Probability of IPv4 and IPv6 address assignment past days (survival probability). Assignments observed for hosts behind NAT. Source data from the RIPE Atlas.
Abstract:
IP addresses of end hosts change when they are re-assigned. We apply survival analysis, which is commonly used in healthcare, on IP addresses to predict their assignment ...Show MoreMetadata
Abstract:
IP addresses of end hosts change when they are re-assigned. We apply survival analysis, which is commonly used in healthcare, on IP addresses to predict their assignment duration (their lifetime). We propose a survival parametric model based on a history of 6 years of address assignments on a worldwide scale. Our model outperforms alternative models both from short-term and long-term views. The custom modelling is also discussed as address assignment varies across Internet service providers (ISPs) and autonomous systems (ASs). A predictable address assignment duration has many applications, including source reputation, topology mapping, and geolocation. We describe a use-case in fraud prevention, where the proposed model is used as a trigger for two-factor authentication. The created dataset of addresses assignment durations is made publicly available.
Probability of IPv4 and IPv6 address assignment past days (survival probability). Assignments observed for hosts behind NAT. Source data from the RIPE Atlas.
Published in: IEEE Access ( Volume: 8)