Why do blockchain nodes need pure IP addresses?
The stable operation of blockchain nodes relies on continuous network connections, and ordinary IPs are prone to triggering the wind control mechanism due to frequent requests. For example, when Ethernet nodes synchronize data, if the same IP is detected to initiate a large number of connections in a short period of time, it may lead to the IP being restricted by the service provider. With ipipgo'sResidential Grade Pure IPIt can simulate the real user's network behavior and effectively avoid such problems.
Top 3 Flop Sites for Choosing the Wrong IP Type
Many developers have suffered mishaps due to poor IP selection:
1. A DeFi project's service was disrupted due to the use of data center IPs and the nodes were determined to be bots
2. Transaction signature failure due to IP reuse during test network interactions
3. Cross-region node's IP geo-location confusion causes smart contract execution anomalies
These situations are made possible by ipipgo'sStatic Residential IPBoth can be prevented, and their real home network properties maintain IP fingerprint consistency.
Type of problem | Data Center IP Performance | ipipgo Residential IP Performance |
---|---|---|
Request Frequency Limit | Blocking triggered within 1 hour | 72 hours of continuous stabilization |
geographic location identification | Displayed as server room address | Match the location of real homes |
IP repetition rate | Multiple people sharing the same IP | Exclusive IP address pool |
Five Steps to Build an Anti-Blocking Node Program
The core process of configuring a blockchain node using ipipgo:
1. Select from the consoleStatic Residential IPtypology
2. Selection of the country corresponding to the region in which the node is deployed (240+ regions supported)
3. Setting up the whitelist binding server MAC address
4. Access to the node servers through the SOCKS5 protocol
5. Enable automatic IP rotation protection mechanism (optional)
Measurements show that this scheme can increase the node online rate to 99.21 TP3T, which is 371 TP3T higher than the conventional scheme.
A developer's must-see guide to avoiding the pitfalls
Protocol Selection Mistake:HTTP proxies are not suitable for blockchain communication, you must use SOCKS5 which supports the full protocol of TCP/UDP. ipipgo exclusive supportLayer 4 network protocol penetration, ensuring that P2P network packets are transmitted in their entirety.
IP purity verification:Execute thecurl ipipgo.net/ip.json
, check whether the return result containsis_datacenter:falseFields.
Frequently Asked Questions
Q: Can the same IP be used for multiple nodes?
A: The main network nodes are recommended to use independent IPs, and the test network nodes can be accessed through ipipgo'sDynamic Residential IP PoolEnables on-demand allocation and supports a maximum of 8 hours of binding for a single IP.
Q: What should I do if my IP is suddenly unavailable?
A: Open in the ipipgo consoleIntelligent Fusing MechanismThe system monitors the connection quality in real time and automatically switches to the backup IP channel with a switching delay of less than 200ms.
Q: How do I verify the authenticity of the IP?
A: When visiting third-party testing sites, focus on three indicators:
1. ASN type shown as Residential
2. Reverse DNS resolution includes the name of the ISP operator
3. IP usage history less than 3 days (brand new IP)
All of this data can be viewed directly on ipipgo's IP details page.