Advantages of using mobile proxies

Mobile proxies utilize IP addresses assigned to mobile devices by mobile operators, enabling users to connect to the Internet with the IPs of these devices. This offers a higher level of anonymity and authentically mimics the behavior of a real mobile network user.

Using mobile proxies brings several advantages due to the specifics of their operation. Let's explore how you can work with mobile proxies in various areas and the benefits businesses gain from using them. Additionally, we will examine how these proxies can help reduce the costs associated with performing tasks in various fields.

Specifics of operation and application areas of mobile proxies

Mobile operators employ dynamic IP address distribution technology to address the issue of limited IP numbers, making it unfeasible to assign a static IP to each device on a cellular network.

Additionally, dynamic distribution enables operators not to permanently assign an IP address to a device but rather allocate it for the duration of an active connection. Consequently, one IP address can sequentially serve multiple users, preventing web resources from blocking such IPs. This approach also streamlines network infrastructure and simplifies administration for mobile operators.

When utilizing these proxies, users can control IP address rotation by setting time intervals for changes or using a special link. This flexibility makes mobile proxies highly functional and ideal for tasks such as:

• web scraping;
• mass account registration;
• promotion on advertising platforms;
• testing and monitoring websites, applications, and advertising campaigns.

Mobile proxies are extensively used in business for internet marketing, development and testing, business analytics, and research, as well as e-commerce. They enable effective advertising targeting and task automation.

Key benefits of using mobile proxies

Understanding the algorithm of mobile proxies highlights several key advantages, primarily related to their ability to rotate IPs, which will be discussed further.

Avoiding blocks

Understanding the dynamics of IP address changes with mobile proxies reveals several key benefits, particularly in enhancing anonymity. This feature complicates the ability of web resources to track activities and link different requests to a single user, especially when those requests originate from varied IP addresses. This capability is crucial when automating tasks such as data parsing, managing multiple social media profiles, or conducting mass registrations, where using a single IP address could result in blocks.

Dynamic IP addresses also enable effective circumvention of protective mechanisms on web resources. Many sites and online platforms implement protective measures against bot attacks, including limits on the number of requests from one IP address.

Proxy rotation allows for the continuation of tasks without breaching site rules by simulating natural user behavior, where a real user might connect to the internet through different towers, causing frequent IP changes. This simulation makes proxy user traffic appear more like typical user traffic, substantially reducing the risk of blocking.

These features position mobile proxies as exceptionally secure tools for bypassing restrictions and ensuring uninterrupted online operations.

Reducing marketing and SEO costs

Using mobile proxies in digital marketing, particularly in advertising, significantly optimizes costs due to their unique operational features.

When employing mobile proxies, users receive a set of IP addresses from a mobile operator within a chosen geographic region. By opting for a rotation model linked by a URL, users can update their IP address as often as needed. Each time the link is accessed, the IP address changes, enabling substantial savings over static proxies, despite their seemingly higher initial cost.

For example, consider a scenario where effective data scraping requires the IP address to be updated every minute, necessitating the use of 60 IP addresses per hour. If using static ISP proxies, the user would need to purchase 60 individual proxies.

Let's say one ISP proxy from Poland on the Proxy-Seller website costs $4. Buying in bulk might save some money, resulting in a total cost of $156 for the pool, with each IP address effectively costing $2.6.

Continuing with the example of mobile proxies, let’s consider the scenario using the Orange mobile operator in Poland, which supports rotation by link. The cost for using this service over the same period is $59. This breaks down to a cost of $0.98 per proxy during an hour of work.

In this setup, the user gains access to the entire pool of proxies provided by Orange in Poland, which encompasses thousands of IP addresses. It’s important to note that the single IP address provided at purchase represents a gateway server—essentially the only entry point through which users can connect to the vast pool of mobile IP addresses offered by the proxy provider.

Thus, by utilizing mobile proxies, we've achieved a savings of $97 per month on advertising or other related tasks. This significant reduction in costs enables the testing of various marketing strategies without incurring unnecessary expenses.

Moreover, purchasing mobile proxies with an option for up to a year, often with additional discounts, allows for more strategic budget management and a considerable decrease in advertising costs over the long term.

To illustrate this, let’s compare the annual cost of a pool of 60 ISP proxies:

Cost of annual use of mobile IP addresses:

Effective application testing

When testing mobile applications, mobile proxies are an essential tool because they use IP addresses assigned by mobile operators to simulate access through real mobile networks. This enables developers to practically assess how the application behaves on mobile devices across various environments.

Uses of mobile operator proxies in testing include:

• Testing the application’s content or advertising display based on the user's region helps verify the correct localization and compliance with local content access laws.
• Evaluating how the application performs over different mobile networks (2G, 3G, 4G, 5G) helps assess its functionality under varying internet speeds and stability.
• Checking the application’s loading speed and responsiveness across different world regions.
• Testing how the application functions in countries with internet access restrictions or blocks.
• Verifying that localized payment systems and methods work correctly in various countries.

Additionally, mobile proxies help circumvent issues related to server-side data caching, which can lead to incomplete data updates, false positives in test results, conflicts during parallel testing, and issues with cache invalidation. Regularly changing the mobile proxy’s IP address enhances testing efficiency by providing testers with accurate, real-world insights into the application’s performance.

Advantages of mobile proxies over other types

To objectively assess the benefits of mobile proxies, it's essential to understand the features of all existing proxy types. Besides mobile proxies, there are:

• ISP proxies: issued by internet service providers, these proxies are tied to the IP addresses provided by ISPs.
• Server IPv4/IPv6: located in private data centers, these proxies offer dedicated server-based IP addresses.
• Residential proxies: belong to devices of real home internet users and use actual residential IP addresses.

Different proxy types offer varying conditions of use, providing distinct levels of data security, stability, connection speed, and protection from blocking. To clarify these differences, let’s examine a comparative table of all types of proxy servers.

When discussing connection stability and speed, it's challenging to provide precise speed metrics for specific types of proxies. Generally, mobile proxies may be slower than those from data centers or ISPs due to the inherent characteristics of mobile networks, which can be influenced by various factors, from the network type (3G, 4G, 5G) to the quality of the mobile operator’s infrastructure. Despite this, mobile proxies often manage to offer stable IP operations with respectable speeds up to 300 Mbps.

In terms of protection from blocking, mobile proxies virtually eliminate the risk due to their dynamic nature. This makes them exceptionally secure compared to other types of proxies, marking a significant advantage over traditional proxies.

Datacenter IP addresses, however, may find themselves on spam databases and blacklists, as they are frequently recognized by websites as proxy addresses and not linked to real user devices. ISP proxies typically enjoy a higher trust rating and experience less frequent blocking because they are directly issued to clients of Internet services located in residential and office settings. Residential proxies offer high reliability but, in theory, could still face blocking or restrictions if the number of requests from a single IP address exceeds a site's limits.

Considering cost-effectiveness and the sales model, mobile IP addresses are among the most economical options. As demonstrated earlier, the savings per IP address can be $1.62 when compared with ISP proxies, which are the most reliable for static IP use. Residential proxies require purchasing traffic, the amount of which can be difficult to estimate, whereas mobile proxies provide unlimited traffic.

For those needing to frequently change geolocation, the range of options is extensive, with over 20 popular countries and multiple mobile operators available, ensuring a broad selection of IP addresses suitable for various tasks.