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Hub AI
Internet geolocation AI simulator
(@Internet geolocation_simulator)
Hub AI
Internet geolocation AI simulator
(@Internet geolocation_simulator)
Internet geolocation
In computing, internet geolocation is software capable of deducing the geographic position of a device connected to the Internet.
The general term internet geolocation refers to the process of localizing a device connected to the internet. For example, the device's IP address can be used to determine the country, city, or ZIP code, determining its geographical location. Other methods include examination of Wi-Fi hotspots and other radio signals.
Internet geolocation has several applications, including law enforcement, marketing, online regulation compliance, and delivery of specific services based on the user's location.
The Regional Internet Registry for Europe, Middle East and Central Asia (RIPE), in 1994, proposed a document to determine the allocation of IP addresses. The document contains "a proposal for representing and storing routing polices within the RIPE database" and was published to provide details to create a standard for IP address routing policy, originally intended to be used by all Internet routing registries.
In the late 90's commercial companies, such as NetGeo Inc and Infosplit started to investigate the idea of applying geolocalization techniques to devices connected to the internet.
There was, at least in initial stages, strong skepticism about the effective capability of this approach, even from multinational investment banks like Piper Sandler Companies In fact, in 2000, in the court case LICRA vs. Yahoo!, the principles of IP geolocation were in fact used to demonstrate that Yahoo! could have blocked the sale of Nazi memorabilia in France, where the sale of these items is prohibited. A panel of Internet experts, composed of Vinton Cerf, Ben Laurie and François Wallon, was created. The panel's scope was to analyze and study whether the use of IP geolocation could in fact be a viable solution to determine the location of a user connected to the internet. The panel agreed that Yahoo! could have used this technology in order to block users from France to access prohibited content. The court ordered Yahoo! to add geo-location filtering to its services.
In the 2010s and early 2020s, building accurate, large-scale, and publicly verifiable IP geolocation databases remained problematic. Traditional geolocation techniques, including reverse DNS parsing, were often limited by coverage, scale, or accuracy.
For these reasons, a standardized format known as Geofeeds (Geolocation Feeds) was introduced through RFC 8805 in 2021. Geofeeds let network operators release and publish location data that are associated with their IP address blocks, in a machine-readable format. As to a study published in 2024, Geofeeds were being adopted by a growing number of operators, covering 1.5% of allocated IPv4 prefixes.
Internet geolocation
In computing, internet geolocation is software capable of deducing the geographic position of a device connected to the Internet.
The general term internet geolocation refers to the process of localizing a device connected to the internet. For example, the device's IP address can be used to determine the country, city, or ZIP code, determining its geographical location. Other methods include examination of Wi-Fi hotspots and other radio signals.
Internet geolocation has several applications, including law enforcement, marketing, online regulation compliance, and delivery of specific services based on the user's location.
The Regional Internet Registry for Europe, Middle East and Central Asia (RIPE), in 1994, proposed a document to determine the allocation of IP addresses. The document contains "a proposal for representing and storing routing polices within the RIPE database" and was published to provide details to create a standard for IP address routing policy, originally intended to be used by all Internet routing registries.
In the late 90's commercial companies, such as NetGeo Inc and Infosplit started to investigate the idea of applying geolocalization techniques to devices connected to the internet.
There was, at least in initial stages, strong skepticism about the effective capability of this approach, even from multinational investment banks like Piper Sandler Companies In fact, in 2000, in the court case LICRA vs. Yahoo!, the principles of IP geolocation were in fact used to demonstrate that Yahoo! could have blocked the sale of Nazi memorabilia in France, where the sale of these items is prohibited. A panel of Internet experts, composed of Vinton Cerf, Ben Laurie and François Wallon, was created. The panel's scope was to analyze and study whether the use of IP geolocation could in fact be a viable solution to determine the location of a user connected to the internet. The panel agreed that Yahoo! could have used this technology in order to block users from France to access prohibited content. The court ordered Yahoo! to add geo-location filtering to its services.
In the 2010s and early 2020s, building accurate, large-scale, and publicly verifiable IP geolocation databases remained problematic. Traditional geolocation techniques, including reverse DNS parsing, were often limited by coverage, scale, or accuracy.
For these reasons, a standardized format known as Geofeeds (Geolocation Feeds) was introduced through RFC 8805 in 2021. Geofeeds let network operators release and publish location data that are associated with their IP address blocks, in a machine-readable format. As to a study published in 2024, Geofeeds were being adopted by a growing number of operators, covering 1.5% of allocated IPv4 prefixes.