A pool of operators, including AT&T, SK Telecom, Telefónica, Vodafone have partnered on the...
An example of using the fuzzywuzzy Python module to match data sets with similar but not exact data - fuzzy matches! I was recently given a list of locations that I had to analyze. For the analysis, I needed data that was not in the original list (lets call that the source list). Luckily I READ MORE
The post FuzzyWuzzy was a Python Module appeared first on The Gratuitous Arp.
Nathalie Trenaman is the Routing Security Programme Manager at RIPE NCC. Rick & Melchior ask her everything about what RIPE NCC does, why should we care about Routing Security, RPKI and of course we talk about if and how we can get IPv4 address space.
Listen below or subscribe on the homepage!
In this first episode of The Routing Table Podcast Rick & Melchior ask the new Juniper Networks CTO Raj about his career, why he joined Juniper and what his 100 days plan looks like.
Listen below or subscribe on the homepage!
CloudGenix will form the second pillar of Palo Alto's emerging secure access service edge offering,...
The operator tapped Cisco’s SD-WAN to “solve corporate challenges from workstyle reform,...
Roshan Thekkekunnel of HPE shares his thoughts on NFV infrastructure (NFVI), industry...
The reported 775% increase in cloud usage in areas operating under enforced social distancing or...
The Internet is big. Moreover, the Internet is bigger now than when that first sentence was written, and keeps increasing in size. The growth of the Internet from its humble beginnings as a DARPA research project was unprecedented and almost entirely unexpected. This—as well as the widespread usage of older routers and switches as crucial connection points in the Internet—has resulted in real-world scaling issues.
One of these issues, known commonly as “512K day,” occurred on Aug. 12, 2014. On that day, Verizon, a large United States-based Internet provider and Internet exchange point (IXP), submitted an extra 15,000 routes to the global BGP routing table. As these routes propagated across the network, they were accepted by some routers—the ones that had new firmware, or were configured to only store a subset of the global routing table.
But in other routers, this additional route load overran the 512,000 route maximum expected by the firmware designers, causing widespread Internet outages and degradation of service. In many cases, the issue was resolved quickly, but not as quickly as it could have been. Proprietary vendors were required to push out firmware updates for hundreds of router and switch models—a process that can take months. Continue reading
This opinion piece was originally published in The Hill.
Over the past month, Americans across the country have adapted to a new reality of life, which includes social distancing to curb the spread of COVID-19. For those fortunate enough to be able to do so, that means learning to work, attend educational classes and socialize from afar using the Internet. For a huge number of Americans, social distancing means little to no work – and even greater uncertainty. Businesses, schools and government entities everywhere are asking the same question, “can we perform our work online and, just as importantly, can it be done securely?”
As Congress acts to respond to COVID-19, it faces a similar challenge. With some Congressional members and staff testing positive for COVID-19, and others choosing to self-isolate, lawmakers are exploring whether they can perform the most critical aspects of their office remotely – deliberation and voting. For Congress to be able to vote remotely on legislation, measures to ensure the integrity of these communications is critical. If even one vote is changed or blocked by a criminal or foreign adversary, the legitimacy of congressional decisions, and thus Congress as a whole, will be called into question. Any digital voting solution would need to rely on strong encryption to be secure.
Encryption is a critical tool to provide confidentiality and integrity to digital communications. Encryption enables much of the flexibility needed for staff to work from Continue reading
On April 1, 2018, we took a big step toward improving Internet privacy and security with the launch of the 1.1.1.1 public DNS resolver — the Internet's fastest, privacy-first public DNS resolver. And we really meant privacy first. We were not satisfied with the status quo and believed that secure DNS resolution with transparent privacy practices should be the new normal. So we committed to our public resolver users that we would not retain any personal data about requests made using our 1.1.1.1 resolver. We also built in technical measures to facilitate DNS over HTTPS to help keep your DNS queries secure. We’ve never wanted to know what individuals do on the Internet, and we took technical steps to ensure we can’t know.
We knew there would be skeptics. Many consumers believe that if they aren’t paying for a product, then they are the product. We don’t believe that has to be the case. So we committed to retaining a Big 4 accounting firm to perform an examination of our 1.1.1.1 resolver privacy commitments.
Today we’re excited to announce that the 1.1.1.1 resolver examination has been completed Continue reading
Lenovo also rolled out new NVMe storage systems that integrate with AWS, Azure, Google, and IBM...
The application performance monitoring service launches less than a year after the company acquired...
One of the first hands-on exercises in our Networking in Public Cloud Deployments asks the attendees to automate something. They can choose the cloud provider they want to work with and the automation tool they prefer… but whatever they do has to be automated.
Most solutions include a simple CloudFormation, Azure Resource Manager, or Terraform template with a line or two of README.MD, but Eric Auerswald totally astonished me with a detailed and precise writeup. Enjoy!
Nokia AVA 5G Cognitive Operations is designed to increase automation of network operations by...
Today, we’re proud to announce the new MANRS Content Delivery Network (CDN) and Cloud Programme. This new program broadens support for the primary objective of MANRS – to implement crucial fixes needed to eliminate the most common threats to the Internet’s routing system.
The founding participants are: Akamai, Amazon Web Services, Azion, Cloudflare, Facebook, Google, Microsoft, and Netflix.
Now, let’s back up and explain how we got here.
What Is MANRS?
Mutually Agreed Norms for Routing Security (MANRS) is a global initiative, supported by the Internet Society, that requires collaboration among participants and shared responsibility for the global Internet routing system. It’s a community of security-minded organizations committed to making routing infrastructure more robust and secure.
Originally designed by and for network operators, the initiative has already been extended once to address the unique needs and concerns of Internet Exchange Points. These two facets of MANRS complement each other – the first secures customer-provider interconnections, while the second creates a safe public peering environment.
How Do CDNs and Cloud Providers Help?
CDNs are a geographically distributed group of servers that work together to provide fast delivery of Internet content across the globe, and today the majority of web traffic Continue reading
Microsoft cloud usage has spiked 775%; Google gifted $800 million to slow the spread of COVID-19;...