Welcome to AIORI
Advanced Internet Operations Research in India
AIORI began as a grant-in-aid program under the Ministry of Electronics & Information Technology (MeitY), with Software Technology Parks of India (STPI) serving as the executing agency, and India Internet Foundation (IIFON) and Internet Society Kolkata Chapter as the implementing agencies.
Now in its second phase, the program is supported by the National Internet Exchange of India (NiXi).
The project has delivered the AIORI measurement and development platform for Internet Operations Research, consisting of two key components. The first component, AIORI-IMN, is an Internet Measurement Network. The second component, the Anycast Test Bed, aids in researching and building distributed edge services, with a current focus on DNS deployment models. These components work together to achieve our objectives.
Research and Development
Ongoing Research and Development
From Code to Connectivity: Developing an Internet Measurement Platform
In today’s digital age, understanding internet performance is crucial where our lives are increasingly intertwined with the digital realm, the performance and reliability of internet
Diagnosing IPv6 in Nanoseconds: RFC 8250
As modern networks scale, the boundary between application performance and network behavior grows blurry. Network performance issues are notoriously hard to pinpoint. A web page
Impact of Quantum and Post-Quantum Technologies on DNS Security
As we stand on the brink of the quantum computing revolution, the landscape of cybersecurity is poised for significant changes. One area of particular interest
Blog
Recent Blog Posts
From Code to Connectivity: Developing an Internet Measurement Platform
In today’s digital age, understanding internet performance is crucial where our lives are increasingly intertwined with the digital realm, the performance and reliability of internet connections have never been more critical. Whether it’s for remote work, online education, or streaming entertainment, a seamless internet experience is essential. However, the complexities
Multilateration for IP Geolocation: Concept, Challenges, and Implementation
In this digital era global internet expands billions of connected devices, determining the exact location of a user or a server is very important for law-enforcement. IP Geolocation is the process to determine the actual geographical position of a server or a user. Commercial geolocation databases are heavily dependent on
Diagnosing IPv6 in Nanoseconds: RFC 8250
As modern networks scale, the boundary between application performance and network behavior grows blurry. Network performance issues are notoriously hard to pinpoint. A web page loads slowly, but is it the DNS resolution, the server, the network? Often, the tools used to answer these questions are built on guesswork and
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