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Telegram is a very secure and popular instant messaging platform. However, it is subject to censorship in some countries which restrict Internet freedom, namely Russia, China, and Iran.
So welcome to this page, my Russian / Chinese / Iranian friend.
Sure enough, we are here to unblock Telegram Messenger in your country. This can be done by installing special proxy software on a VPS or dedicated server. The software is called MTProxy.
MTProxy can be installed easily in CentOS/RHEL 6 / 7 / 8 servers. For our CentOS/RHEL RPM repository, we have built MTProxy package, allowing you to install MTProxy quickly, and thus use Telegram messenger in restricted networks. Here are a few quick steps needed to quickly install and use MTProxy on a CentOS/RHEL instance.
You can simply use our public Telegram proxy. Click here to enable it on a device that has Telegram installed. Otherwise, continue reading to find out how to set up your own MTProxy in no time.
The only requirement is a VPS or a dedicated server with CentOS/RHEL on it. If you don’t have it, here’s a couple of recommendations.
Best VPS for MTProxy (any country)
I highly recommend Linode, which will run you only 5 bucks per month.
Best VPS for MTProxy in Russia
If you or other Telegram users who will use the proxy are in Russia, there is nothing better than FirstVDS:
Да, вы не ослышались! Лучший хостинг для MTProxy серверов это российский хостинг FirstVDS. Проверено – соединение к серверам Telegram с этих серверов не блокируется. Используя сервера FirstVDS для MTProxy вы не только получите стабильное, но и (что немаловажно) быстро соединение в Telegram, так как сервера этого провайдера находятся в России!
1. Install MTProxy
sudo yum -y install https://extras.getpagespeed.com/release-latest.rpm sudo yum -y install mtproxy
2. Enable MTProxy service
In CentOS/RHEL 6, run:
sudo chkconfig mtproxy on sudo service mtproxy start
In CentOS/RHEL 7 and 8, run:
sudo systemctl enable --now mtproxy
3. Verify it’s running
systemctl status mtproxy
4. Configure firewall
If you run MTProxy on SSL port, run:
sudo firewall-cmd --zone=public --add-service=https --permanent sudo firewall-cmd --reload
If you run MTProxy on custom port, e.g. 8443, run:
sudo firewall-cmd --zone=public --add-port=8443/tcp --permanent sudo firewall-cmd --reload
4. Configure your Telegram Messenger
First, check your proxy’s secret token which was automatically generated upon installing the package. Run
cat /etc/mtproxy/secret on the server. This will give you something like this:
Simply copy the secret’s value and proceed to configure your Telegram. Add the proxy connection to your Telegram.
Proxy type: MTPROTO
Socket address: Your server’s IP address
Secret: The secret’s value you copied. You can prepend the value with “dd” in order to get random padding, which is great for further hiding use of Telegram to censors.
You can easily run MTProxy on a port other than HTTPS by adjusting
Now that you have your MTProxy up and running, you can register it with Telegram in order to promote your channel.
To do this, talk to @MTProxybot and tell it your proxy secret key. The bot will give you promotion tag.
You will add the tag to your configuration at
/etc/mtproxy/mtproxy.params like this:
Then restart via
systemctl start mtproxy and you’re good to go.
Optional. Socket-based activation
SystemD comes with a nice feature called socket-based activation. This allows for a quicker machine startup because it would only launch the service when it’s actually needed. So first request to Telegram using your proxy, and the service is starting. None? It’s not running.
Our package comes with the socket unit, all you need to do is:
systemctl disable mtproxy systemctl enable mtproxy.socket
Note that if you’re using a non-standard port, then you need to adjust the socket unit with
systemctl edit mtproxy.socket:
[Socket] ListenStream= ListenStream=8443
Note that once the service is started by socket, the socket listener quits and MTProxy runs until next reboot. If you want to save some resources (e.g. you know the proxy won’t be used often at night time), you can schedule stopping MTProxy while reactivating the socket listener:
systemctl stop mtproxy systemctl start mtproxy.socket
The newer versions of the package install configuration file with
MTPROXY_USER=mtproxy, allowing the service process to continuously run without root privileges.
The service itself still starts under the
root user in order to be able to bind to a privileged port like 443, but calls
setuid() to drop privileges.
Subsequently, you may want to further restrict privileges of the service by modifying the SystemD unit file.
systemctl edit mtproxy and paste in:
Then restart the service:
systemctl restart mtproxy. In this way, the service will start as
mtproxy user and fork – continue running under that user as well, never gaining access to the root privileges at all.
If you intend to run MTProxy on a privileged port (80, 443, etc.) while locking service startup to
mtproxy user, you can add:
[Service] User=mtproxy AmbientCapabilities=CAP_NET_BIND_SERVICE
So as you can see, SystemD is pretty flexible in a way that we can restrict root access from the service binary completely, even for a case of privileged ports use.
MTProxy and rkhunter
mtproxy binary will likely connect to outgoing port 47018, among others. This activity may be flagged by
rkhunter. E.g. you may see this warning generated by it:
Warning: Network TCP port 47018 is being used by
/usr/bin/mtproxy. Possible rootkit: Possible Universal Rootkit (URK) component
Use the ‘lsof -i’ or ‘netstat -an’ command to check this.
If you follow the suggestion and run
lsof -i | grep 47018, you can find out the IP address it’s connecting to using that port. E.g.
184.108.40.206, and if you look up this remote IP address via
whois 220.127.116.11 | grep netname, you would get
So this is normal activity by MTProxy establishing connection to remote Telegram servers. You can whitelist this in
rkhunter‘s configuration. Create directory
/etc/rkhunter.d/ and the file
/etc/rkhunter.d/mtproxy.conf inside it with only this content:
That’s it. Upon next run,
rkhunter will not flag this activity:
Info: Network TCP port 47018 is being used by /usr/bin/mtproxy: the pathname is whitelisted.
Check out our post on sane use of rkhunter.
MTProxy and well…, Telegram!
MTProxy has to regularly fetch the latest Telegram network configuration which consists of information about remote Telegram servers. The Telegram network configuration file is located in
This network configuration is fetched via a daily cron job, script:
/etc/cron.daily/mtproxy. It is automatically installed with the
mtproxy package. So you don’t have to do anything on that part.
Note that “stock” MTProxy is unable to gracefully reload its configuration when the new configuration is received. The other issue with stock MTProxy is high CPU use. These are the primary reasons why we build MTProxy package against community fork now.
The MTProxy package allows for graceful configuration reload and modest CPU use.