
What exactly is a reverse crawler agent?
Many buddies think that the reverse crawler agent is just a random IP switching tool, the results of the use of either blocked or restricted flow. To put it bluntly, the core of the reverse crawler agent is theMake the server think you're a normal user, not machine scripts. It's like when you go to the market to buy groceries, if you wear the same clothes and take the same route every time, sooner or later the vendor will remember you - that's when it's important to change your jacket and take a shortcut.
Traditional proxy IPs are easy to identify because they mostly use server room IPs or fixed behavioral patterns. And the ones that can really carry the detection have to use theIP generated by a real home network environment. Here's where ipipgo's Residential IP Pool comes in, taking IP resources directly from home broadband around the world, with each IP backed by a real broadband account.
Why does ipipgo survive platform testing?
Now the platform's wind control system is getting more and more chicken, and just changing the IP is no longer enough. According to our real test data, it is necessary to take care of these three dimensions at the same time:
| dimension (math.) | common minefield | ipipgo program |
|---|---|---|
| IP Authenticity | Server room IP segment/blacklisted IP | Real Home Broadband IP |
| trajectory | IP jumps irregularly | Supports setting IP territorial continuity rules |
| Protocol features | Fixed request header/fingerprint | Automatic matching of local equipment characteristics |
As a chestnut, when doing e-commerce price monitoring, if you use an IP in California, it's best to still have an IP on the west coast of the U.S. next time you switch. ipipgo'sIP territoriality continuum modelIt automatically maintains geographic coherence and avoids the "New York in the morning, Los Angeles in the afternoon" phenomenon.
A guide to avoiding pitfalls in real-world configurations
Don't think that buying a proxy service is all right, the configuration details are not good as usual. Here are a few points that are easy to step on the pit:
1. Don't be too honest about the request frequency: Even if the IP is changed, if the request is made on time every 5 seconds, a fool can tell it's a script. It is recommended to turn on the ipipgo backgroundRandomized delay functionThe request interval can be jumped irregularly between 20 and 120 seconds.
2. Don't use the default timeout settings: Many crawler frameworks default to a 30-second timeout, but real users simply can't wait that long. It's more reasonable to set the timeout between 8-15 seconds. ipipgo supports this!Setting timeout parameters by localeFor example, South East Asia can be appropriately extended
3. DNS leaks are a big pitfall: Some programs will bypass the proxy to resolve the domain name directly, then use ipipgo'sDNS generation resolution functionIt's especially critical to ensure that all traffic goes through the proxy channel
Your most frequently asked QA
Q: What should I do if I use a proxy IP and it becomes slow?
A: 80% of the IP is speed limited, in the ipipgo console there is aSpeed monitoring panelThe IPs marked in red are recommended to be switched immediately. Remember not to switch manually, use their automatic switching API!
Q: How do I detect the anonymity of a proxy?
A: Visit a testing site like whoer.net and focus on these two items:
- Whether WebRTC displays the real IP
- Does the time zone match the IP location
ipipgo's.All-Agreement AgentsMode can pass inspection perfectly
Q: What if I need to manage hundreds of accounts at the same time?
A: Use ipipgo'sIP session hold functionIf you want to use a fixed IP address for each account, you can use a fixed IP address for each account. For example, account A will always use a French IP, account B will use a fixed Brazilian IP, which is both safe and easy to manage.
When it comes to choosing a proxy service, it's like looking for a partner - it's no use just looking good, you've got to be able to afford it. ipipgo's residential IPs are reliable because behind each IP is a real home network, which isn't even in the same league as those batch-generated IPs in the server room. The next time you encounter a blocking test, remember to check if the IP's "pedigree" is not pure enough.

