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  • QUIC working group looks to bring more security to Internet traffic

    Lucas Pardue serves as co-chair of the IETF QUIC Working Group, which focuses on a standards-track specification for a UDP-based, stream-multiplexing, encrypted transport protocol. The IETF blog recently asked Pardue about the QUIC standards project.

    • Grant GrossIETF Blog Reporter
    14 Jun 2021
  • Q&A with our new Director of Development

    Lee-Berkeley Shaw joins the IETF Administration LLC today as Director of Development. She will focus on designing and delivering the strategy to achieve the IETF’s goals for financial sustainability, with a focus on growing the IETF Endowment. We asked her questions about her plans for the IETF and her background.

    • Grant GrossIETF Blog Reporter
    7 Jun 2021
  • A new era in Internet transport

    The IETF’s Transport and Services (TSV) area is developing several potentially transformative technologies while it continues to maintain many of the foundational protocols of the Internet.

    • Martin DukeTransport Area Director
    • Zaheduzzaman SarkerTransport Area Director
    • Magnus Westerlund
    3 Jun 2021
  • Innovative New Technology for Sending Data Over the Internet Published as Open Standard

    Already broadly deployed and used, QUIC provides lower delay, improved security, and more robust delivery of data.

      3 Jun 2021
    • QUIC in the Internet industry

      QUIC, a new Internet transport technology that improves web application performance, security and privacy, was reviewed, redesigned and improved in the IETF, incorporating a broad range of input from across the industry.

        3 Jun 2021

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      Bits-n-Bites on Video

        9 Apr 2013

        I wanted to return to the topic of Bits-n-Bites which we briefly reported on already earlier. Dan York and Paul Brigner from ISOC shot a few videos of some of the interesting demos, and the videos are now available below.

        john

        I wanted to return to the topic of Bits-n-Bites which we briefly reported on already earlier. Dan York and Paul Brigner from ISOC shot a few videos of some of the interesting demos, and the videos are now available below. In the videos you’ll find Dave Täht (TekLibre), Chris Griffiths (Comcast), Mark Townsley (Cisco), and John Jason Brzozowski (Comcast) speaking about their favourite technologies. I worked with John to give you a recap of what was exhibited. John has also generously offered to organise and execute Bits-n-Bites since IETF 85 in Atlanta. We are quite pleased with how this event has turned out for the IETF, the participants, and our sponsors. Increased attendance and participation for each event was a clear indicator of the success and popularity of Bits-n-Bites.

        Bits-n-Bites first took place during IETF 84 and has since been organized during each IETF as an integral part of the agenda. In addition to showcasing technology from our sponsors, the goal of Bits-n-Bites has been to provide insight into how IETF contributions are being used and deployed on a daily basis around the globe. Running code is very important to the IETF, as discussed in our previous article. The demonstrations and testing that we do in Bits-n-Bites not only helps provide feedback to improve work but also helps to stimulate future work that is essential to the growth and continued success of the Internet. Given the charter of the IETF and the nature of the work that takes place during a typical IETF, Bits-n-Bites is an excellent venue to display and demonstrate the same.

        The latest installment of during IETF 86 in Orlando, Florida hosted by NBC Universal and Comcast Bits-n-Bites included many interesting demonstrations, following is a recap of what was exhibited.

        First, Comcast through support from some key manufacturers Arris, Broadcom, and Cisco made available a functioning DOCSIS 3.0 broadband network, which was fully IPv6 capable, that provided the foundation for many of the other demonstrations that were unveiled during the event. The DOCSIS network and services that were demonstrated are analogous to what many Comcast customers use in their homes today. Arris solutions were used to provide the critical broadband network while Broadcom reference designs were used to demonstrate some new developments in customer premise or home networking. Finally Cisco System Network Registrar and Broadband Access Center provided the ever so critical provisioning services.

        Next up were two excellent demonstrations of customer premises or home networking technologies. First up was HIPnet which is work that is currently being developed in cooperation with Cablelabs and was also presented during the IETF 86 HOMENET meeting. A Cablelabs implementation built upon open source software was demonstrated along with an implementation from Broadcom. For the first time ever both implementations were tested and interoperated successfully during the IETF 86 Bits-n-Bites event.

        HOMENET implementations that were also tested during the IETF 85 Bits-n-Bites also returned to participate in Orlando. Several implementations were tested and displayed, while connected to DOCSIS powered broadband network, illustrating arbitrary topologies and source and destination based routing. The value of this new technology is to enable automatically configured networks for IPv6-based homes, while allowing users to employ any number of routers, devices, ISP connections, and allowing them to be plugged in arbitrary ways.

        Buffer Bloat has been a widely discussed topic across the community. Perhaps surprisingly, increased buffering memory in routers may reduce networking performance, particularly when the same routers serve both interactive applications and background traffic. End users see this problem as impacting broadband performance and increased response times. Working solutions for the issue made an appearance during the IETF 86 Bits-n-Bites event. Bloated and de-bloated streaming video, games, and interactive communications provided evidence of running code that addresses the challenges of Buffer Bloat.

        Finally, there were many other key participants including Nominum demonstrating their DNS and DHCP based solutions. In fact, Nominum’s DNS solution was providing name resolution for the Bits-n-Bites broadband network. Huawei returned again with a prototype of a virtual subset and MPLS multiple topology technology. ISOC and ICANN were also present providing important information about their organizations as well as important background regarding the IETF as it relates to the Internet of today and tomorrow.


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