iProxy
iProxy.online is a mobile proxy platform for teams that need private IPs from real mobile devices and SIM cards. Unlike services that sell access to shared IP pools, this solution works through physical Android smartphones connected to mobile carriers in different countries.
Each proxy runs through a separate device with an active SIM card. The connection goes through a real mobile network, such as T-Mobile, Vodafone, MTS, Jio, or one of 100+ supported operators across 100+ countries. For tasks where account stability, geography, network type, and connection control matter, this format can be more practical than standard datacenter or shared proxies.
The platform offers two usage models: users can buy ready-made proxies from the marketplace or install the app on their own Android devices to build a private mobile proxy infrastructure for their tasks.
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What is iProxy.online and what task does it solve
In multi-accounting, advertising, social media, SEO, e-commerce, and testing, having a different IP is not enough. A team often needs each account or browser profile to have a separate, stable, and clear network environment: its own location, its own carrier, its own rotation logic, and no overlap with other accounts.
This is the task the service helps solve. It turns an Android smartphone with a SIM card into a private proxy server that can be used with browser profiles, automation, checks, public data collection, or mobile scenario testing.
In this context, mobile proxies are useful because the IP belongs to a real mobile carrier rather than a datacenter. This helps better reproduce the behavior of a regular mobile user in the required country or network.
How the mobile proxy infrastructure works
In the standard model, users buy access to an already prepared device in the required geography. This option is suitable when a mobile IP is needed quickly for an account, ad check, social media process, or regional test.
The second option is a self-managed infrastructure. A team installs the app on its own Android smartphones, uses its own SIM cards, and controls devices, carriers, geos, and access rules independently. This is useful for businesses that want full control over the network layer and do not want to depend on shared pools.
IP rotation also plays an important role. It can be triggered manually, on a schedule, or through the REST API. A Telegram bot is also available for monitoring and quick IP changes. For teams, this is convenient when they need to quickly restart a connection, check proxy status, or change an IP without extra manual actions across several dashboards.
Key platform features
The service is useful not only because it provides a mobile IP, but also because it gives control over how the connection works. Below are the key features that have practical value for multi-accounting, automation, and teamwork.
| Feature | Practical value |
|---|---|
| Separate Android device with a SIM card | Each proxy works through a real mobile network and is not mixed with a shared IP pool |
| Private mobile IP | Suitable for accounts that need stable network identity |
| Manual, scheduled, or API-based rotation | Allows IP changes to be managed for different workflow scenarios |
| OpenVPN and WireGuard | Enable secure tunnels for connecting to devices |
| Team management | Supports several users with different access roles |
| Limits, blacklists, and traffic rules | Help control proxy usage in operational processes |
The platform also preserves important connection parameters while traffic passes through the tunnel. For technical teams, this means they can work more carefully with browser profiles, HTTP/2, DNS, and network signatures without rough interference in browser logic.
Technical details: TLS, SOCKS5 UDP, and connection control
For complex browser scenarios, it is important that the proxy does not break the network picture of the profile. If a connection changes TLS logic, DNS routing, or browser behavior, it can create mismatches between the profile, the IP, and the actual network environment.
The platform uses OpenVPN or WireGuard tunnels without TLS termination on the proxy side. This helps preserve the original browser connection parameters, including JA3/JA4, HTTP/2 SETTINGS, and DNS resolution through the mobile carrier. For teams working with antidetect browsers, this is an important part of a stable configuration.
The service also supports HTTP, SOCKS5, and SOCKS5 UDP. For Afina, this matters because correct UDP over SOCKS5 support helps preserve more natural network logic in scenarios involving modern protocols, WebRTC, QUIC, or HTTP/3.
Who the service is suitable for
This solution is primarily suitable for teams working with mobile scenarios, accounts, advertising, or regional checks. These can include media buying and affiliate teams, SMM agencies, SEO specialists, e-commerce teams, QA specialists, and browser automation operators.
For advertising teams, the service can be useful for checking ads, landing pages, and offers in specific countries or carrier networks. For SMM teams, it is a way to separate accounts by mobile IPs and maintain more stable profiles for long-term work.
SEO specialists can use mobile IPs to check search results from the perspective of a real user in the required region. E-commerce teams can apply this infrastructure to work with seller or buyer accounts, analyze local offers, and test marketplaces. QA teams can use it to check mobile app behavior across different networks, countries, and connection conditions.
Practical use cases
The most obvious scenario is a separate mobile IP for each account or browser profile. This is needed when a team does not want to mix IP locations, sessions, cookies, browser fingerprints, and work environments between different accounts.
The second scenario is ad and creative verification. A team can check how ads, pages, and offers appear to mobile users in a specific country or on a specific carrier network. This is useful for media buying, affiliate workflows, and regional campaign control.
The third scenario is social media automation. A private mobile IP can be used for account warm-up, posting, engagement, and repetitive actions when it is important to maintain a separate network environment for each profile.
The service can also be useful for SERP monitoring, public web data collection, competitor analysis, e-commerce operations, and mobile app testing in different regions.
How iProxy complements Afina Browser
This service fits well with Afina Browser because Afina handles isolated browser profiles, cookies, fingerprints, automation, and account work, while the mobile proxy infrastructure covers the network layer. As a result, each profile can receive a separate mobile IP from the required geo without overlapping with other profiles.
For example, a team can create Afina profiles for different accounts, clients, advertising directions, or countries, and then connect each profile to a separate proxy from a real Android device. Sticky sessions help maintain connection consistency, while IP rotation gives control over network environment changes when a specific process requires it.
For teams working with many profiles, bulk proxy assignment to accounts becomes useful. It allows proxies to be distributed between Afina profiles faster, reduces manual work, and helps keep multi-account workflows organized.
In this setup, Afina organizes the browser environment, profiles, tasks, and automation, while iProxy.online provides private mobile IPs, rotation management, device control, and a stable network layer for each profile.
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