Domestic BGP Multi-Line Proxy: Optimizing Bandwidth for Three Networks Convergence

How to solve the "three networks problem" of domestic BGP multi-line proxy?

Friends who do e-commerce management or data collection understand that users who use the equipment of three operators at the same time: mobile, Unicom and Telecom, the access speed is like riding a roller coaster. Ordinary proxy IP often"Unicom users' access to Telecom's servers lags".This is a typical triple-network interoperability bottleneck. Today, let's talk about how to use proxy IP to achieve real bandwidth optimization in a human way.

Why do regular agents always "pick their lines"?

The traditional single-line proxy is like a truck that can only take provincial highways, and is bound to slow down when it encounters inter-provincial toll booths (carrier interconnection nodes). Measurement data shows that the delay of cross-network access may surge 200% or more. What's more troublesome is that some websites will return different versions of page content according to the carrier type of the user's IP.

Typical symptoms:

• Guangdong Telecom users' access to Beijing Unicom servers delayed over 300ms
• Frequent triggering of the website's anti-crawl mechanism during data collection
• File transfer speeds fall off a cliff when collaborating in multiple locations

BGP Multiline Proxy Core Play

The focus here is on ipipgo's smart routing solution: their BGP nodes come withTriple play access capabilityThis is equivalent to giving each proxy IP the "pass" of the three major carriers. When a user initiates a request, the system will detect it in real time:

For example: when detecting a user's mobile broadband access to telecom servers, it will give priority to ipipgo's "Mobile→BGP→Telecom" dedicated channel, and the measured cross-network access speed can be increased by more than 60%.

Three Steps to Agent Configuration Optimization

The actual operation was easier than expected:

1. Line Selection Strategy: Enable "Smart Route Selection" mode in the ipipgo console
2. Protocol Adaptation Adjustment: Select HTTP(S)/SOCKS5 protocol according to the type of business (HTTPS is recommended for e-commerce)
3. IP Rotation Setting: Setting up automatic IP switching every 5-10 minutes (important.) Anti-banning necessary)

There is a wholesale clothing customer case: with the ordinary proxy every day there are 23% order submission failure, after switching ipipgo BGP proxy, the failure rate directly down to 2% below, the customer themselves are shocked.

Guide to avoiding pitfalls: don't overlook these details

Seen too many people planted in these places:

• DNS Contamination Detection: Regularly check the DNS resolution status with the testing tool provided by ipipgo.
• Export IP purity

Note: Choose the "Home IP" type, but don't use the server room IP for enterprise-level business.

• Protocol camouflage capability: Remember to turn on TCP masquerade mode when visiting banking websites