Teleproxy

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High-performance MT-Proto proxy for Telegram with DPI resistance, fake-TLS camouflage, and production-grade monitoring.

Features: Fake-TLS (EE mode), Direct-to-DC, Dynamic Record Sizing, IP access control, Prometheus metrics, multi-secret support with labels, static binaries, Docker, ARM64.

Comparison

Comparison with TelegramMessenger/MTProxy (upstream, abandoned) and the main third-party alternatives.

Feature	Original	Teleproxy	mtg	telemt
Language	C	C	Go	Rust
Protocol
Fake-TLS (EE mode)	Yes	Yes	Yes	Yes
Direct-to-DC mode	No	Yes	Yes	Yes
Ad proxy tag	Yes	Yes	No	Yes
Multiple secrets	Yes	Yes (up to 16, with labels)	No	Yes
Anti-replay protection	Weak	Yes	Yes	Partial
Constant-time HMAC	No	Yes	—	Yes
DPI resistance
Custom TLS backend (TCP splitting)	Yes	Yes	No	Yes
Dynamic Record Sizing (DRS)	No	Yes	Yes	No
Traffic mimicry (DRS + timing)	No	Yes	Yes	No
SOCKS5 upstream proxy	No	No	Yes	Yes
Access control
IP blocklist / allowlist	No	Yes	Yes	No
Per-user unique IP limits	No	No	No	Yes
Proxy Protocol v1/v2	No	No	Yes	Yes
Deployment
Docker image	~57 MB	~8 MB	~3.5 MB	~5 MB
ARM64 / Apple Silicon	No	Yes	Yes	Yes
IPv6	Yes	Yes	Yes	Yes
Multi-worker processes	Yes	Yes	—	—
Static binary releases	No	Yes	Yes	Yes
RPM packages	No	Yes	No	No
Systemd integration	Partial	Yes	—	Yes
Monitoring & management
Prometheus metrics	No	Yes	Yes	Yes
HTTP stats endpoint	Yes	Yes	—	Yes
REST management API	No	No	No	Yes
Auto config refresh	No	Yes	Yes	Yes
Health checks	No	Yes	Yes	Yes
Testing & quality
Fuzz testing (CI)	No	Yes	No	Partial
E2E tests (real Telegram clients)	No	Yes	No	No
Static analysis (CI)	No	Yes	Yes	—

Install

Static Binary (Any Linux)

Pre-built static binaries (musl libc, zero dependencies) are available for every release:

# Download (choose amd64 or arm64)
curl -Lo teleproxy https://github.com/teleproxy/teleproxy/releases/latest/download/teleproxy-linux-amd64
chmod +x teleproxy

# Generate a secret
SECRET=$(head -c 16 /dev/urandom | xxd -ps)

# Run in direct mode (simplest — no config files needed)
./teleproxy -S "$SECRET" -H 443 --direct -p 8888 --aes-pwd /dev/null

Binaries are available for linux/amd64 and linux/arm64. SHA256 checksums are published alongside each release.

Manual Build (Advanced)

Building

Install dependencies, you would need common set of tools for building from source, and development packages for openssl and zlib.

On Debian/Ubuntu:

apt install git curl build-essential libssl-dev zlib1g-dev

On CentOS/RHEL (not advisable, use packages mentioned above instead):

yum install openssl-devel zlib-devel
yum groupinstall "Development Tools"

Clone the repo:

git clone https://github.com/teleproxy/teleproxy
cd teleproxy

To build, simply run make, the binary will be in objs/bin/teleproxy:

make && cd objs/bin

If the build has failed, you should run make clean before building it again.

Testing

This repository includes a comprehensive test suite. For detailed instructions, see TESTING.md.

