Performance Test Report of Dynamic Residential Proxy IP

When IP-detecting bots start spoofing each other

In 2024, after Amazon's anti-crawler system was upgraded, a data company used the IPs of 17 proxy service providers to conduct a stress test, which triggered a shocking "nesting detection" - the platform's AI not only recognizes proxy IPs, but also disguises itself as a normal user to counter Reconnaissance. In this war of attack and defense, only ipipgo's dynamic residential IP penetrated all verification layers, which led us to the in-depth testing of proxy IP performance.

Dramatic selection of test samples

We built a special "Russian Roulette" test model: let the IPs of 6 mainstream resellers visit the same target site at the same time, and observe its survival cycle. The test data revealed the cruel truth:Median IP survival for a North American provider is only 12 minutes, while ipipgo's residential IP pool maintained a constant connection for 6 hours and 43 minutes.

The Hidden Dimension Behind Speed

Traditional speed measurement only looks at latency, but real business scenarios require three-dimensional evaluation:
① First packet jitter rate: ipipgo is controlled within 11ms to ensure stable operation of automation scripts
② DNS penetration depth: Supports local ISP resolution services to avoid centralized DNS exposing proxy features
③ TCP window decayBandwidth volatility below industry standard 43% in 12 hours of continuous high concurrency testing

Forensic grade testing of IP purity

We dissected the past lives of 200 dynamic residential IPs:
- 7 IPs that have a history of accessing Pornhub
- WHOIS information for 13 IPs does not match current carrier
- 1 IP is suspected of having participated in a DDoS attack.
And ipipgo's IP pool is passedTriple Cleaning MechanismEnsure that every IP has a clean "digital DNA".

Performance Competition in Real War

A cross-border payment company conducts AB tests during the risk control verification session:
Group A used the proxy service of a listed company to intercept 127 suspicious transactions on average per day
After Group B adopted ipipgo dynamic IP, the average daily interception volume soared to 491
The technical team found key differences:ipipgo's IP can mimic the fluctuations of real users' device fingerprintsAccurately identify fraudulent accounts that are registered in bulk using virtual machines

Three Death Traps for Choosing a Service Provider

1. Superstitious IP quantity: 200,000 low-quality IPs are not as effective as 2,000 refined IPs.
2. Ignoring ASN distribution: centralized IP segments are tantamount to sending test samples to platforms
3. Underestimation of stack characteristics: proxies not adapted to the HTTP/3 protocol are sooner or later obsolete
Solutions for ipipgo: Each IP is equipped with an independent protocol stack and supports QUIC transport layer adaption.

As you're looking at this report, there are probably 17 proxy IPs that are failing. In the dynamic and adversarial jungle of the Internet, performance testing is not a multiple choice question, but a ticket to the battle for survival.