Iping.cc: IP Address Query

IP Address Query

IP Address Query Tool supports IPv4 and IPv6 address queries, which can quickly and accurately locate The geographical location of the IP address also has a reputation detection function, which determines whether there are malicious records by analyzing network behavior.

IP query results

IP address：

216.73.216.9

IP location：

Columbus, Ohio, United States

Longitude：

-82.998790

Latitude：

39.961180

Application scenario：

Usage type is used to identify the current usage environment of the IP address. The specific scenarios are as follows:
ISP: IP used by residential users
IDC: IP used by computer rooms/cloud service providers
MOB: IP used by mobile networks such as 4G/5G
NET: Network infrastructure, including network hardware equipment, communication facilities, etc.
ORG: Non-profit organization, such as a group or entity of a certain size and function.
BOGON: In some cases, a computer or device can retain the same IP address in a local area network without being assigned to other devices.
EDU: This type of IP address allocation is used by schools/educational institutions.
GTW: A dedicated network connection line ordered by a commercial company for internal communication, data transmission, and Internet connection needs.
ANY: Multiple servers or nodes use the same IP address.
CDN: Deploy server nodes around the world to quickly distribute digital content to user devices.
DNS: An IP address that provides domain name resolution services to users.
GOV: An IP address used by government agencies.
SAT: An IP address that uses satellites as a transmission medium to achieve long-distance communication and data transmission.

IDC

IP type：

IP types mainly include Residential IP and Broadcast IP:
Native IP: A genuine, independent IP address directly assigned by an Internet Service Provider (ISP) to an end-user or device.
Broadcast IP: A special type of IP address used within a Local Area Network (LAN) or subnet to send data packets simultaneously to all devices on that network, enabling widespread data dissemination.

native

Risk type：

During the use of IP addresses, suspected risk behaviors include but are not limited to:
spam account registration, SMS bombing, scalping , promotion abuse , dissemination of spam information, network anomalous devices, tampered devices , spoofed/fake devices, high-risk devices, suspected fraudulent identifiers, numbers in suspected high-risk status, and high-risk phone numbers.

Suspected VPN

Risk value：

Perform an overall score assessment based on risk category, proxy status, probability of IP hopping, and usage scenario.

64% medium risk

Probability of second dialing：

Determine whether an IP address exhibits abnormal characteristics such as rapid IP rotation. The probability of rapid IP rotation is represented on a scale from 0% to 100%, where a higher value indicates a greater likelihood that the IP address is engaged in rapid rotation behavior

0.00%

Is it an agent：

Determine whether an IP address belongs to a proxy.

false

Affiliate organization：

Amazon.com Inc.

Operator：

Amazon.com Inc.

ASN：

AS16509

ASN owner：

AMAZON-02

ASN data

ASN number	CIDR	Information	Country	First appearance	Recently active
-	-	-	-	-	-

Enterprise data

Enterprise name	CIDR	First appearance	Recently active
-	-	-	-

Domain Name Query

Domain Name Query Result

Domain name：

Registrant：

Sponsored registration：

Server name：

Expiration time：

Domain status：

Registrant contact email：

Server name：

Registration time：

DNSSEC：

DNS server(0)

Mail server(0)

Corresponding IP(0)

Server name	DNS server
-	-

Server name	Mail server
-	-

Corresponding IP	Location
-	-

ASN Query

ASN Query Result

ASN:

Domain name：

Country：

Creation time:

Affiliated organization：

Status：

Institution address：

RIR：

IPv4 address

IPv6 address

Upstream

Downstream

IP	Operator	Affiliated organization	First appearance	Recently active
-	-	-	-	-

IP	Operator	Affiliated organization	First appearance	Recently active
-	-	-	-	-

ASN	Affiliated organization	First appearance	Recently active	IPv4	IPv6
-	-	-	-	-	-

ASN	Affiliated organization	First appearance	Recently active	IPv4	IPv6
-	-	-	-	-

Report abusive IPs that engage in hacking or other malicious behavior and help other users.

Report Now

Data provider

Why is geolocation needed?

We need geolocation to determine the geographic location of the device, through which a wide range of applications can be provided based on the user's location, including personalized content delivery, targeted advertising, fraud detection and other features, targeted marketing strategies, etc., providing users with a customized and safe network experience.
Key reasons for the need for geolocation:
Personalized content delivery: Websites/applications can customize content and suggestions based on the user's current location, such as showing local weather, nearby activities, etc.
Targeted advertising: Marketing campaigns can be targeted based on the user's geographic location, showing ads that are more likely to be relevant to their needs.
Fraud detection and other features: Analyzing IP addresses can help identify suspicious activities, such as multiple logins from different locations, which may indicate fraudulent attempts.
Targeted marketing strategies: Use geolocation data to deliver targeted ads to users based on their geographic location.

IP-based geolocation FAQ

What is IP-based geolocation?

IP-based geolocation is a method of determining the geographic location of a device by analyzing its IP address or MAC address. Geolocation involves mapping IP addresses to useful information such as continents, countries, regions, longitude and latitude, ISPs, and domain names.

Where can I get IP-based geolocation?

You can get IP-based geolocation libraries in IPing's query API, or you can leave your personal information and contact us for customized services.
Our geolocation database provides APIs and sample codes (using ASP, PHP, .NET, and Java programming languages) that can be used to retrieve geolocation data from the database. We use a variety of commercial databases to provide free geolocation data on our website, which can also be integrated into your web application.

How accurate is IP-based geolocation?

The accuracy of the geolocation database depends on the database you use. Our IP database cooperates with many authoritative data suppliers, and conducts comparative verification on this basis, as well as data integration, cleaning, and processing. According to the verification of the third-party data verification platform, the data accuracy rate reaches 99%.

How does IP-based geolocation work?

IP-based geolocation covers three key links.
·Data collection and collation:
The Internet Assigned Numbers Authority (IANA) and local Internet Registries (RIRs) record the allocation of IP address segments, clarify the Internet Service Provider (ISP) and region to which they belong, and provide basic data for geolocation. Professional network mapping companies use network detection technology to send detection data packets to a large number of IP addresses, collect information such as router locations and network topology structures, and supplement and improve the correspondence between IP and geographic location. At the same time, the database will also rely on user feedback to correct incorrect positioning and update data.
· Positioning matching and calculation:
First, divide the IP address into five categories: A, B, C, D, and E, and preliminarily determine its network type and range based on the category. Then, use the Classless Inter-Domain Routing (CIDR) technology to match the IP address with the IP address segment in the database. If an IP address belongs to a specific CIDR block and the block is marked as a certain area, its location can be preliminarily determined. In addition, the triangulation method is used to calculate the approximate geographical location of the target IP address based on the network distance, signal strength and other information between multiple known location servers and the target IP address.
· Result output and presentation:
Mark the geographical information such as country, city, longitude and latitude corresponding to the matched IP address on an electronic map or geographic information system (GIS) to intuitively display the location. And through the application program interface (API), the geolocation results are provided to applications or enterprise systems to facilitate their business processing such as localization services and user distribution analysis.

IP-based geolocation accuracy

IP-based geolocation data comes from a small number of IP-based geolocation providers, and its accuracy depends on how quickly they can update their databases when changes occur.
Because many Internet users get dynamic IP addresses from their ISPs, and most ISPs serve customers in multiple regions, geolocation lookups are accurate to the area they serve. IP-based geolocation is about 99% accurate at the country level, while accuracy for states and cities can be much lower, in the 50% range.