Thordata

Thordata is a proxy provider for teams that need stable work across different geos, parallel tasks, and controlled sessions. The service helps build network infrastructure for browser processes, public web data collection, ad verification, SEO monitoring, e-commerce research, and AI scenarios.

The platform focuses on a large residential IP pool, precise geo-targeting, automatic rotation, and sticky sessions. This matters for workflows where a team does not simply open websites from another country, but needs to maintain consistent logic between profiles, regions, accounts, and automated tasks.

This format is suitable for multi-accounting, affiliate and media buying teams, SEO specialists, e-commerce researchers, browser automation operators, public data collection teams, and technical specialists working with AI processes.

What is Thordata and what task does it solve

Proxy infrastructure is not only about changing an IP address. In many workflows, a team needs to control which region a profile works from, how long the session remains stable, whether several processes can run in parallel, and whether the network environment matches a specific market.

This is the task the service helps solve. It allows users to select IPs by country, city, state, and ASN, which is useful for local checks, advertising scenarios, search result analysis, marketplace research, and website testing across different regions.

For browser automation scenarios, this level of precision is especially important. When profiles, scripts, or tasks run at the same time, the network layer should not be random. It should be manageable, with the right location, clear rotation logic, and stable sessions.

Key platform features

According to the service, users get access to 100M+ residential IPs with coverage in 190+ countries. This allows teams to work with different markets, check local content, analyze regional search results, and run tasks where the IP needs to match a specific geography.

Flexible targeting is also worth highlighting. Selection by country, city, state, and ASN helps configure the environment more precisely for ad verification, SEO monitoring, e-commerce research, or testing services that behave differently depending on the user’s location.

The platform also supports automatic IP rotation and sticky sessions up to 90 minutes. Rotation is useful for tasks with a large number of requests, while sticky sessions are suitable for processes where the network environment must remain stable for a certain period of time. In such scenarios, residential proxies can be a practical choice because they combine geographic flexibility with a more natural connection type.

What tasks the service is suitable for

The platform can be useful when a team works not with one account or one region, but with several parallel directions. Below are the main scenarios where the service’s capabilities have the most practical value.

Who this solution is useful for

The service is primarily suitable for teams working with geo-dependent online processes. These can include affiliate and media buying teams, SEO specialists, e-commerce researchers, multi-account operators, browser automation specialists, data teams, and AI workflow operators.

For affiliate and media buying teams, the value is the ability to check campaigns, pages, and advertising scenarios from the required locations. For SEO specialists, it is a way to analyze regional differences in search results, check rankings, and test local website visibility.

E-commerce teams can use this infrastructure for marketplace research, price monitoring, product availability checks, and competitive analysis. For technical teams, unlimited parallel sessions, dashboard-based management, and documentation are important because they simplify proxy deployment in team workflows.

AI processes and technical automation

AI scenarios often require not only access to web data, but also a controlled network environment. If a system works with different sources, regions, or browser processes, proxies need to support scaling, stable sessions, and predictable connection logic.

In these tasks, proxies cover the network layer: geography, IP pool, rotation, session duration, and parallel connections. But working with browser profiles, tasks, scripts, and interaction between an AI agent and the workspace requires a separate tool. For this, the Afina MCP server can be useful, helping connect an AI agent with profiles, automation, and tasks inside the browser environment.

In this logic, the proxy provider handles the network layer, while Afina helps organize profiles, task execution, automation, and team workflows.

How the service complements Afina Browser

This solution works well with Afina Browser in scenarios where users work with multiple profiles, accounts, regions, and parallel browser tasks. Afina creates isolated browser environments, while proxy infrastructure adds the required location, rotation, session stability, and support for simultaneous connections.

For example, a team can create separate Afina profiles for different accounts, advertising directions, marketplaces, or regions, and then connect suitable proxies to them. This helps align the browser profile with the network configuration and avoid mixing accounts, geos, and workflows.

For teams using Afina for automation or account management, this combination is practical when stable profile identity, regional consistency, and parallel task execution matter. The proxy layer handles the connection, while Afina handles profiles, environment isolation, tasks, and repetitive browser processes.

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