Why do you need a "second time lapse" proxy IP in a robocall scenario?
During e-commerce promotions, limited edition sneakers on sale, and concert tickets on sale, the average user has the biggest headache of all!I just clicked submit and it said "IP requests are too frequent".The platform's wind control system will instantly recognize the duplicate IPs. The platform's wind control system will instantly recognize the duplicate IP, or force a page refresh if it's light, or directly block access if it's heavy. At this timeshort-lived proxy IPJust like the "resurrection coins" in the game, you can change your residential IP address every time you do something and make the system think that you are a real user in a different region.
Short-acting proxies vs. regular proxies in action
We take a brand sneaker shopping real test found: the use of ordinary residential IP (valid for 1 hour) users, in the continuous launch of 30 requests after the trigger platform limit. And ipipgo'sIP in seconds(Single-use time 15-60 seconds) Successfully completed 80 requests, transaction rate increased by 4 times. The key is that the dynamic IP pool is automatically updated every 5 minutes with 30% resources, ensuring that every connection is a "first time" new IP.
comparison term | ordinary proxy IP | IP in seconds |
---|---|---|
IP Survival Time | More than 1 hour | 15-60 seconds |
Success rate of requests | 38% | 92% |
Risk control trigger probability | High (72%) | Low (12%) |
Three technical advantages of ipipgo second IPs
1. Real residential network environment: All IPs originate from home broadband, and parameters such as device fingerprints and network latency are exactly the same as those of real users, avoiding the risk of IPs in the server room being blocked in bulk.
2. Precise regional matchingWhen it is necessary to simulate users in a specific region (e.g., limited goods are only available in a certain city), local residential IPs can be called in real time, and the success rate is 60% higher than that of random IPs.
3. Millisecond switching response: When acquiring IPs through the API interface, it takes only 80ms from initiating a request to obtaining an available proxy, which is 3 times faster than the industry average, which is crucial for the 0.1 second gap in the snatch-and-grab scenario.
A practical guide to the operation of the spike scenario
As an example, an e-commerce platform recommends using ipipgo'sDynamic Short IP + Browser Multi-OpenPortfolio Program:
1. Create 10 separate environments in the fingerprint browser (different UserAgent, time zone, language)
2. Bind 1 second IP per environment (it is recommended to choose different provincial IP segments)
3. Setting the automatic click interval to 800-1200ms (mimicking the rhythm of human operation)
4. Enable the automatic IP replacement rule: every 3 requests or 30 seconds to force the switching of new IPs
The method was measured to increase the successful order rate from 7% to 68% in a single-player operation in the graphics card rush.
Frequently Asked Questions QA
Q: Why do I have to use a short duration IP, can't I use a long term proxy?
A: The platform risk control will count the historical behavior of IPs, and long-term IPs are easily marked as "high-risk objects". Short-lived IPs are new identities used for the first time every time.
Q: How can I avoid multiple accounts being linked?
A: In addition to changing your IP, be sure to work with ipipgo'sEnvironmental isolation functionEach account uses a separate IP + separate browser fingerprint + separate cookie storage space.
Q: What should I do if I encounter a sudden IP failure?
A: ipipgo's API interface offersFailure auto retry mechanismWhen the IP is detected to be unavailable, a new IP is automatically assigned within 0.05 seconds, and a backup IP pool is replenished in real time.
Why choose ipipgo?
Unlike service providers on the market that mix server room IPs, ipipgo has been specializing in the residential proxy field for 7 years and has90 million+ real home IP libraries, covering all county-level administrative districts in the country. Especially when dealing with new types of wind control systems, itsIP Quality Scoring SystemIt can automatically filter high-risk resources and control the delay within 50ms by intelligent routing technology, which is a technical barrier that is difficult to be realized by ordinary proxy services.