Proxy settings in Vektor T13

Detect Expert (Vektor T13) is an advanced tool for creating virtual machines with unique hardware fingerprints, designed specifically for professional work with various online services. This software is a comprehensive solution for anti-detection technologies, allowing users to effectively manage multiple virtual environments without the risk of being blocked by anti-fraud systems.

In this article, we will look at how to work with Antidetect VektorT13 – from purchasing the necessary components (proxies and software) to configuration and testing. The instructions cover installation, security configuration, and performance testing. The examples are shown in the English interface, but you can use any language version, as all functions are identical.

## Obtaining data for connecting to a proxy on App CyberYozh

On the <a href="https://app.cyberyozh.com/proxy" target="_blank">website</a>, select the <a href="https://app.cyberyozh.com/blog/how-to-choose-and-buy-proxies-on-app-cyberyozh" target="_blank">proxy type</a> that suits you, taking into account the following parameters:
• Proxy type: mobile or residential
• IP type: static or dynamic
• Geolocation: select a country or region
• Provider: make sure it meets your requirements

![](/media/mdeditor/1_20250806164018193799.png)

*Fig. 1. Screenshot of the CyberYozh platform interface showing the location of data for connecting a proxy server. The image shows the fields for the IP address (Host), port (Port), username (Proxy Username), and password (Proxy Password).*

After purchasing a proxy, you will receive the connection information:

- Host: Proxy IP address
- Port: Proxy port
- Proxy Username: Login
- Proxy Password: Password

Proxy example:

- Host: 172.98.60.180
- Port: 58763
- Login: 7XbvvWautzmOZMA
- Password: xdtAof3xB7RSmUr

## Preparation

What you need to get started:
- PC or laptop with Windows 10
- Antidetect VektorT13 program
- License
- Official Windows OS 10/11 image for creating a virtual machine

## Activation

Activate the license. To do this, click: file, settings, license.

![](/media/mdeditor/1_20250806164826031668.jpg)

*Fig. 2. License settings interface in the Detect Expert (Vektor T13) program. The image shows the dialog box for entering the Machine ID and activation key required to register the software.

Copy the Machine ID

![](/media/mdeditor/2_20250806165107912175.jpg)

*Fig. 3. Machine ID input interface in Detect Expert (Vektor T13). The image shows a dialog box with a field for entering the Machine ID, which is required to obtain the activation key from the official website. The button for copying the ID is located on the left side of the window.

Go to the Detect.Expert website and log in to your account. In the virtual machine registration menu, enter your Machine ID.

![](/media/mdeditor/3_20250806165628786983.jpg)

*Fig. 4. License activation interface on the Detect.Expert website. The image shows the user's personal account dialog box with a field for entering the Machine ID and a button for obtaining the activation key.*

You will receive an activation key. Copy it.

![](/media/mdeditor/4_20250806165858576809.jpg)

*Fig. 5. License activation interface on the Detect.Expert website. The image shows the user's personal account dialog box with a field for obtaining the activation key.*

Return to the Antidetect program in the license settings menu and paste your copied license key into the top field.

![](/media/mdeditor/5_20250806170427921714.jpg)

*Fig. 6. License key entry screen in the Detect Expert program (Vektor T13). The image shows the field for pasting the activation key obtained from the official website.*

Restart the program for the changes to take effect. After restarting, you should see a message similar to the one below indicating that the license has been successfully activated.

![](/media/mdeditor/6_20250806171251566349.jpg)

*Fig. 7. Message about successful license activation in the Detect Expert (Vektor T13) program. The image shows confirmation of successful software registration with information about the license expiration date.*

## Program settings

Anti-detection VektorT13 is fundamentally different from conventional browser anti-detection programs. All browser anti-detection programs are based on the Chromium engine. Anti-detection VektorT13 is based on virtual machines.

This means that you can create an unlimited number of virtual machines and select your own hardware fingerprints (processor, motherboard, RAM, video card, and much more) for each virtual machine.

This way, you can create as many different virtual machines as you want, each of which will look like a regular user computer to anti-fraud systems.

