elements can significantly speed up your software's operation and reduce network load, especially when performing tasks that do not require the full loading of all page resources, such as web scraping or automating actions on the internet. However, it's important to remember that this can also affect the appearance and functionality of web pages, so a balance between performance and content completeness is necessary.

For cost-effective solutions, consider using affordable rotating proxies, providing cost-effective solutions with auto and manual rotation settings. Additionally, premium backconnect proxy services, offering robust and scalable rotating IP solutions, can enhance your web scraping and automation tasks, ensuring reliability and efficiency.

In the realm of software development, automated testing is essential for ensuring the reliability and functionality of applications. Rotating proxies play a pivotal role in enhancing automated testing by providing a fresh IP address for each test, which helps avoid issues related to IP bans or restrictions. Here are some concrete examples and case studies illustrating the benefits of using rotating proxies in automated testing environments.

Case Study 1: Enhancing Localization Testing

A global e-commerce platform needed to perform extensive localization testing to ensure their website rendered correctly in various regions. Using static IPs led to frequent bans and inconsistent results. By switching to rotating proxies, they could dynamically change their IP addresses, mimicking real user behavior from different geographical locations. This approach significantly improved the accuracy and coverage of their tests.

Results:

- 90% Increase in Test Coverage: The platform could now test their site from multiple locations worldwide without getting blocked.
- 50% Reduction in Test Time: Automated IP rotation streamlined the testing process, reducing the overall time required for comprehensive testing.

Case Study 2: Improving Cybersecurity Testing

A financial services company needed to simulate multiple cyber-attack vectors to test their security systems. Using static IPs for these tests often resulted in early detection and blocking, which compromised the effectiveness of their tests. By using rotating proxies, the company could simulate attacks from various IP addresses, enhancing the realism of their tests and uncovering vulnerabilities more effectively.

Results:

80% more comprehensive security audit: Proxy server rotation allowed a thorough audit of the company's security systems due to a larger number of simultaneous requests.
- 60% Improvement in Threat Detection: The realistic testing scenarios helped identify previously undetected vulnerabilities.

Case Study 3: Scaling Load Testing for a Social Media Platform

A social media platform needed to conduct load testing to ensure their servers could handle peak traffic periods. Static IP addresses quickly became a bottleneck, as their tests were throttled or blocked by target servers. By switching to rotating proxies, they were able to distribute the load more effectively across multiple IPs, preventing blocks and ensuring accurate load testing results.

Results:

- 70% Increase in Load Testing Capacity: The use of rotating proxies allowed the platform to test with higher traffic volumes without encountering blocks.
- 50% Faster Test Completion: The dynamic rotation of IP addresses sped up the testing process significantly.

Key Benefits of Rotating Proxies for Automated Testing

1. Enhanced Test Coverage and Accuracy: Rotating proxies provide a diverse set of IP addresses, which helps in simulating real-world scenarios more accurately.
2. Reduced Risk of IP Bans: Dynamic IP rotation minimizes the chances of IP bans, ensuring continuous and uninterrupted testing.
3. Scalability and Flexibility: Rotating proxies can handle large-scale testing requirements, making them ideal for enterprises with extensive testing needs.

Using comprehensive rotating proxy services, offering dynamic IP rotation, businesses can optimize their automated testing processes, ensuring reliable and efficient performance across various testing scenarios. For cost-sensitive projects, cheapest rotating proxy options available, payable with BTC for maximum affordability and convenience, provide a flexible payment method that can cater to various budget constraints. Additionally, reverse backconnect proxies for advanced user needs, compatible with dynamic applications, offer enhanced functionality for more complex testing environments.