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Bienvenue au Chapitre ISOC Madagascar! 35e Chapitre de l’Internet Society en Afrique.

Le Directeur Régional Afrique de l’Internet Society (ISOC),  Dr. Dawit Bekele a rejoint la communauté Internet de Madagascar les 15 et 16 Juin 2018 pour l’inauguration du Chapitre ISOC Madagascar (ISOC Madagascar Chapter), le 35e Chapitre de l’Internet Society en Afrique. Cette inauguration a été marquée par une série de deux conférences  : la première a eu lieu le 15 juin 2018 à l’Akademia Malagasy sur le thème «Quel Internet voulons-nous réellement à Madagascar ? », et la seconde le 16 juin 2018 à l’Hôtel du Louvre sur le thème «Future de l’Internet : Enjeux et Opportunités». Dr. Bekele a profité de cette occasion pour présenter l’Internet Society à la Communauté Internet malgache et discuter des opportunités de collaboration et de partenariat pour le développement d’un Internet pour tous, ouvert, sécurisé et digne de confiance à Madagascar.

Pendant la première conférence  du 15 juin 2018, Dawit a discuté avec toutes les parties prenantes de l’écosystème Internet malgache sur l’état des lieux, les challenges et opportunités du développement de l’Internet à Madagascar. Il a profité pour présenter les axes prioritaires (campagnes) de l’Internet Society pour l’année 2018 avec un accent particulier sur l’alternative Réseaux Communautaires comme solution durable pour connecter Continue reading

Why NVMe? Users weigh benefits of NVMe-accelerated flash storage

IBM has an answer for some of the biggest trends in enterprise data storage – including Non-Volatile Memory Express (NVMe), artificial intelligence, multi-cloud environments and containers – and it comes in a 2U package.The new FlashSystem 9100 is an all-flash NVMe-accelerated storage platform. It delivers up to 2 petabytes of effective storage in 2U and can provide up to 32 petabytes of all-flash storage in a 42U rack.[ Check out AI boosts data-center availability, efficiency. Also learn what hyperconvergence is and whether you’re ready for hyperconverged storage. For regularly scheduled insights sign up for Network World newsletters. ] NVMe is a protocol for accessing high-speed storage media that’s designed to reduce latency and increase system and application performance. It's optimized for all-flash storage systems and is aimed at enterprise workloads that require low latency and top performance, such as real-time data analytics and high-performance relational databases.To read this article in full, please click here

Why NVMe? Users weigh benefits of NVMe-accelerated flash storage

IBM has an answer for some of the biggest trends in enterprise data storage – including Non-Volatile Memory Express (NVMe), artificial intelligence, multi-cloud environments and containers – and it comes in a 2U package.The new FlashSystem 9100 is an all-flash NVMe-accelerated storage platform. It delivers up to 2 petabytes of effective storage in 2U and can provide up to 32 petabytes of all-flash storage in a 42U rack.[ Check out AI boosts data-center availability, efficiency. Also learn what hyperconvergence is and whether you’re ready for hyperconverged storage. For regularly scheduled insights sign up for Network World newsletters. ] NVMe is a protocol for accessing high-speed storage media that’s designed to reduce latency and increase system and application performance. It's optimized for all-flash storage systems and is aimed at enterprise workloads that require low latency and top performance, such as real-time data analytics and high-performance relational databases.To read this article in full, please click here

IETF 102, Day 4: DNS, IoT & TLS

This week is IETF 102 in Montreal, Canada, and we’re bringing you daily blog posts highlighting the topics of interest to us in the ISOC Internet Technology Team. Today we’re focusing on DNS, IoT and TLS issues.

LPWAN is the first event of the day starting at 09.30 EDT/UTC-4. There will be a discussion relating to the Working Group Last Call on the Static Context Header Compression (SCHC) framework, which provides both header compression and fragmentation functionalities; and on how to advance the LPWAN Static Context Header Compression (SCHC) for CoAP specification. Two other drafts are being presented for adoption by the Working Group relating to SCHC specifications (see https://tools.ietf.org/html/draft-petrov-lpwan-ipv6-schc-over-lorawan-02 and https://tools.ietf.org/html/draft-zuniga-lpwan-schc-over-sigfox-03).

NOTE: If you are unable to attend IETF 102 in person, there are multiple ways to participate remotely.

The first session of V6OPS commences at 13.30 EDT/UTC-4, and will continue on Friday morning. Today’s agenda items include a presentation on World IPv6 Trends from APNIC Labs, followed by discussion on a new draft NAT64/464XLAT Deployment Guidelines in Operator and Enterprise Networks which describes considerations with respect to applications or devices using literal IPv4 addresses or non-IPv6 compliant APIs, as well Continue reading

IPv6 in China

IPv6 in China

IPv6 in China
Photo by chuttersnap / Unsplash

At the end of 2017, Xinhua reported that there will be 200 Million IPv6 users inside Mainland China by the end of this year. Halfway into the year, we’re seeing a rapid growth in IPv6 users and traffic originating from Mainland China.