Regular browser anti-detectors use a standard built-in proxy, which does not fully support the UDP protocol. This, in turn, can lead to the leakage of your real IP address and DNS. Unlike them, VektorT13 anti-detector has a built-in VPN client that fully supports UDP. You can also install a third-party VPN client (such as OpenVPN Connect) of your choice or a proxyifier with UDP support (such as NekoRay or V2RayN). Accordingly, with our anti-detector and with the correct settings, you will not have any problems with IP leaks.

But the main advantage is that browser anti-detectors are forced to replace fingerprints programmatically, and this is very visible to anti-fraud systems. In our anti-detector, fingerprint replacement occurs at the hardware level. Therefore, it is extremely difficult for anti-fraud systems to detect the use of an anti-detector.

## Step 1. Basic settings

To create a virtual machine, you need to download the <a href="https://www.microsoft.com/en-us/software-download/" target="_blank">ISO image</a> of the system from the official website.

Next, click **New** to create a machine.

![](/media/mdeditor/7_20250806172205834700.jpg)

*Fig. 8. Interface for creating a new virtual machine in Detect Expert (Vektor T13). The image shows the “New” button to start the process of creating a virtual machine.*

Be sure to specify the name of the machine and the path to the ISO image that we downloaded earlier, as well as the version of Windows.

You can only check the **Skip Unattended Installation** box if manual installation of Windows is absolutely necessary. In all other cases, we recommend leaving this box unchecked, as this will allow the guest additions disk to be added automatically, which are necessary for many functions of Antidetect VektorT13.

![](/media/mdeditor/8_20250806172707527846.jpg)

*Fig. 9. Interface for creating a new virtual machine in Detect Expert (Vektor T13). The image shows the machine name and the path to the ISO image *

In the **unattended install** section, you can optionally set a login and password for the system administrator, but this is optional; you can skip this step. Leave the **Guest Additions** checkbox selected.

![](/media/mdeditor/8_1_20250806181407752945.jpg)

*Fig. 10. Interface for creating a new virtual machine in Detect Expert (Vektor T13). The image shows the optional option to set a login and password for the system administrator *

In the **Hardware** section, set the amount of RAM and processor cores that will be allocated to the virtual machine. It all depends on the power of your personal computer, but the minimum recommended requirements for normal operation of the virtual system are 8 gigabytes of RAM and 2 processor cores.

![](/media/mdeditor/9_20250806182032986943.jpg)

*Fig. 11. Configuring the hardware parameters of the virtual machine. The image shows the interface for selecting the amount of RAM and processor cores for the virtual machine.*

Attention! If you have a standard Windows 10 or Windows 11 operating system, the “Enable EFI (special OSes only)” checkbox must be UNCHECKED, as it is only intended for special operating systems, such as Mac OS.

In the **Hard Disk** section, we set the path to the virtual disk location and the amount of hard disk space that will be allocated to the virtual system. Attention! If the path to the virtual disk or the virtual disk itself is damaged, the virtual system will not start.

Allocate enough space for the Windows system itself and the programs that will be installed on it. We recommend allocating at least 50 gigabytes, as the Windows operating system alone takes up about 40. If you are ready to give up all the free space on your hard drive for the virtual system, you can check the **Pre-Allocate Full Size** box.

![](/media/mdeditor/10_20250806182511282310.jpg)

*Fig. 12. Virtual hard disk settings. The image shows the parameters for selecting the storage path and size of the virtual disk for the new virtual machine.*

In the **Presets** menu, you must select a preset for the virtual system. A preset is a set of tools and fingerprints that is specifically configured for a particular service. The choice depends on which services you work with. For example, you can select a preset for working with Amazon, Google, eBay, PayPal, LinkedIn, Marketplace, email services, and many others.

![](/media/mdeditor/11_1_20250806182840927389.jpg)

*Fig. 13. Selecting a preset for a virtual machine. The image shows the menu for selecting preset settings for working with various services.*

![](/media/mdeditor/11_2_20250806183123689579.jpg)

*Fig. 14. Advanced preset settings. The image shows additional parameters for fine-tuning the virtual machine preset.*

## Step 2. Network settings

The **Network** menu is divided into several sections.

![](/media/mdeditor/11_3_20250806183939174680.jpg)

*Fig. 15. Configuring the network settings of the virtual machine. The image shows the configuration menu for MAC addresses, proxies, and other network settings.*

1) Mac addresses. You can select the network equipment manufacturer and MAC address. This is optional; you can leave these values at their defaults.

