Passwords are the most used authentication method in the RIPE Database. This mechanism has two major design problems. The MD5 hash is public, when running a single query (not for bulk queries). And in case of email updates, plain text passwords are sent by email to update the database. Find below some recommendations on how to secure your objects until these issues have been addressed.
Following up from the recently published IPv6 RIPEness update, we are now looking at the IPv6 RIPEness of Local Internet Registries relative to their age and relative to their size.
RIPE Atlas has made steady progress in its first year. But we have more ambitious plans. Please read below how we are suggesting to achieve them and why we need your support.
This article provides a summary of the RIPEstat live demo session held on Monday, 31 October 2011 at RIPE 63 in Vienna. The focus of this demo was to review all current features, show some use cases of RIPEstat, and an provide an overview of planned developments. Information about the next demo can be found at the end of the article.
Following your feedback, we decided to make IPv6 RIPEness a production service. We are currently working on some new features. Stay tuned!
According to address policy, the experimental address allocations for RIPE RIS beacons have to be returned soon. This would mean we have to either discontinue the RIS beacons or request permanent allocations for them according to address policy. We are asking for community support to continue operating the RIS beacons at the current addresses and for support for the address allocations.
In the past few weeks, we've been busy deploying a new version of the RIPE Atlas infrastructure. These changes bring more measurements to you, and also pave the way towards "user defined measurements".
As part of our effort to make an evolution plan for the RIPE Test Traffic Measurement service, we conducted a survey among TTM hosts. Find below the results and suggested next steps.
The RIPE NCC operates various data intensive services. As part of our DNS operations we have been operating K-root since 1997. A key to the stable operation of this service is a solid understanding of the traffic it responds to and how it evolves over time. With the success and growth of the Internet, traffic to the DNS root servers has increased and K-root produces terabytes of raw packet capture (PCAP) files every month. We were looking for a scalable and fast approach to analyse this data. In this article I will explain how we use Apache Hadoop and why we open-sourced our PCAP implementation for it.
This article provides you with a number of step by step examples on how to use the recently released prototype geolocation service in the RIPE Database.