Turbo

Fastest and cheapest decentralized distributed HQ residential proxy network.

What to run a node? Go to our website or Turbo Client Node

Features

1. Self-sourced IPs and node connection quality analysis for highest success rate
2. All the standart proxy features:
3. Redis Auth & PUB/SUB (Credits, Stream for abnormal traffic detection model)
4. Skip-hop option (requires port forwarding and SDK use): dynamically connect to the end nodes for extremely low latency and TTFB (up to <20ms)

Global architecture

flowchart TD
    User(User)
    subgraph Self-hosted [Self-hosted backend]
        ProxyServer[Proxy Server]
        Redis[(Redis Database & Streams)]
        AI[AI Traffic Analysis] 
    end
%%    subgraph Zero-Trust Zone 
        ClientNode[Client Node]
        NodeRunner(Node Runner)
%%    end
    PaymentGateway[Payment Gateway]
    Blockchain[(Crypto Blockchain)]
    TargetWebsite[Target Website]
    Website[Next.js Website]
    Supabase[(Supabase PostgreSQL)]

    User --> |Sends HTTP/S or SOCKS5 Requests| ProxyServer
    User --> |Buys Credits| PaymentGateway
    
    ProxyServer --> |Node data update| Supabase
    ProxyServer <--> |TLS-encrypted QUIC Messaging| ClientNode
    ProxyServer --> |Uses for Auth & Credits| Redis
    
    AI --> |Evaluates server connections| Redis

    ClientNode --> |Processes Requests To| TargetWebsite
    NodeRunner --> |Operates| ClientNode
    

    PaymentGateway --> |Processes Payments| Blockchain
    PaymentGateway --> |Updates Credits In| Redis

    Blockchain --> |Sends Rewards| NodeRunner
    
    Website --> |Provides Data| NodeRunner
    Supabase <--> |Realtime stream| Website
    
    

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Score calculation

Your node score $S$ is based on three factors:

• $L$: Latency, capped on a range from 10ms to 500ms
• $R$: Reliability
• $U$: Uptime, measured over a 30-days rolling period

$$ S = w_L \cdot L + w_R \cdot R + w_U \cdot U $$

Where, by default, $w_L =$ 35% , $w_R =$ 40%, and $w_U =$ 25%.

The magic is that you can tailor the weights to your needs, for example if you want to prioritize reliability over latency, you can request like so:

curl -x "socks5h://reliability=70%,uptime=12%,country=US:API-KEY@turbonodes.net" https://httpbin.org/ip

Self-host a Server Node

You're free to operate your own server for commercial use according to the Apache 2.0 license.

Run server docker image with docker-compose up and connect client nodes.

For more information, see Setting Up Development Environment

System Design

See Global Architecture for a high-level overview of the system.

Traffic flow

sequenceDiagram
    participant SOCKS5_Client as User
    participant Proxy_Server as Server
    participant Proxy_Client as Node
    participant Internet as Internet

    SOCKS5_Client->>Proxy_Server: 1. SOCKS5/HTTP CONNECT request
    Proxy_Server->>Proxy_Client: 2. Forward dest. IP + TLS-encrypted payload via QUIC 
    Proxy_Client->>Internet: 3. Process request (TCP level) 
    
    Internet-->>Proxy_Client: 4. Return encrypted response
    Proxy_Client-->>Proxy_Server: 5. Send data via QUIC
    Proxy_Server-->>SOCKS5_Client: 6. Send back to SOCKS5 Client

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Security

Networks of this type always raise security and ethical concerns. Most providers (including major actors such as Bright Data, Oxylabs, ...) spy the content of your communication with the website, and can even inject malicious content into the traffic.

We are the only providers that systematically block any pure HTTP request and strictly enforce user-terminated TLS encryption

That way, only the proxy user and the target website can decrypt the traffic. Our aforementioned zero-trust policy ensures that client nodes cryptographically cannot see the packets' payload.

This architecture mitigates MITM threats and reliably certifies that the data returned to the proxy user is the data sent by the target website.

Network Access

Want to buy proxy access from our network for web-scraping, browser agents?

Join our Discord server for more information: Create a ticket or DM @lished. You can also reach us via email