排名第一的IP地理定位工具，精确查找具体IP地址定位

我们的IP地理定位产品覆盖：

• 地理位置信息

  查找详细的IP地理位置数据，包括邮政编码、城市、地区、ISO 3166两位国家字母代码和国家。

• 精确坐标

  获取IP地址所对应的精确的经度和纬度坐标。

• UTC时区

  以UTC为时间基准，查找出与IP地址相匹配的时区。

• 地理数据库ID
  

  根据地理数据库信息，收集IP地址的地理位置识别符。

• 互联网服务提供商
  

  了解特定IP地址区域的互联网服务提供商的具体情况。

• AS详情

  域名、自治系统（AS）号码和路线是每一个IP地址背后的相关标识，这些信息都涵盖在我们的IP地理定位数据库中。

• ASN 类型

  查找特定IP地址使用的网络类型—有线电视、数字用户线、ISP等，并了解其具体用途（内容、教育/研究、企业等）。

• 关联域名

  查看一个特定的IP地址相关联的所有域名信息。

• 新的连接类型

  检查IP地址的连接类型（调制解调器、移动型、宽度或公司类型）。

Frequently Asked Questions

What is IP address geolocation?

IP geolocation is the process of identifying the approximate location (such as country, city, or approximate latitude/longitude) of a device (laptop, phone, server, etc.) based on its IP address. It helps identify where internet users or servers are connecting from, often used for content customization, market research, security, or compliance.

How does IP geolocation work?

IP geolocation works by mapping IP addresses to geographic locations using large geolocation databases compiled from various sources. These sources include:

• Regional Internet Registries (RIRs): They assign IP netblocks to internet service providers (ISPs) and organizations, often with associated location data.
• ISP and network infrastructure data: Helps identify where IP addresses are used.
• Wi-Fi and mobile data: Cross-referenced when users connect to known networks or cell towers.
• Traceroute and latency measurements: Used to estimate location by analyzing how data travels across networks.

The result is an approximate location—often down to the city level—but accuracy can vary depending on the IP type and the methods used.

How do you identify geolocations of domains or email addresses?

To identify geolocation for a domain, we run a DNS lookup to identify its associated IP address, and then we run IP geolocation for that address.

For email addresses, we first discover the mail server that this email uses based on the MX record of the domain in the email. Then, we run a DNS lookup for that server to get its IP, and then, we can geolocate it.

Does an IP geo lookup identify the precise location?

No, IP geolocation does not identify a precise location like a street address. It typically estimates a general area—such as a city or region—and its accuracy depends on factors like the type of IP address (static vs. dynamic), ISP data, proxy usage, VPNs, etc.

Is IP geolocation a privacy concern?

No, it’s not. IP address geolocation often reveals the location of the website user’s internet service provider (ISP), which has allocated the IP address the user is using.

This means that it can offer city-level precision, but not down to the street level. It doesn't reveal any personally identifiable information, meaning that when a website is using IP geolocation, it doesn’t create privacy concerns for the website users. It also means that using IP geolocation doesn’t require any explicit permission from the user.

How accurate is your IP geolocation information?

WhoisXML API provides accurate IP geolocation data, with the location accuracy being limited by the fact that IP geolocation doesn’t offer street-level accuracy by design.

The accuracy of IP geolocation data is sufficient for geotargeting or geofencing, as well as for cybersecurity purposes and market research.

What can I use IP geolocation data for?

There are applications of IP geolocation data across very different industries and use cases. Here are some examples:

• Ecommerce: Redirect the user to the local website or show prices in local currency.
• Digital advertising: Deliver geo-targeted ads to the website visitors.
• Cybersecurity: Flag or block login attempts from unexpected locations.
• Online banking: Request multi-factor authentication when logging in from a new location.
• Streaming services: Enforce licensing restrictions by blocking access to certain media based on the user's country.
• Online gaming: Match players from the same region to reduce latency.

These are just a few example use cases. Almost every industry has its own use case for IP location data.