High Stash Proxy IP Anti-DDoS Attacks|Traffic Cleaning Technology + Real IP Hiding

A. How can highly anonymous proxy IPs become the first line of defense for DDoS defense?

When a server is subjected to a DDoS attack, the attacker first locks down the target server'sreal IP address. It's like exposing the location of your command post in a war, so the other side can concentrate their firepower. Using ipipgo's high-concealment proxy IP service is equivalent to putting a "cloak of invisibility" on your server, hiding the real IP behind a dynamic proxy node through residential IP networks in more than 240 countries around the world.

In practice, it is recommended to useThree-Layer Defense Architecture::
1. Front-end deployment of dynamic residential agent pools for automatic rotation
2. Setting up flow verification nodes in the middle tier
3. Back-end servers maintain at least 3 sets of alternate IPs
This structure makes it difficult for attackers to target real targets, and ipipgo's pool of 90 million+ residential IP resources ensures that each request comes from a different home network address.

II. Practical application skills of traffic cleaning technology

A true defense not only hides itself, but also has the ability to "detoxify". Traffic cleansing through proxy servers is essentially a process of "detoxification" of packets.Feature Filtering + Behavioral AnalysisThe double validation of the

ipipgo's support for all-protocol proxies is especially important in this scenario, and it can formulate cleaning strategies for different protocols such as HTTP/HTTPS/Socks5. An e-commerce platform has been tested using the program, in the double eleven period successfully intercepted 120,000 times per second abnormal requests.

III. Five core parameter settings for dynamic IP rotation

The key to effective defense is to have proxy IPBoth varied and regular, both to confuse attackers and to ensure normal business:
1. Time interval: it is recommended that a 30-60 second rotation be set up during peak business hours.
2. Geographical distribution: selection of more than three time zones to be used alternately
3. Protocol mix: mix of HTTP and Socks5 proxies
4. Abnormality threshold: a single IP receives more than 500 requests per second and immediately switches over.
5. Backup pool ratio: keep 20% IPs on standby

Through ipipgo's API interface, automated configuration of the above parameters can be realized. The update speed of its dynamic IP pool is controlled within 5 seconds, ensuring that the switching process is business-agnostic.

IV. Frequently Asked Questions QA

Q: Will high anonymity proxy reduce the speed of website access?
A: The delay increase under reasonable configuration does not exceed 15%. ipipgo prioritizes the node that is physically closest to the target server by means of an intelligent routing algorithm.

Q: How to verify if the proxy IP really hides the real IP?
A: We can use the "IP Inspection and Double Verification Method": first check the export IP through ordinary websites, and then use the in-depth inspection tool provided by ipipgo to check whether the HTTP header information is leaked.

Q: Will the proxy server crash when it is attacked by a huge amount of traffic?
A: ipipgo uses a distributed cluster architecture with a single node bearing pressure limit of 50Gbps, which, together with the automatic capacity expansion mechanism, can withstand hybrid attacks that last for more than 24 hours.

V. Points for routine maintenance of the defense system

It is recommended that 3 key checks be performed weekly:
1. Updated IP blacklist: eliminates proxy IPs that have been flagged within 72 hours
2. Testing of backup channels: simulation of automatic switching capability in case of disconnection
3. Analyzing traffic logs: focusing on abnormal fluctuations in the United States and German nodes

With the visual monitoring panel provided by ipipgo, you can view the health status of each agent node in real time. Its uniqueResidential IP Quality Scoring SystemIt can automatically identify and quarantine low reputation IPs to improve the reliability of defense from the source.

Actual deployment cases show that the medium-sized e-commerce platform using this solution reduces defense costs by 40% compared to traditional cloud protection, and avoids business losses due to attacks by more than 2 million yuan per year on average. Choosing a professional and reliable proxy service provider is a key step in building enterprise-level security protection.