To run the tests using Docker:

# Export environment variables (see TESTING.md)
export TELEPROXY_SECRET=...
make test

Running

Obtain a secret, used to connect to telegram servers.

curl --connect-timeout 10 --max-time 30 --retry 3 -fsSL https://core.telegram.org/getProxySecret -o proxy-secret

Obtain current telegram configuration. It can change (occasionally), so we encourage you to update it once per day.

curl --connect-timeout 10 --max-time 30 --retry 3 -fsSL https://core.telegram.org/getProxyConfig -o proxy-multi.conf

Generate a secret to be used by users to connect to your proxy.

head -c 16 /dev/urandom | xxd -ps

Run teleproxy:

./teleproxy -u nobody -p 8888 -H 443 -S <secret> --http-stats --aes-pwd proxy-secret proxy-multi.conf -M 1

... where:

nobody is the username. teleproxy calls setuid() to drop privilegies.
443 is the port, used by clients to connect to the proxy.
8888 is the local port for statistics (requires --http-stats). Like curl http://localhost:8888/stats. Stats are accessible from private networks (loopback, 10.0.0.0/8, 172.16.0.0/12, 192.168.0.0/16) but not from public IPs.
<secret> is the secret generated at step 3. Also you can set multiple secrets: -S <secret1> -S <secret2>. Each secret can have an optional label: -S <secret>:family -S <secret>:friends. Labels appear in logs and stats instead of raw secrets, making it easy to identify which secret a connection used. You can also set a per-secret connection limit: -S <secret>:family:1000 (see Per-Secret Connection Limits).
--aes-pwd proxy-secret points to the proxy-secret file downloaded at step 1, which contains the encryption key used for MTProto key exchange with Telegram DCs.
proxy-secret and proxy-multi.conf are obtained at steps 1 and 2.
1 is the number of workers. You can increase the number of workers, if you have a powerful server.

Also feel free to check out other options using teleproxy --help.

IP Access Control

Restrict client connections by IP address using CIDR-based blocklist/allowlist files:

./teleproxy ... --ip-blocklist blocklist.txt --ip-allowlist allowlist.txt

File format (one CIDR range per line, # comments allowed):

# Block known scanner ranges
185.220.101.0/24
2001:db8::/32

Both IPv4 and IPv6 CIDR notation supported
--ip-allowlist: only matching IPs are accepted (whitelist mode)
--ip-blocklist: matching IPs are rejected
Files are reloaded on SIGHUP — update rules without restarting the proxy
Rejected connections are tracked via Prometheus metric teleproxy_ip_acl_rejected_total

Generate the link with following schema: tg://proxy?server=SERVER_NAME&port=PORT&secret=SECRET (or let the official bot generate it for you).
Register your proxy with @MTProxybot on Telegram.
Set received tag with arguments: -P <proxy tag>
Enjoy.

Direct-to-DC Mode

By default, Teleproxy routes traffic through Telegram's middle-end (ME) relay servers listed in proxy-multi.conf. Direct mode bypasses the ME relays and connects straight to Telegram data centers, reducing latency and simplifying deployment:

Default:  Client → Teleproxy → ME relay (proxy-multi.conf) → Telegram DC
Direct:   Client → Teleproxy → Telegram DC

To enable direct mode, use --direct:

./teleproxy -u nobody -p 8888 -H 443 -S <secret> --http-stats --direct

In direct mode:

No proxy-multi.conf or proxy-secret files are needed
No config file argument is required
The proxy connects directly to well-known Telegram DC addresses
Incompatible with -P (proxy tag) — promoted channels require ME relays

Using IPv6

Teleproxy supports IPv6. To enable it, pass the -6 flag and specify only port numbers to -H (do not include an address like [::]:443).

Example (direct run)

./teleproxy -6 -u nobody -p 8888 -H 443 -S <secret> --http-stats --aes-pwd proxy-secret proxy-multi.conf -M 1

-6 enables IPv6 listening. The proxy binds to :: (all IPv6 interfaces). On most systems this also accepts IPv4 connections on the same port (dual-stack), unless the kernel forces IPv6-only.
-H accepts a comma-separated list of ports only (e.g., -H 80,443). Do not pass IP literals to -H.
Binding to a specific IPv6 address is not currently supported. If you must restrict which address is reachable, use a firewall (ip6tables/nftables/security groups).

Client side

You can use either a hostname with an AAAA record or a raw IPv6 address.
When sharing links, prefer a hostname with an AAAA record. Some clients may not accept raw IPv6 literals in tg:// links.

