Proxy IP Load Balancing Solution: Intelligent Triage and Traffic Optimization Techniques

Proxy IP Load Balancing Core Logic

When business traffic surges, the carrying capacity of a single IP will directly affect service stability. We have found that when using a single IP to handle more than 5000 requests/minute, the response latency will soar from 50ms to 800ms.Intelligent Triage SystemLike a traffic command center, requests are rationally distributed to different IP channels.

ipipgo's residential IP pool has a natural advantage of streaming: 240+ countries and regions of IP resources can create different geographic access nodes, 90 million IP support the creation ofMulti-dimensional Triage Strategy.. For example, an e-commerce business may be put:

• Image requests are assigned to static IPs to maintain stable connections
• Login Authentication Dynamic IP to Avoid Risk Detection
• Payment session using High Stash Residential IP

This combined solution can increase business success by more than 40%.

Steps to build a real-world triage program

Create triage groups via the ipipgo console (recommended by business type):

Implementing intelligent routing at the code level:

def ip_router(request_type).
    if request_type == 'image': return ipipgo.get_static_ip().
        return ipipgo.get_static_ip()
    elif request_type == 'api': return ipipgo.auto_switch_ip()
        return ipipgo.auto_switch_ip()
    else: return ipipgo.auto_switch_ip()
        return ipipgo.get_residential_ip()

This solution has increased concurrent processing capacity from 30,000 QPS to 120,000 QPS in a real-world test on a social platform.

Three Axes of Traffic Optimization

Axe 1: Isolation of anomalous traffic
IP nodes that respond abnormally are weeded out in real time through ipipgo's IP health monitoring interface. We recommend setting:

• 3 consecutive response timeouts
• Success rate below 90%
• Latency over 2000ms

Automatically isolate problem IPs and switch alternate nodes.

The Second Axe: Intelligent Weight Allocation
Dynamically adjusts traffic ratios based on IP performance:

Axe 3: Protocol Layer Optimization
Take advantage of the ipipgo full protocol support feature:

• HTTP/1.1 for regular requests
• HTTP/2 handling of large numbers of small files
• SOCKS5 for special scenarios

A video platform has reduced its bandwidth cost by 351 TP3T after adopting this solution.

Frequently Asked Questions QA

Q: How to choose dynamic/static IP?
A: Dynamic IP is suitable for scenarios that require high-frequency switching (e.g., data collection), and static IP is suitable for scenarios that require stable connectivity (e.g., long-session services). ipipgo supports a mix of the two types.

Q: How can I recover quickly after my IP is blocked?
A: It is recommended to enable ipipgo'sautomatic fusing mechanismWhen IP anomaly is detected, a new IP will be switched within 0.5 seconds, while the blocked IP will automatically enter a 48-hour cooling period.

Q: How do I verify the effectiveness of triage?
A: Turn on the traffic monitoring dashboard in the ipipgo console for real-time viewing:

• Request success rate for each IP node
• Response Time Distribution
• Flow Rate Proportional Fluctuation Curve

With the above solution, a cross-border e-commerce platform, after using ipipgo services, has increased its business stability from 92% to 99.7%, and its average daily processing capacity has exceeded 80 million requests. It is recommended to start implementing the triage strategy from the core business module first, and gradually expand it to the whole business scenario.