2) Proxy. This is the main part for us. Proxy or VPN settings. You can select one of three options. I have described each option in more detail in the “Examples of starting virtual machines” section.

- No proxy/NekoRay. By selecting this option, you will create a virtual machine without a pre-installed proxy or VPN. After installing the system, you can install any proxy configurator, such as NekoRay or OpenVPN client, and connect to a proxy or VPN through it.

- SOCKS5 tun2socks. In this case, you will need to enter the proxy details: IP, port, login, password.

When the system starts, the tun2socks proxy will be used automatically, which will connect to the proxy in the background. This method is convenient when you need to quickly create a virtual machine with pre-installed proxies. It also allows you to be connected to the proxy before Windows starts, which is necessary for some tasks.

- OpenVPN. This is the simplest, most convenient, and most reliable method, as you only need to specify the path to the OpenVPN configuration file, as well as your username and password.

Attention! This method is only suitable for proxies that come with OpenVPN configuration. Not all proxies support OpenVPN configuration. Please keep this in mind when purchasing.

Important! Regardless of which option you choose, after installing the system, you can change the connection method, proxy, or VPN configuration at any time.

3) Timezone. You must set the time zone that corresponds to the geolocation of your proxy.

4) Misc tweaks. Here you can specify which options should be blocked depending on which anti-fraud system you are working with. If you are not sure whether you need to check a particular box, we recommend contacting Antidetect VektorT13 technical support.

Attention! If your proxies do not support the UDP protocol, you must check the “Block QUIC” box.

![](/media/mdeditor/12_20250806184215161500.jpg)

*Fig. 16. Configuring additional network settings. The image shows options for configuring the blocking of certain protocols and services.*

## Step 3 . AntiOS and fingerprints

AntiOS is software that is built into VektorT13 anti-detection and allows you to increase your security and stealth from anti-fraud systems. The options you select in this menu will be automatically applied when the system boots.

![](/media/mdeditor/13_20250806184507466669.jpg)

*Fig. 17. AntiOS and fingerprint settings. The image shows the interface for configuring special parameters to increase the anonymity of the virtual machine.*

In the Canvas menu, you can change the graphics card model and the fingerprint spoofing method. This allows you to spoof the Canvas fingerprint at the hardware level (rather than at the software level, as is done in browser anti-detection tools). The Canvas fingerprint is very important when working with anti-fraud systems.

![](/media/mdeditor/14_1_20250806184837822953.jpg)

*Fig. 18. Canvas fingerprint settings. The image shows the parameters for replacing the graphic fingerprint at the hardware level.*

![](/media/mdeditor/14_2_20250806185610525597.jpg)

*Fig. 19. Canvas fingerprint settings. The image shows the parameters for selecting a specific video card.*

![](/media/mdeditor/14_3_20250806185855225494.jpg)

*Fig. 20. Additional fingerprint settings. The image shows advanced settings for configuring unique hardware fingerprints.*

## First launch of the virtual machine

Once the configuration is complete, click **Finish**. The left menu of the Antidetect main window will display a list of virtual machines. In this case, we only have one virtual machine.

![](/media/mdeditor/16_20250806190325507249.jpg)

*Fig. 21. List of created virtual machines. The image shows the main program window with a list of available virtual machines and control buttons.

Click the “Start” button.

When you start the virtual machine for the first time, the Windows installation program will start, just like on any regular computer during installation. Follow the step-by-step instructions and wait for the installation to complete. After that, the program will automatically start Windows.

![](/media/mdeditor/17_20250806190542005920.jpg)

*Fig. 22. Windows installation process on a virtual machine. The image shows the standard Windows installer during the operating system setup process.*

## Examples of starting a virtual machine and connecting to a proxy/VPN

If “No proxy/NekoRay” was selected

![](/media/mdeditor/18_20250806190912392294.jpg)

*Fig. 23. Setting up a connection without a proxy. The image shows the settings for configuring a virtual machine without a pre-installed proxy.*

If you select this option, you do not need to enter any proxy information when initially configuring the virtual system. You will need to use an additional proxy tool such as **Proxyfier** or **NekoRay**, save the settings, and then connect to the proxy there.

Attention! Remember that you need to run the proxyfier and activate the proxy each time you reboot.

