In this episode of PING, Robert Kisteleki from the RIPE NCC discusses the RIPE Atlas system — a network of over 13,000 measurement devices deployed worldwide in homes, exchange points, stub and transit Autonomous Systems, densely connected regions and sparse island states.
The common denominator in both tests was technology called “Innovative Optical and Wireless Network” (IOWN), an all-optical networking stack that NTT hopes will mature in 2030 and expects will reduce power consumption by 100x, improve transmission capacity by 125x, and reduce network latency to 0.5 percent of current levels.
Internet Exchange Points (IXPs) are often overlooked in discussions about critical infrastructure. Yet their role in routing stability, local resilience, and digital sovereignty is undeniable.
Is adding AI to your environment a software purchase? Or is it more like hiring an employee?
Design by committee should always ring alarm bells, particularly in technology. The desire to achieve acceptable compromises between various opinions often leads to compromised technical outcomes, and it seems to me that the current work on redefining zone cuts and delegation in the DNS is leading to this same outcome
The TCP/IP Interoperability Conference—later renamed Interop—began as a small workshop in August 1986. It quickly grew in scope to incorporate tutorials, and by 1988 an exhibition network connected 51 exhibitors to each other and to the global Internet.
There is a relatively new fiber technology that most readers will not have heard about. Multi-core fiber (MCF) is a technology that packs multiple strands of fiber inside a bundle that is about the same size as a single strand of fiber today.
This is where the “Jericho” StrataDNX switch/router chips and their related “Ramon” fabric elements come in, which are an important part of the Broadcom datacenter networking portfolio.
We had a series of mini-outages at sketch.dev on July 15th, caused by LLM-written code.