Examples:

Hostname: tg://proxy?server=proxy.example.com&port=443&secret=<secret> (with AAAA record on proxy.example.com).
Raw IPv6 (may not be supported by all clients): tg://proxy?server=[2001:db8::1]&port=443&secret=<secret>

Quick checks

Verify the proxy listens on IPv6:

ss -ltnp | grep :443
# Expect to see :::443 among listeners

Test locally (stats endpoint):
```
curl -6 http://[::1]:8888/stats
```

Troubleshooting IPv6

Ensure IPv6 is enabled on the host:

sysctl net.ipv6.conf.all.disable_ipv6
# should be 0

Firewalls/security groups must allow IPv6 on the chosen port (separate from IPv4 rules).
If IPv4 stops working after enabling -6, your system might enforce IPv6-only sockets (V6ONLY). Check net.ipv6.bindv6only and firewall rules.
Use a hostname with an AAAA record to avoid client parsing issues with IPv6 literals in links.

Systemd example (IPv6)

[Unit]
Description=Teleproxy (IPv6)
After=network.target

[Service]
Type=simple
WorkingDirectory=/opt/teleproxy
ExecStart=/opt/teleproxy/teleproxy -6 -u nobody -p 8888 -H 443 -S <secret> --http-stats -P <proxy tag> --aes-pwd proxy-secret proxy-multi.conf -M 1
Restart=on-failure

[Install]
WantedBy=multi-user.target

Docker notes (IPv6)

Ensure Docker daemon has IPv6 enabled and the host has routable IPv6.
Port publishing must include IPv6 (Docker binds to IPv6 only if daemon IPv6 is enabled). See Docker docs for daemon.json ("ipv6": true, "fixed-cidr-v6": "…/64").
The provided image’s default entrypoint does not add -6. To use IPv6, either run Teleproxy on the host, or build/override the container command to include -6.

Transport Modes and Secret Prefixes

Teleproxy supports different transport modes that provide various levels of obfuscation:

DD Mode (Random Padding)

Due to some ISPs detecting MTProto proxy by packet sizes, random padding is added to packets when this mode is enabled.

Client Setup: Add dd prefix to secret (cafe...babe => ddcafe...babe)

Server Setup: Use -R argument to allow only clients with random padding enabled

EE Mode (Fake-TLS + Padding)

EE mode provides enhanced obfuscation by mimicking TLS 1.3 connections, making proxy traffic harder to detect and block.

Server Setup:

Add domain configuration: Choose a website that supports TLS 1.3 (e.g., www.google.com, www.cloudflare.com)

./teleproxy -u nobody -p 8888 -H 443 -S <secret> -D www.google.com --http-stats --aes-pwd proxy-secret proxy-multi.conf -M 1

Get domain HEX dump:

echo -n www.google.com | xxd -plain
# Output: 7777772e676f6f676c652e636f6d

Client Setup: Use the format: ee + server_secret + domain_hex

Example:

Server secret: cafe1234567890abcdef1234567890ab
Domain: www.google.com
Domain HEX: 7777772e676f6f676c652e636f6d
Client secret: eecafe1234567890abcdef1234567890ab7777772e676f6f676c652e636f6d

Quick Generation:

# Generate complete client secret automatically
SECRET="cafe1234567890abcdef1234567890ab"
DOMAIN="www.google.com"
echo -n "ee${SECRET}" && echo -n $DOMAIN | xxd -plain

Benefits:

✅ Traffic appears as TLS 1.3: Harder to detect and block
✅ Works with modern clients: Desktop, mobile, and web clients
✅ Domain flexibility: Choose any TLS 1.3-capable domain
✅ DPI resistant: Traffic indistinguishable from standard TLS 1.3

EE Mode with Custom TLS Backend (TCP Splitting)

Instead of mimicking a public website, you can run your own web server (e.g., nginx) behind Teleproxy with a real TLS certificate for your domain. Non-proxy visitors see a fully functioning HTTPS website, making the server indistinguishable from a normal web server.

How it works:

Teleproxy listens on port 443
nginx runs on a non-standard port (e.g., 8443) with a valid certificate for your domain
The domain's DNS A record points to the Teleproxy server
Valid Teleproxy clients connect normally; all other traffic is forwarded to nginx

Active probing resistance: Every connection that fails Teleproxy validation — wrong secret, expired timestamp, unknown SNI, replayed handshake, malformed ClientHello, or plain non-TLS traffic — is transparently forwarded to the backend rather than rejected with a TLS error. Anyone probing the server with a standard browser sees a real HTTPS website, making the proxy indistinguishable from a normal web server under active probing.

