Who is using IP but can't figure out the difference between native and broadcast?
Many users will encounter a confusion when using proxy IP: why the same IP address, some can be used normally, some are restricted? The key here lies in theEssential Differences Between Native IP and Broadcast IP. To give a layman's example, a native IP is like a local resident's ID card, while a broadcast IP is a temporary residence permit, and while both prove existence, the permissions and trustworthiness behind them are vastly different.
A three-minute look at IP's birth certificate
Native IP is assigned directly by the local ISP (Internet Service Provider) to home or business users in a specific area, with a registered address that corresponds exactly to the actual geographic location. Broadcast IP, on the other hand, is where carriers redistribute unused IP resources for use in other regions, like redirecting phone numbers from the United States for use in Europe.
As you can see through ipipgo's Real Residential IP Library Lookup tool, the native IP's ASN information, registry, and routing traces correspond exactly to each other, whereas the broadcast IP's registry may show Brazil, but is actually running in a U.S. server room. This discrepancy can directly affect the IP's trustworthiness score.
Four Core Differences Agent Users Must Know
1. Differences in confidence levels: E-commerce platforms have a higher account registration pass rate for native IPs than broadcast IPs 83%
2. Routing Path Differences
Native IP's data transmission goes through local carrier lines, while broadcast IP's need to go through secondary routing transit, which is the main reason why some websites detect IP anomalies.
3. blacklisting probability
According to ipipgo's monitoring data, broadcast IPs are 6.2 times more likely to be listed in the public blacklisting pool than native IPs, especially evident in financial and social networking sites.
4. Differences in access rights
Some region-specific online services verify the IP's registration information, and broadcast IPs, even if physically located correctly, are denied access due to registration place discrepancies.
Which IP should you choose for your business?
Scenarios where native IP must be used::
- Account Registration/Login Scenarios
- Payment operations
- Operations requiring long-term stable identity credentials
Scenarios where broadcast IP is available::
- Data acquisition in short time frames
- Content distribution testing
- Basic validation with low flow quality requirements
How to quickly recognize IP types
Through the IP inspection interface provided by ipipgo, you can enter the address to get the full analysis report:
1. ViewASN RegistryDoes it match the location
2. InspectionsIP History TrajectoryWhether there is a record of cross-district broadcasting
3. ContrastRoute Trace DataThe attribution of nodes in the
Frequently Asked Questions
Q: Why do I sometimes need to mix two IPs?
A: In marketing and promotion scenarios, establishing a base account with a native IP and broadcasting the IP to perform batch operations ensures security and improves efficiency.
Q: How do I make sure I'm getting real native IP?
A: Choose someone like ipipgo who offersResidential IP Real Name AuthenticationThe service provider, each IP is bound to real home broadband, support to view the complete registration chain information.
Q: Will broadcast IP be phased out completely?
A: No, the cost-effective advantage of broadcast IP still exists in scenarios with low identity requirements such as web crawling and content caching. The key is to choose the right type according to business requirements.
As a global residential IP service provider, ipipgo provides two IP types to choose from at the same time, and all resources are directly connected through the home gateway, supporting on-demand switching of usage modes. The unique IP health monitoring system can provide real-time warning of abnormal status to avoid affecting business operation due to IP quality problems.
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