Why does this matter?

IPv6 is often referred to the next generation of IP addressing. The reality is, IPv6 is what is needed for addressing today. Taking the largest mobile network in China today, China Mobile has over 900 Million mobile subscribers and over 670 Million 4G/LTE subscribers. To be able to provide service to their users, they need to provide an IP address to each subscriber’s device. This means close to a billion IP addresses would be required, which is far more than what is available in IPv4, especially as the available IP address pools have been exhausted.

What is the solution?

To solve the addressability of clients, many networks, especially mobile networks, will use Carrier Grade NAT (CGN). This allows thousands, possibly up to hundreds of thousands, of devices to be shared behind a single internet IP address. The CGN equipment can be very expensive to scale and further, given the Continue reading

Collaborative Governance Leaders, Canada, and Senegal Exchange Notes on IoT Security Frameworks

Canada and Senegal partners are meeting for a comparative learning exchange on developing robust Internet of Things (IoT) Security frameworks in Ottawa, Canada 18-19 July. The two countries are strong supporters of the collaborative governance, or multistakeholder, model in addressing critical Internet infrastructure. Both countries have already begun adopting the model for domestic policy development focusing on IoT security. The learning exchange is part of the Internet Society supported Internet Governance campaign activity for both countries and will explore issues of mutual interest, connect stakeholders, and exchange notes on the process.

In Canada, the Internet Society partnered with Innovation, Science and Economic Development, the Canadian Internet Registration Authority, CANARIE, and CIPPIC to convene stakeholders to develop recommendations for a set of norms/policy to secure the Internet of Things in Canada. The partners have agreed to focus on two specific thematic areas: consumer protection and network resilience. While in Senegal, the Internet Society partnered with the ISOC Senegal Chapter, the Ministry of Telecommunications and Digital Economy, and the Senegalese Commission for Data Protection to explore the same.

Canada and Senegal are amongst the countries that are leading in demonstrating the collaborative, multistakeholder model of Internet Governance. These Continue reading

BiB 48: Gluware at Network Field Day 18

I broadly consider Gluware an automation engine that can deliver effective automation inside an brownfield network. That is, its multi-vendor, multi-technology (e.g. switches / firewalls, routers, QOS,) and works with the existing tooling such as CLI. So you don’t have to buy new hardware to start the SDN process. Thats a useful way to start […]

The post BiB 48: Gluware at Network Field Day 18 appeared first on Packet Pushers.

Iraq Protests Lead To Two-Day Blackout

After a week of widespread protests against corruption and poor government services, the Iraqi government declared a state of emergency last week.  And as part of that measure, the government ordered the disconnection of the fiber backbone of Iraq that carries traffic for most of the country.

On Monday, Internet services in Iraq were coming back online (however, social media site are still blocked according to independent measurement outfit NetBlocks). The blackout, which lasted almost 48hrs, was clearly visible in our Internet Intelligence Map (screenshot below):

A history of government-directed outages

Government-directed Internet outages have become a part of regular life in Iraq.  Just yesterday, the government ordered its latest national outage to coincide this year’s last 6th grade placement exam.

The first government-directed outage in Iraq that we documented occurred in the fall of 2013 and revolved around a pricing dispute between the Iraqi Ministry of Communications (MoC) and various telecommunications companies operating there.  While the intention of this outage was to enforce the MoC’s authority, it served mainly to reveal the extent to which Iraqi providers were now relying on Kurdish transit providers operating outside the control of the central government – a topic Continue reading

Internet infrastructure will be inundated as sea levels rise, says report

By 2033, over 4,000 miles of underground fiber will be beneath sea water, and hundreds of data centers will be affected, reseachers at University of Wisconsin–Madison and the University of Oregon say. The conduits carrying the internet cables and the cables themselves are not designed for it — they’re water-resistant but not waterproof. That means global communications will get disrupted if action isn’t taken to mitigate the risk, the experts say.New York, Miami, and Seattle are the three major U.S. conurbations that the group says are most susceptible to metro-area cable inundation. However, the effects would ripple through the internet. And Los Angeles would be hit in its long-haul installations.To read this article in full, please click here

Internet infrastructure will be inundated as sea levels rise, says report

By 2033, over 4,000 miles of underground fiber will be beneath sea water, and hundreds of data centers will be affected, reseachers at University of Wisconsin–Madison and the University of Oregon say. The conduits carrying the internet cables and the cables themselves are not designed for it — they’re water-resistant but not waterproof. That means global communications will get disrupted if action isn’t taken to mitigate the risk, the experts say.New York, Miami, and Seattle are the three major U.S. conurbations that the group says are most susceptible to metro-area cable inundation. However, the effects would ripple through the internet. And Los Angeles would be hit in its long-haul installations.To read this article in full, please click here

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