![](/media/mdeditor/20_20250806191927077059.jpg)

*Fig. 24. The image shows the screen with a message about the successful operation and DNS testing*

Open the nekoray folder. Run the Nekobox.exe file

Add a proxy, click **Start**, **System Proxy**, and **Tun Mode**. After that, you can check and make sure on the checkers that the IP of the virtual machine has changed.
![](/media/mdeditor/20,1_20250806194325381801.jpg)

*Fig. 25. NekoRay proxy interface in the Detect Expert (Vektor T13) virtual machine environment. The image shows the control panel with the System Proxy and Tun Mode modules activated, demonstrating a successful connection to the proxy server.*

If SOCKS5 tun2socks was selected.

![](/media/mdeditor/18_20250806193610926777.jpg)

Fig. 26. SOCKS5 tun2socks proxy connection configuration interface in Detect Expert (Vektor T13) software. The image shows the connection settings panel, which includes fields for the IP address, port, username, and password.

In this case, you will need to enter the IP address, port number, login, and password for the proxy. The program will save this information, and after the virtual system is launched, the proxy with this information will be automatically connected via the Tun2Socks application.

This is quite convenient, as the proxies will connect automatically each time the system is launched. This means you won't forget to turn them on.

When Windows starts, a black console window with the Tun2Socks program will automatically launch. As soon as you see the IP address, you can launch a browser with any checker and see that your IP has changed to the proxy IP.

Warning! Do not close the console window, otherwise Tun2Socks will close and websites will see your real IP address. You can minimize the window.

If you need to change the proxy in the future, go to the Tun2Socks folder on the desktop of the virtual system. Find the start.bat file there, open it in a text editor, and replace the proxy data with the new data. Save the file and restart the system.

![](/media/mdeditor/21_20250806194454159780.jpg)

*Fig. 27. The NekoRay proxy interface in the Detect Expert (Vektor T13) virtual machine environment. The image shows the control panel with the System Proxy and Tun Mode modules activated, demonstrating a successful connection to the proxy server.*

If OpenVPN was selected

![](/media/mdeditor/19_20250806194842330830.jpg)

*Fig. 28. OpenVPN proxy connection configuration interface in Detect Expert software (Vektor T13). The image shows the virtual private connection settings dialog box, demonstrating a structured interface for loading and configuring OpenVPN profiles. The panel contains fields for specifying the path to the configuration file (.ovpn) and additional authentication parameters. *

In the virtual machine, open the system menu (Tray).
 
Right-click on the OpenVPN GUI icon and you will see that your OpenVPN profile, which you added earlier during the initial setup of the virtual machine, has already been added. Click “Connect”. Enter the login and password from the config (if prompted).

![](/media/mdeditor/22_20250806195337218455.jpg)

*Fig. 29. OpenVPN GUI system menu interface in the Detect Expert (Vektor T13) virtual environment. The image shows the context menu called by right-clicking on the OpenVPN icon in the system tray.

![](/media/mdeditor/23_20250806195730099489.jpg)

*Fig. 30. OpenVPN connection interface in Detect Expert (Vektor T13) software, showing a successful establishment of a secure VPN connection.

![](/media/mdeditor/24_20250806195935122283.jpg)

*Fig. 31. Dialog interface of the network connection security management system in the Detect Expert software suite (Vektor T13). The image shows the information and configuration module displaying the parameters of the current VPN connection with indicators of the secure tunnel status.*

![](/media/mdeditor/25_20250806200215067043.jpg)

*Fig. 32. Visualization of the OpenVPN connection interface in the Detect Expert software suite (Vektor T13). The image shows the graphical user interface demonstrating the process of establishing a secure virtual private connection.*

If necessary, you can add a new profile or delete an old one.

Congratulations! You have successfully configured the proxy in the Detect Expert anti-detection browser (Vektor T13). Your virtual machine is now fully protected from detection and has a unique network fingerprint, ensuring secure and anonymous interaction with various online services. This configuration ensures that your real network infrastructure remains completely isolated from the virtual environment, preventing anti-fraud monitoring systems from identifying your true location and personal data.

For added protection, we recommend using <a href="https://app.cyberyozh.com/reception-sms/" target="_blank">anonymous number rental</a> for receiving SMS messages and activation — this will provide additional privacy and protection against data leaks.

Proxy setup in Vektor T13