Building Isolated Browser Sessions with ixBrowser and Astro Proxies

Modern websites detect users through browser fingerprinting and network signals. Platforms analyze parameters such as browser configuration, hardware characteristics, rendering behavior, and IP address. If multiple accounts share identical fingerprints or network patterns, platforms may link them. Anti-detect browsers solve this by creating isolated browser environments. Each profile runs with independent fingerprint parameters, cookies, and storage, allowing websites to treat each session as a separate device.

ixBrowser is an anti-detect browser designed for multi-account operations and team workflows.One of the main advantages of ixBrowser is its cost-efficiency compared to other anti-detect browsers on the market. The platform offers a permanently free plan with unlimited browser profiles, allowing users to start managing multiple accounts without upfront costs. For larger teams and enterprise-level operations, users can also opt for the paid plans, which provide additional features and scalability to support more advanced workflows. 

The FREE plan ($0/month) includes unlimited browser profiles, 2 team seats, up to 10 profile creations per day, and 100 profile launches per day, which is sufficient for many individual operators and small teams starting multi-account workflows.

For users who require higher operational limits and expanded team collaboration, ixBrowser provides several low-cost paid plans:

• PROFESSIONAL – $3.99/month: unlimited profiles, 20 team seats, up to 100 profile creations per day, and 1000 profile launches per day.
• BUSINESS – $9.99/month: unlimited profiles, 50 team seats, up to 500 profile creations per day, and 5000 profile launches per day.
• ENTERPRISE – $19.99/month: unlimited profiles, 150 team seats, up to 1500 profile creations per day, and 15000 profile launches per day.

ixBrowser also offers a BASIC DEVELOPER plan for $9.99 per year, which includes unlimited profiles, 10 team seats, and the same daily limits as the free plan.

Across all plans, users retain access to key platform capabilities such as API integration, Synchronizer, Advanced Cloud Storage, Profile Transfer, Batch Import, and Advanced Fingerprint Control, enabling scalable multi-profile operations. This pricing model significantly lowers the entry barrier compared to many competing anti-detect solutions that require higher monthly subscriptions. As a result, ixBrowser provides a budget-friendly option for users who need reliable multi-profile management while maintaining full control over operational costs.

Another key advantage of ixBrowser is its high fingerprint detection pass rate. The browser is specifically optimized to generate realistic and diversified browser fingerprints, including parameters such as browser configuration, hardware characteristics, rendering behavior, and system environment attributes. These optimizations allow ixBrowser profiles to successfully pass most third-party fingerprint detection tests, helping ensure that each profile behaves like an independent device environment. This significantly reduces the likelihood of accounts being linked through fingerprint analysis and improves the stability of multi-account operations.

The browser is based on technology previously used in internal production environments and later adapted for public use. ixBrowser also includes team management features, such as role-based permissions, profile sharing, and profile export or transfer between users. Anti-detect browsers are typically used together with proxy infrastructure, where the browser manages the device fingerprint, and proxies provide separate IP addresses and geographic routing. 

When ixBrowser is combined with Astro proxies, each profile operates as an independent browsing session from a separate network location. This setup is commonly used in workflows such as managing multiple platform accounts, running automated browsing tasks, or testing region-specific behavior. 

In ixBrowser, each profile can be connected to an individual proxy configuration. The following steps show how to configure Astro proxies in ixBrowser.

To begin creating a new browser environment in ixBrowser, click “Create Profile” in the main dashboard. In the profile creation window, select the target platform and the appropriate profile group, enter a profile title for identification, and click “Next Step” to proceed to the configuration stage.

Before configuring the proxy in ixBrowser, obtain the proxy credentials from the Astro dashboard.

In the dashboard, first top up the account balance to activate proxy services. After funding the account, click “Add Port” to create a new proxy port.

In the configuration window, set the required port parameters according to your needs and click “Save”.

After the page refreshes, the newly created proxy port will appear in the proxy list along with its connection details and credentials, which will be used for the proxy configuration in ixBrowser.

Return to ixBrowser and open the Proxy Configuration section of the profile setup. Select the proxy method “Custom”, then choose the proxy type SOCKS5. Alternatively, you can select HTTP(S) depending on the connection type configured in Astro.

Next, copy the proxy credentials from the Astro dashboard and paste them into the corresponding fields in ixBrowser.

Click “Proxy Detection” to verify the connection. Once the check is successful, click “Create” to complete the profile setup. If needed, fingerprint parameters can be adjusted in the Fingerprint Configuration section before finalizing the profile.

In the profile list, locate the profile you just created and click “Open” to launch the browser session. Once opened, the browser session runs with the configured fingerprint parameters and Astro proxy connection.

This approach allows teams and individual operators to run multiple browser sessions without sharing browser state or network identity. Profiles remain isolated from each other, preventing cross-session data leakage and reducing the risk of accounts being linked through shared infrastructure. ixBrowser also supports centralized profile management, enabling teams to distribute accounts between members, assign permissions, and transfer profiles when needed. Profiles can be exported or shared between users without exposing login credentials.

In practice, ixBrowser can be used for tasks such as:

• managing multiple platform or marketplace accounts;
• operating region-specific browsing environments;
• running automation workflows that require separate browser sessions;
• organizing team-based account management across shared infrastructure.

By combining fingerprint isolation in ixBrowser with network separation provided by Astro proxies, organizations can operate multiple browser identities within a controlled and structured environment.

If you need assistance configuring proxies in ixBrowser or setting up Astro proxy infrastructure, the Astro support team can help. You can contact support directly via Telegram: https://t.me/astroproxy_support_bot