Datacenter (DC) proxy

Datacenter proxies offer several key advantages over residential and mobile proxies, making them a preferred choice for many use cases—especially when stability, speed, and cost-effectiveness are priorities.

Cost efficiency: Datacenter proxies are typically more affordable than residential or mobile proxies, especially when purchased in bulk. They often come with unlimited bandwidth, making them a budget-friendly solution for businesses and users looking for cost optimization.

Speed and stability: Datacenter proxies deliver high-speed connections and substantial bandwidth, which is critical for data-intensive tasks and fast access to online resources. They also offer greater stability compared to mobile proxies, where speed and availability can fluctuate.

Ease of use: Datacenter proxies are easier to configure and manage, particularly when scaling up to handle high volumes of requests or multiple users. They provide standardized solutions that integrate seamlessly into existing infrastructures without complex setup.

Legitimate IP addresses: Unlike some residential or mobile proxies, datacenter proxies use IP addresses that are properly allocated and managed in accordance with regulations. This lowers the risk of blocks or legal issues associated with unclear or unauthorized IP sources.

Scalability: Datacenter proxies scale effortlessly, allowing businesses to increase their available IP pool and bandwidth as their needs grow. This flexibility supports expanding projects and evolving business requirements.

These benefits make datacenter proxies an excellent choice for organizations and users who need a reliable, high-speed, and cost-effective solution for anonymous browsing, data protection, and executing large-scale online tasks.

Using datacenter proxies for data scraping and competitor price monitoring offers a range of advantages that can significantly boost the efficiency and effectiveness of these processes.

Anonymity: Datacenter proxies mask your real IP address, helping you avoid blocks or access restrictions from target websites. This allows you to collect data safely, without the risk of being flagged or banned.

Parallel Access: By using multiple proxy servers, you can send a high volume of requests simultaneously, speeding up data collection and price comparison tasks.

Bypass geo-restrictions: Datacenter proxies with IPs from different regions give you access to information that might be restricted based on location, allowing you to compare prices on a global scale. For example, certain products may be unavailable in specific regions on marketplaces — our proxies easily solve this challenge.

Enhanced performance: Thanks to high-speed connections and stable performance, datacenter proxies enable fast, efficient data retrieval, which is essential when handling large volumes of information.

Risk reduction: Using datacenter proxies for scraping helps you avoid legal and ethical risks associated with unauthorized data access. You get a legitimate, controlled solution for gathering business intelligence.

Control and flexibility: Datacenter proxies give you full control over your scraping process, allowing you to customize requests, manage request frequency, and adapt your data collection strategies as needed — without having to constantly replace proxies in your projects.

Leveraging datacenter proxies for data scraping and price monitoring is a powerful tool for businesses, providing accurate, up-to-date market insights, competitor analysis, and consumer trends — all essential for informed decision-making and strategic planning.

HTTP proxy. This is the most common type of proxy. It's mainly used to manage browsers and other applications that rely on the TCP protocol. When you make a request through your browser, the browser forwards it to the proxy, the proxy fetches the data from the server, and then sends it back to you.

However, there’s a catch: since HTTP data is transmitted in plain text, it can be intercepted by the proxy server or even your ISP, as it isn’t encrypted. The solution? Move to HTTPS.

HTTPS proxy. Everything works the same way as with HTTP, but the key difference is that all data is encrypted. Thanks to robust encryption algorithms, even if your ISP stores encrypted traffic, they can’t do anything with it. Decryption keys are not available, and breaking the encryption would take an infinite amount of time. However, keep in mind that while your data is protected, the fact that you're using a proxy is still visible, which means you don’t achieve full anonymity. That’s where a newer protocol comes into play.

SOCKS proxy. SOCKS is a newer, more advanced data transfer protocol. In addition to encryption, it doesn’t modify HTTP headers and transfers data directly, making it nearly impossible to detect proxy usage. To the target site or service, it looks like you’re connecting directly, and only the proxy’s IP address is visible. That’s why SOCKS is considered fully anonymous.

SOCKS4 supports only TCP connections, while SOCKS5 supports TCP, UDP, username/password authentication, and even remote DNS requests.

It’s true that datacenter proxies can sometimes be detected for a few reasons. These proxies typically use IP ranges assigned to businesses rather than residential users. As a result, websites and services may flag your requests as non-residential traffic.

Datacenter IPs often handle higher volumes of traffic from a single address, which is uncommon for individual users and can indicate proxy usage. Unlike residential proxies, datacenter proxies are not linked to traditional internet service providers, which can be another signal that they’re being used for web scraping or automation. Additionally, because datacenter IPs are widely used and sometimes abused, they are slightly more likely to appear on blacklists.

That said, datacenter proxies remain a popular choice thanks to their speed, reliability, and affordability. They are widely used for tasks that don’t require mimicking everyday user behavior, such as web scraping, website testing, and secure anonymous browsing.

There’s another important factor to consider: most VPN services are built on datacenter proxies. With millions of users worldwide, it’s becoming increasingly difficult to detect automated traffic based solely on IP ranges. That’s why datacenter proxies are more relevant than ever today.