Report Available! Implementation and Utilites of RDAP for Wider Usability among Internet Stakeholders

This project aimed to increase the adoption of the Registration Data Access Protocol (RDAP), which is the replacement/upgradation of WHOIS. It is used to retrieve registration data using Internet resources such as domain names, Internet Protocol (IP) addresses, and autonomous system numbers (ASN). RDAP solves several problems of WHOIS. It has many new features which include: standardized query/response formats, authoritative address of the Regional Internet Registries (RIR), authentication, and encryption. Internet operation researchers and users need to adopt RDAP as it will continue to play an increasingly important role in Internet resilience, safety, and investigations requiring the search and collection of registration data. This project contributed in increasing the utilization and adoption of the RDAP by implementing the RDAP client in Matlab (Data Simulation Tool), Browser extensions, and generic recommendations to establish RDAP clone in national Registries across Asia Pacific region.

Matlab is a powerful tool to simulate, design, and analyze real-world systems. At the time of the project was proposed , there was no direct/native support of RDAP protocol in Matlab. Implementing such a client or toolbox will enable easy retrieval of data from RDAP with minimal development efforts as well as native support for RDAP in Matlab. Eventually, it will facilitate doing Internet operation research, data visualization, digital forensic, and other studies involving internet resources such as domain name, etc. The Browsers extension would assist end users in getting lookup information of the domain they are about to visit, this way it will potentially help in mitigating the risk of online spam and scams with the benefit of improved transparency of legitimate Internet resources. Moreover, this project also explored potential implementation strategies to set up RDAP clone for national Registries. This replication can potentially improve the availability of RDAP in unforeseen circumstances and could help to implement robust strategies for improved quality of service. The recommendations and guidelines are useful for RDAP adoption acceleration, identifying the current state of RDAP, identifying future strategies to deploy country level RDAP, and challenges faced by country level Registries.

The final technical report is available for review here.