Psbproxy

PSBProxy is a proxy service for teams that need control over IPs, geography, rotation, and session stability in technical and marketing workflows. The platform is built for public web data collection, ad verification, SEO monitoring, multi-accounting, market research, and automated tasks.

The service combines residential and mobile IPs, a 40M+ IP pool, coverage across 200+ countries, targeting by country, region, city, ISP, and ASN, HTTP(S) and SOCKS5 support, several rotation modes, and billing based on actual traffic usage. This setup is useful when proxies need to do more than simply “change an IP” and must match the task, market, and session logic.

PSBProxy is also suitable for teams with uneven workloads. The Pay-As-You-Go model starts from $1.2 per GB, while unlimited concurrent threads allow parallel processes to run without artificial limits on the number of connections.

What is PSBProxy and what task does it solve

When working with data, accounts, and automation, the problem is often not access itself, but instability at the network layer. If an IP does not match the required geo, changes at the wrong moment, or quickly faces restrictions, the process often has to be restarted manually.

PSBProxy covers this layer through managed proxy infrastructure. A user can choose the IP type, configure geography, set rotation logic, and use the connection in browser profiles, scripts, or internal team tools.

The guide on proxy types for different tasks can be useful as a baseline for selection. With PSBProxy, it is especially important to combine IP type, geo, session duration, and rotation mode correctly for each specific process.

Network scale and precise geo-targeting

According to the service, PSBProxy has more than 40M IPs across 200+ countries. For teams, this matters not only because of the pool size. A large network provides more room for parallel processes, regional checks, and tasks where the same addresses should not be reused too often.

Targeting is available at several levels: country, region or state, city, ISP, and ASN. This is useful for local SEO, ad verification, marketplace analysis, page availability testing, and tasks where the IP needs to match not just a general country, but a specific market or network.

A separate advantage for technical teams is configuration through connection parameters. Geography and network logic can be built into scripts or automated processes without manually switching settings in the dashboard for every request.

Residential and mobile IPs

PSBProxy focuses on two main connection types: residential and mobile IPs. Residential IPs come from consumer ISP networks. They are suitable for SEO monitoring, public web data collection, regional page checks, e-commerce, and account-based tasks.

Mobile IPs work through 3G, 4G, or 5G networks. This format is relevant for scenarios with mobile logic: app testing, ad verification, social media, mobile user experience checks, and tasks where mobile carrier IP reputation matters.

It is important not to treat any IP type as a universal solution. Residential connections fit some processes better, while mobile IPs fit others. PSBProxy allows teams to choose the network layer for the task instead of using one format for every workflow.

Protocols, stability, and rotation

The service supports HTTP(S) and SOCKS5. HTTP(S) fits standard browser and web tasks, while SOCKS5 is useful when more universal traffic tunneling is needed. This simplifies integration with browser profiles, scripts, data collection systems, and other tools.

PSBProxy also states 99.9% network uptime. For scheduled tasks, longer sessions, or regular data collection, this matters because downtime directly affects data completeness and automation stability.

A separate strong area is rotation. Users can change IPs every 1, 10, or 30 minutes, rotate per request, rotate manually through a rotation link, or trigger rotation through API. In this context, rotating proxies are not about chaotic IP changes, but about controlling the balance between a new IP and session stability.

For public web data collection, per-request rotation can be useful. For account login, dashboard work, or a multi-step scenario, a stable session is usually better. API rotation is convenient for teams that want to manage IP changes directly from automation.

Practical use cases

PSBProxy is most useful where scale, geographic precision, programmable rotation control, and flexible traffic-based billing matter. Below are the scenarios where the service’s capabilities have the most practical value.

Who PSBProxy is suitable for

The service is useful for teams whose IP infrastructure directly affects workflow stability. This includes SEO specialists, data teams, media buying and affiliate teams, SMM specialists, e-commerce projects, QA teams, and automation developers.

For SEO, local results, cities, regions, ISP, and ASN matter. For advertising, the value is checking campaigns and pages from the required locations. For e-commerce, it is marketplace, price, and product availability analysis. For technical teams, it is API rotation, SOCKS5, parallel threads, and a billing model that adapts to real workload volume.

How PSBProxy complements Afina Browser

Afina Browser handles isolated browser profiles, cookies, browser fingerprints, language, time zone, accounts, tasks, and automation. PSBProxy adds the network layer: IP, geo, network type, rotation, and session duration.

In practice, this works as one setup: one profile, one IP, one geo, one session logic, and one workflow scenario. For example, an Afina profile for a specific market can receive a residential IP from the required country or city, while mobile IPs can be used for tasks with mobile network logic.

After choosing a proxy, proxy management in Afina becomes useful. Users can add a proxy, check the connection, and apply it to the required browser profiles.

In this setup, Afina organizes profiles, accounts, cookies, fingerprint, tasks, and automation, while PSBProxy helps choose the IP, location, network type, and rotation logic for a specific process.

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