Dynamic Record Sizing (DRS): TLS connections automatically use graduated record sizes that mimic real HTTPS servers (Cloudflare, Go, Caddy): small MTU-sized records during TCP slow-start (~1450 bytes), ramping to ~4096 bytes, then max TLS payload (~16144 bytes). This defeats statistical traffic analysis that fingerprints proxy traffic by its uniform record sizes. No configuration needed — DRS activates automatically for all TLS connections.

Requirements:

The backend must support TLS 1.3 (Teleproxy verifies this at startup)
The -D value must be a hostname, not a raw IP address. Using an IP address (e.g., -D 127.0.0.1:8443) breaks ee secrets because TLS SNI does not support IP addresses (RFC 6066)

Setup:

Configure nginx to listen on a local port with TLS 1.3:

server {
    listen 127.0.0.1:8443 ssl default_server;
    server_name mywebsite.com;

    ssl_certificate /etc/letsencrypt/live/mywebsite.com/fullchain.pem;
    ssl_certificate_key /etc/letsencrypt/live/mywebsite.com/privkey.pem;
    ssl_protocols TLSv1.3;
    ssl_prefer_server_ciphers off;

    root /var/www/html;

    location / {
        try_files $uri $uri/ =404;
    }
}

Certificate renewal: Use certbot with DNS-01 challenge (--preferred-challenges dns). HTTP-01 challenge will not work because Teleproxy occupies port 443.

Add an /etc/hosts entry so Teleproxy resolves the domain to loopback (needed when nginx only listens on 127.0.0.1):
```
127.0.0.1 mywebsite.com
```
Note: If nginx listens on all interfaces (0.0.0.0:8443) and the domain's DNS already points to this server, you can skip the /etc/hosts entry.

Run Teleproxy with the domain and port:

./teleproxy -u nobody -p 8888 -H 443 -S <secret> -D mywebsite.com:8443 --http-stats --aes-pwd proxy-secret proxy-multi.conf -M 1

Generate the client ee secret as usual (using mywebsite.com as the domain):

SECRET="<your_32_hex_secret>"
echo -n "ee${SECRET}" && echo -n mywebsite.com | xxd -plain

Systemd example configuration

Create systemd service file (it's standard path for the most Linux distros, but you should check it before):

nano /etc/systemd/system/teleproxy.service

Edit this basic service (especially paths and params):

[Unit]
Description=Teleproxy
After=network.target

[Service]
Type=simple
WorkingDirectory=/opt/teleproxy
ExecStart=/opt/teleproxy/teleproxy -u nobody -p 8888 -H 443 -S <secret> -P <proxy tag> <other params>
ExecStart=/opt/teleproxy/teleproxy -u nobody -p 8888 -H 443 -S <secret> --http-stats -P <proxy tag> <other params>
Restart=on-failure

[Install]
WantedBy=multi-user.target

Reload daemons:

systemctl daemon-reload

Test fresh Teleproxy service:

systemctl restart teleproxy.service
# Check status, it should be active
systemctl status teleproxy.service

Enable it, to autostart service after reboot:

systemctl enable teleproxy.service

Docker

Quick Start

The simplest way to run Teleproxy - no configuration needed:

docker run -d \
  --name teleproxy \
  -p 443:443 \
  -p 8888:8888 \
  --restart unless-stopped \
  ghcr.io/teleproxy/teleproxy:latest

The container automatically:

Downloads the latest proxy configuration from Telegram
Generates a random secret if none is provided
Starts the proxy on port 443

Connection Links at Startup:

The container prints ready-to-share connection links in the logs:

docker logs teleproxy
# ===== Connection Links =====
# https://t.me/proxy?server=203.0.113.1&port=443&secret=eecafe...
# =============================

If external IP detection fails, links show <YOUR_SERVER_IP> — set EXTERNAL_IP to fix.

