How to set up rotating residential Astro proxies in Telegram Prime

In Telegram-related workflows, proxies play a crucial role. Session stability and the overall level of network anonymity largely depend on how reliably proxies operate and how properly they are configured. One of the most flexible approaches to managing a network profile is the use of residential proxies via URL rotation.

In this article, we will explore the available rotation modes, the process of configuring residential proxies within the Astro infrastructure, and how to integrate them into Telegram Prime.

Rotation Modes in Astro

Astro provides three IP rotation modes:

1. On a timer. The IP changes automatically after a set time interval. Important: this is a timer, not a schedule – specific timetables cannot be configured.

2. A new IP address for each new connection. The IP refreshes every time a new connection is established. This mode is useful when it is important to receive a new address at the start of every session or connection.

3. Manual IP rotation via link or dashboard button. The IP changes only upon request – either through a special link or by clicking a button in the dashboard. This option is most commonly used when full control over the exact moment of the IP change is required.

Rotation via Link (URL Rotation) in Telegram Prime

In Telegram Prime, proxy rotation can be organized in different ways. The most common model relies on automatic changes at fixed time intervals, but this article focuses on a different mechanism where the user controls the moment of rotation.

Rotation via link (URL rotation) means that the IP address does not change automatically. Instead, the change occurs only after a specific request is sent. Within Astro’s proxy infrastructure, every purchased port is associated with a unique rotation URL. When this link is activated, the system assigns a new external IP address to that port.

This approach shifts IP rotation from an automated schedule to a controlled action. Rather than relying on timer-based switching that happens regardless of context, rotation can be performed exactly when needed. For example, the link can be triggered before launching a new Telegram session, allowing the environment to start with a fresh IP address.

As a result, rotation via link (URL rotation) provides a predictable and manageable workflow, where IP updates are tied to operational steps instead of fixed server timers.

In practical terms, this model provides several key advantages:

• Control: The IP address is updated only when the user explicitly initiates the rotation.
• Predictability: The risk of unexpected IP changes during an active process is significantly reduced.
• Simple integration: The rotation URL can be embedded directly into the proxy string used by Telegram Prime.
• Standardization: The same proxy import structure can be applied across multiple ports.

This article does not cover proxy usage in Telegram Prime with timer-based rotation. Instead, it focuses on a setup where rotation is not tied to a server timer but is controlled manually.

Adding a Proxy with Rotation via Link (URL Rotation) to Telegram Prime

You might be surprised at how straightforward the setup actually is. Below is a step-by-step overview using the Astro proxy infrastructure as an example.

Once logged into Astro, you will be taken to your user dashboard. From there, follow the navigation shown in the interface to open the “User Ports” section. This is where you can purchase premium residential proxy traffic from Astro.

Next, click “Add port” to move to the connection configuration page.

In the “Count” field, specify the number of threads you need. This parameter determines how many concurrent sessions you plan to run at the same time. Under “Network type,” select Residential. Then choose the required country – for example, the United States. The City and Operator fields can remain set to Any unless you need a specific location or internet provider.

Understanding why Residential proxies are selected here is important. Residential proxies are IP addresses issued by real home internet providers. Because of this, they typically have a higher trust level, stable connectivity, and accurate geographic identification. For Telegram-related workflows, they provide a practical balance between anonymity and a realistic network profile, particularly when running multiple threads together with rotation via link (URL rotation).

For the “Change external IP address” option, it is recommended to keep the mode set to “Change IP by link.” This configuration enables controlled rotation and allows the IP to be updated only when you intentionally trigger it, avoiding unnecessary automatic changes.

In the pricing section, choose the “Prepaid Traffic” plan. In most cases, 1 GB of traffic is enough to handle a significant number of registrations and routine operations. 

It is also worth noting that proxy expenses can be reduced by up to 45% through bulk orders and balance top-up discounts. Refer to the corresponding article for a detailed explanation of these savings options.

There are several additional settings you may want to review:

• “Disable auto change IP” (Sticky Session) – keeps the same IP address for the entire duration of a session. This option is useful when maintaining a consistent network identity is important.
• “New IP for every request” – forces rotation on every request. While this increases the rotation frequency, it can also make the network profile less predictable and is often unnecessary for most workflows.
• “Use TLS” – should be enabled if your infrastructure or security policies require encrypted connections at the transport level.
  
• “Allowed IP (By line)” – particularly useful in corporate environments where access to the port must be limited to a predefined list of trusted IP addresses.

Each port is configured with its own login and password, which ensures controlled access and simplifies integration with external tools. After specifying all required parameters, click “Save” to finalize the setup.

After creating one or several ports, click “Export to file all” to download the connection details. The system will generate a file containing the list of created ports along with their access parameters: host, port, login, and password. These details are later used to integrate the proxies into your working environment, specifically Telegram Prime.

Once the proxies have been prepared and exported, proceed to the upload section and enter the connection data in the required structure. Correct formatting is essential for the system to function properly and for successful authentication through the proxy.

The required entry format is the following (it must be used exactly as shown):
{ip}:{port}:{login}:{password}:{link}

Each value should be placed in the correct order and separated by colons:

• ip – the server address
• port – the connection port
• login and password – authentication credentials
• link – the rotation via link (URL rotation) address

The structure and order must remain unchanged. Any modification in the sequence can result in connection failures or unstable session behavior.

When the parameters are entered correctly, the system will automatically route traffic through the configured proxies. This enables stable operation, centralized proxy management, and controlled IP rotation.

After exporting the data, open Telegram Prime and add the proxies through the import module. Insert the proxy list in the same format in which it was prepared:

If the configuration was completed correctly, IP changes will be visible in the Telegram Prime logs, similar to the example shown in the screenshot. The logs will display notifications about IP updates as well as the proxy assigned to each thread. This confirms that rotation via link (URL rotation) is functioning properly, connections are established using the defined parameters, and IP addresses are updated according to the configured setup.

Telegram Prime allows users to specify which modules should use proxy rotation. This makes it possible to control network behavior at a granular level. For example, IP rotation can be enabled for high-load or higher-risk tasks, while other processes can continue operating with a static IP where connection stability and predictability are more important. This model creates a flexible proxy architecture when working with Astro infrastructure, allowing users to balance rotation dynamics, session stability, and overall system performance.