Multi protocol proxy
Shadowsocks, Socks5+TLS, Trojan+TLS, VLESS+TLS
About service
INNOVATIVE AUTOMATION
Everything works automatically.
Proxies will appear in the personal account immediately after the payment. And that's not all that is done for your convenience.
TYPES OF CONNECTIONS AND AUTHORIZATION
You can use any type of connection required: НТТР/НТТР(s), SOCKS5, SOCKS5 + TLS, Shadowsocks, Trojan + TLS, VLESS+TLS. Authorization is also available by login and password or client's IP address.
HIGH EFFICIENCY PROXY SERVERS
Bandwidth of servers is up to 100 mbps. Technical characteristics let you work comfortably, having a stable proxy connection..
SUPPORT 24/7
Our specialists are ready to help you at any time of day or night.
COMPETITIVE PRICES
We have made prices as low as possible, without affecting the quality of services.
PURCHASE AND ITS PERIOD
You can buy from 1 IP address to tens of thousands of addresses. for a period of 1 month, 2 months, 6 months and more. Of course, you can extend the period of services. You can download the list of addresses in a format convenient for you in your personal account.
What are Multi-Protocol Proxies?
Multi-protocol proxies are servers that support specialized tunneling protocols beyond standard HTTP and SOCKS5. These include VLESS + XTLS/Reality, Shadowsocks (AEAD), and Trojan + TLS. They are designed for environments where standard proxy connections are detected and blocked by Deep Packet Inspection (DPI) systems, corporate firewalls, or state-level censorship.
While a standard SOCKS5 proxy transmits data with a recognizable signature, multi-protocol proxies use advanced obfuscation. They wrap your traffic in standard TLS or make it indistinguishable from random noise, allowing you to maintain a stable connection even in highly restricted networks.
Protocol Comparison: Which One to Choose?
Different protocols solve different problems. Here is a technical breakdown to help you choose the right setup for your infrastructure:
1. VLESS + XTLS / Reality
VLESS is a lightweight protocol from the Xray project. It has no built-in encryption and relies entirely on the transport layer (TLS). The XTLS-Reality extension is the gold standard for 2026. It allows your proxy to "borrow" the TLS fingerprint of a legitimate website (like a major cloud provider). To a DPI system analyzing JA4 fingerprints, your connection looks identical to a normal user visiting that benign website. It supports UDP over TCP, making it viable for gaming and WebRTC.
2. Shadowsocks (AEAD)
Shadowsocks uses AEAD ciphers (ChaCha20-Poly1305 or AES-256-GCM). Its main advantage is that it does not look like TLS or HTTP. It looks like a stream of random bytes with no recognizable signature. This makes it very hard to block based on protocol structure, though active probing by DPI systems can sometimes detect it if not configured correctly.
3. Trojan + TLS
Trojan is essentially an advanced SOCKS5 that masquerades as standard HTTPS traffic. It passes authentication and connection commands in a single request within the TLS handshake. Because it uses real TLS on port 443, it blends in perfectly with standard web traffic. However, it requires a valid TLS certificate for the domain.
4. SOCKS5 + TLS (Legacy)
A standard SOCKS5 connection is easily identified by DPI. Wrapping it in TLS hides the SOCKS5 signature, but it still lacks the sophisticated fingerprint-masking of VLESS Reality. It is a good middle-ground for basic DPI evasion, but modern systems are increasingly profiling TLS handshakes.
Core Use Cases
1. Bypassing Corporate and State-Level DPI
When standard proxies are blocked at the ISP level, multi-protocol proxies provide a reliable alternative. VLESS Reality and Shadowsocks are specifically designed to circumvent Deep Packet Inspection by hiding the true nature of the traffic.
2. Advanced Automation and Scraping
For scraping heavily protected targets, some developers prefer routing traffic through VLESS to avoid TLS fingerprint bans. If the target site uses strict JA4 filtering, the Reality protocol allows you to mimic the exact fingerprint of a trusted browser.
3. Secure Tunneling for IoT and Gaming
VLESS supports UDP over TCP. This means you can route UDP-heavy traffic (like multiplayer games or WebRTC calls) through a TCP tunnel without losing the connection, which is crucial for environments where UDP is blocked entirely.
Technical Specifications
| Parameter | Details |
|---|---|
| Supported Protocols | VLESS (Reality, XTLS), Shadowsocks (AEAD), Trojan, SOCKS5+TLS |
| Transport Layer | TCP, UDP over TCP (VLESS) |
| Security | TLS 1.3, ChaCha20-Poly1305, AES-256-GCM |
| Traffic | Unlimited |
| Speed | Up to 1 Gbps |
| Authorization | UUID / Password (depending on protocol) |
| Provisioning | Instant delivery (config strings/links) |
Important Limitations to Consider
- Client Software Required: Multi-protocol proxies do not work in standard web browsers (Chrome, Firefox) out of the box. You must use specialized client applications such as Xray, sing-box, or Nekoray to establish the connection.
- Not a Browser Proxy: You cannot simply enter these into the Windows or macOS system proxy settings. They operate at the network routing level.
- DNS Handling: When configuring your client, always route DNS through the proxy tunnel (prevent DNS leaks) using the `socks5h://` scheme or the built-in DNS routing in sing-box/Xray.
How to Configure
After purchasing, you will receive configuration links (URI schemes like vless://, ss://, or trojan://). You can import these directly into your client software.
Related Services & Guides
If you need standard proxies for browser automation, check out our Personal IPv4 Proxies. For heavy UDP workloads (gaming, VoIP), see UDP Proxies. For mobile network trust, explore Mobile Proxies.
Frequently Asked Questions
Currently, VLESS with XTLS-Reality is considered the most robust solution. It actively mimics the TLS handshake (JA4 fingerprint) of legitimate websites, making it extremely difficult for DPI systems to distinguish your traffic from normal browsing.
No. Protocols like VLESS, Trojan, and Shadowsocks require a specialized client application (like sing-box or Xray) to establish the connection. Once the client is running, it routes your browser traffic through the tunnel.
Yes. VLESS supports UDP over TCP. This allows you to tunnel UDP traffic (like WebRTC, VoIP, or gaming) through the proxy, which is highly useful in networks that aggressively block UDP packets.
Shadowsocks encrypts traffic and makes it look like random data. Trojan, on the other hand, disguises your traffic as standard HTTPS. Trojan requires a valid TLS certificate on the server, while Shadowsocks relies on its own encryption ciphers.
Most anti-detect browsers natively support SOCKS5. If you want to use VLESS or Shadowsocks with an anti-detect browser, you will need to run a local client (like sing-box) that exposes a local SOCKS5 port, and then point your browser to that local port.
This usually happens due to a time synchronization issue (ensure your device's clock is set to automatic) or a mismatch in the TLS settings (SNI or public key) if you are using Reality. Check your client logs for exact errors.
You must configure your client to route DNS queries through the proxy tunnel. In tools like sing-box or Xray, you can set the DNS server to be resolved remotely through the proxy (often using the `socks5h://` scheme or routing rules) to ensure no local requests are leaked.
No. All our multi-protocol proxies come with unlimited traffic. You pay a fixed price for the channel, not for the amount of data transferred.
Your order appears in your dashboard immediately after payment is processed, and your connection strings/links are sent to your email.
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