Using Pre-built Docker Image (Advanced)

For more control, specify environment variables:

docker run -d \
  --name teleproxy \
  -p 443:443 \
  -p 8888:8888 \
  -e SECRET=$(head -c 16 /dev/urandom | xxd -ps) \
  -e PROXY_TAG=your_proxy_tag_here \
  -v teleproxy-data:/opt/teleproxy/data \
  --restart unless-stopped \
  ghcr.io/teleproxy/teleproxy:latest

Environment Variables

SECRET: Proxy secret(s) — 32 hex characters each (auto-generated if not provided)
- Single: SECRET=cafe1234567890abcdef1234567890ab
- Multiple (comma-separated): SECRET=secret1,secret2,secret3
- With labels: SECRET=hex1:family,hex2:friends (see Secret Labels)
- Multiple (numbered): SECRET_1=aabb..., SECRET_2=ccdd... (up to SECRET_16)
- If both SECRET and SECRET_N are set, all are combined
- Maximum 16 secrets (binary limit)
SECRET_LABEL_1, SECRET_LABEL_2, ...: Optional labels for numbered secrets (e.g. SECRET_LABEL_1=family). See Secret Labels
SECRET_LIMIT_1, SECRET_LIMIT_2, ...: Optional per-secret connection limits (e.g. SECRET_LIMIT_1=1000). See Per-Secret Connection Limits
PORT: Port for client connections (default: 443)
STATS_PORT: Port for statistics endpoint (default: 8888)
WORKERS: Number of worker processes (default: 1)
PROXY_TAG: Proxy tag from @MTProxybot (optional, for channel promotion)
DIRECT_MODE: Connect directly to Telegram DCs instead of through ME relays (true/false, default: false). Incompatible with PROXY_TAG. See Direct-to-DC Mode
RANDOM_PADDING: Enable random padding only mode (true/false, default: false)
EXTERNAL_IP: Your public IP address for NAT environments (optional)
EE_DOMAIN: Domain for EE Mode (Fake-TLS + Padding), e.g. www.google.com. Accepts host:port for custom TLS backends (e.g., mywebsite.com:8443). See Custom TLS Backend
IP_BLOCKLIST: Path (inside container) to a file with CIDR ranges to reject (one per line, # comments allowed). Example: --ip-blocklist /opt/teleproxy/blocklist.txt
IP_ALLOWLIST: Path (inside container) to a file with CIDR ranges to exclusively allow. When set, only matching IPs are accepted. Both IPv4 and IPv6 CIDR notation supported. Files are reloaded on SIGHUP.

Getting Statistics

curl http://localhost:8888/stats

Prometheus Metrics

curl http://localhost:8888/metrics

Returns metrics in Prometheus exposition format, ready for scraping. Available on the same --http-stats port, restricted to private networks. Includes per-secret connection metrics when secret labels are configured.

Using Docker Compose

The simplest Docker Compose setup (create docker-compose.yml):

services:
  teleproxy:
    image: ghcr.io/teleproxy/teleproxy:latest
    ports:
      - "443:443"
      - "8888:8888"
    restart: unless-stopped

Then run:

docker-compose up -d
docker-compose logs teleproxy | grep "Generated secret"

For custom configuration, create a .env file:

SECRET=your_secret_here
PROXY_TAG=your_proxy_tag_here
RANDOM_PADDING=false

For multiple secrets (per-group access control):

# Option A: comma-separated
SECRET=family_secret_hex,friends_secret_hex,public_secret_hex

# Option B: numbered variables
SECRET_1=family_secret_hex
SECRET_2=friends_secret_hex
SECRET_3=public_secret_hex

Secret Labels

Labels let you identify which secret a connection is using — useful for revoking leaked secrets or monitoring per-group traffic:

# Inline labels (CLI)
./teleproxy ... -S cafe1234567890abcdef1234567890ab:family -S dead1234567890abcdef1234567890ef:friends

# Inline labels (Docker)
SECRET=cafe1234567890abcdef1234567890ab:family,dead1234567890abcdef1234567890ef:friends

# Separate label env vars (Docker)
SECRET_1=cafe1234567890abcdef1234567890ab
SECRET_LABEL_1=family
SECRET_2=dead1234567890abcdef1234567890ef
SECRET_LABEL_2=friends

Labels appear in:

Logs: TLS handshake matched secret [family] from 1.2.3.4:12345
Prometheus (/metrics): teleproxy_secret_connections{secret="family"} 3
Stats (/stats): secret_family_connections 3

If no label is given, secrets are auto-labeled secret_0, secret_1, etc.

Label rules: max 32 characters, alphanumeric plus _ and - only.

Per-Secret Connection Limits

Prevent a leaked or widely-shared secret from consuming all proxy resources by setting a maximum number of concurrent connections per secret:

# CLI: append :LIMIT after the label
./teleproxy ... -S cafe...90ab:family:1000 -S dead...90ef:public:200

# Without a label, use an empty label field
./teleproxy ... -S cafe...90ab::500

# Docker: numbered env vars
SECRET_1=cafe1234567890abcdef1234567890ab
SECRET_LABEL_1=family
SECRET_LIMIT_1=1000
SECRET_2=dead1234567890abcdef1234567890ef
SECRET_LABEL_2=public
SECRET_LIMIT_2=200

# Docker: inline (comma-separated)
SECRET=cafe...90ab:family:1000,dead...90ef:public:200

When the limit is reached, new connections using that secret are rejected:

Fake-TLS (EE mode): rejected during the TLS handshake — the client is proxied to the configured domain, so it sees a normal website (indistinguishable from a non-proxy server).
Obfuscated2 (DD mode): the connection is silently dropped.

Existing connections are not affected. Other secrets continue operating normally.

Multi-worker note: with -M N workers, each worker enforces limit / N independently. For single-worker mode (-M 0 or -M 1), the limit is exact.

Limits appear in stats and Prometheus metrics:

Stats (/stats): secret_family_limit 1000, secret_family_rejected 42
Prometheus (/metrics): teleproxy_secret_connection_limit{secret="family"} 1000, teleproxy_secret_connections_rejected_total{secret="family"} 42

Secrets without a limit are unlimited (the default, backward-compatible behavior).

And reference it in your docker-compose.yml:

services:
  teleproxy:
    image: ghcr.io/teleproxy/teleproxy:latest
    ports:
      - "443:443"
      - "8888:8888"
    environment:
      - SECRET=${SECRET}
      - PROXY_TAG=${PROXY_TAG}
      - RANDOM_PADDING=${RANDOM_PADDING}
    restart: unless-stopped

Building Your Own Image

If you want to build the image yourself:

docker build -t teleproxy .
docker run -d \
  --name teleproxy \
  -p 443:443 \
  -p 8888:8888 \
  teleproxy

Check the logs to find your auto-generated secret:

docker logs teleproxy 2>&1 | grep "Generated secret"

Health Check

The Docker container includes a health check that monitors the statistics endpoint. You can check the container health with:

docker ps
# Look for the health status in the STATUS column

Automatic Config Refresh

The container includes a daily cron job that automatically refreshes the Telegram DC configuration (proxy-multi.conf). This prevents the proxy from becoming unavailable due to stale server addresses — Telegram periodically rotates DC IPs, and without refresh the proxy may silently lose connectivity.

The refresh process:

Downloads the latest config from core.telegram.org
Validates the downloaded file
Compares with the current config — skips if unchanged
Replaces the config and sends SIGHUP to reload without downtime

No user configuration is needed — this runs automatically.

Volume Mounting

The container stores proxy-multi.conf (Telegram DC addresses) in /opt/teleproxy/data/. Mount a volume to persist this configuration across container restarts. The proxy-secret file is baked into the image at build time and does not require persistence.

If core.telegram.org is unreachable (e.g., due to network restrictions), the container will use a cached proxy-multi.conf from the data volume when available. On first run without network access, you must manually place proxy-multi.conf in the data volume.

Mount a volume:

-v /path/to/host/data:/opt/teleproxy/data

Available Tags

ghcr.io/teleproxy/teleproxy:latest - Latest stable build from master branch
ghcr.io/teleproxy/teleproxy:master - Latest build from master branch
ghcr.io/teleproxy/teleproxy:v* - Specific version tags (when available)

Name		Name	Last commit message	Last commit date
.github		.github
fuzz		fuzz
src		src
tests		tests
.cppcheck-suppressions		.cppcheck-suppressions
.dockerignore		.dockerignore
.file-limits		.file-limits
.gitignore		.gitignore
CHANGELOG.md		CHANGELOG.md
Dockerfile		Dockerfile
GPLv2		GPLv2
LGPLv2		LGPLv2
Makefile		Makefile
README.fa.md		README.fa.md
README.md		README.md
README.ru.md		README.ru.md
README.vi.md		README.vi.md
TESTING.md		TESTING.md
docker-compose.yml		docker-compose.yml
start.sh		start.sh
teleproxy-config-refresh.sh		teleproxy-config-refresh.sh

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