[Newsclips] IETF SYN-ACK Newspack 2022-07-25

[David Goldstein <[e-mail]>]

The IETF SYN-ACK Newspack collects IETF-related items from a variety of news outlets and other online publications. They do not represent the views of the IETF and are not checked for factual accuracy.

 

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IETF IN THE NEWS

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IAB report to the community for IETF 114

This is the IAB report for the period between IETF 113 and IETF 114. This report presents a summary of activities.

< <https://www.iab.org/2022/07/21/iab-report-to-the-community-for-ietf-114/> https://www.iab.org/2022/07/21/iab-report-to-the-community-for-ietf-114/>

 

IPv6 – a new milestone for an unpopular IT topic

Five years ago, in July 2017, the international IETF declared the “new” Internet Protocol IPv6 in RFC 8200 as the internet standard. But the story stretches back much further: the draft standard of IPv6 (RFC 2460) dates back to 1998. The main motivation, even back then, was to solve the problem of the predecessor protocol, known as IPv4, namely that of limited address space.

< <https://www.switch.ch/stories/IPv6-a-new-milestone-for-an-unpopular-IT-topic/> https://www.switch.ch/stories/IPv6-a-new-milestone-for-an-unpopular-IT-topic/>

 

4G and 5G signaling controllers: helping network nodes understand each other

Telecommunications is a world of standards. The signaling standards enable the network nodes to speak the same language, allowing them to communicate with each other to perform call control functions. Thanks to the standards, network nodes from different vendors can understand each other – isn’t that cool? Let’s talk about 4G and 5G signaling controllers. The standards organizations like 3GPP or IETF are doing a great job, but we know that there is theory and there is reality. The reality is that the standards cannot cover all the interoperability scenarios, especially as some nodes do not work as expected – this may happen with nodes of the same vendor, not to mention with nodes of different vendors.

< <https://www.ericsson.com/en/blog/2022/7/4g-and-5g-signaling-controllers-helping-network-nodes-understand-each-other> https://www.ericsson.com/en/blog/2022/7/4g-and-5g-signaling-controllers-helping-network-nodes-understand-each-other>

 

Making security simpler for organizations big and small

Over the past few years, we have learned so much about the threats facing every organization, regardless of size. These efforts include determining potential entry points as well as ones that provide broad access. Supply chain attacks are not necessarily more sophisticated than other attacks but, even so, they constitute an increasingly prominent threat. ... Joining CIS marked a logical step in my journey. While researching evolving standards as a former IETF Security Area Director, I came up with a path to make security simpler. I laid out this path in “Transforming Information Security: Optimizing Five Concurrent Trends to Reduce Resource Drain,” published in July 2020. The book challenges the architectural patterns we have been creating and deploying for software and operating systems, including add-on security products.

< <https://blog.apnic.net/2022/07/18/making-security-simpler-for-all-orgs/> https://blog.apnic.net/2022/07/18/making-security-simpler-for-all-orgs/>

 

How do you run an internationally HQ’d email company? Email helps, of course

Bron Gondwana, the Australian CEO of the private email company Fastmail, found himself in Philadelphia this week for the semiannual IETF conference.

< <https://technical.ly/company-culture/fastmail-philly-australia-email/> https://technical.ly/company-culture/fastmail-philly-australia-email/>

 

Brave says it has a way of collecting your data without undermining your privacy

The technology will be deployed on an opt-in basis inside a range of Brave products (including its popular web browser) and considered for standardization by the IETF.

< <https://www.techradar.com/nz/news/brave-says-it-has-a-way-of-collecting-your-data-without-undermining-your-privacy> https://www.techradar.com/nz/news/brave-says-it-has-a-way-of-collecting-your-data-without-undermining-your-privacy>

< <https://www.msn.com/en-us/news/technology/brave-says-it-has-a-way-of-collecting-your-data-without-undermining-your-privacy/ar-AAZMKAO> https://www.msn.com/en-us/news/technology/brave-says-it-has-a-way-of-collecting-your-data-without-undermining-your-privacy/ar-AAZMKAO>

 

Now that 5G is becoming widespread what can we expect from 6G? [Q&A]

... So, what is 6G and what benefits will it offer over earlier standards? We spoke to Roger Nichols, 6G program manager at Keysight Technologies, to find out. ... BN: Where are we currently on the 6G roadmap? RN: We can expect to see the first work in 3GPP specifications begin around 2025. An unofficial industry consensus suggests the first implementable 6G features will come in Release 21 sometime around 2028. That said, there are two additional things to keep in mind. First, 3GPP is not the only specifications body who will contribute to 6G. Changes will have to be made by IETF, several parts of European Telecommunications Standards Institute (ETSI), and O-RAN to name a few. For technology to be standardized, much work must be done to develop and prove out the innovations needed to realize the vision -- the list is long, and each item has many levels of complexity. Standardization cannot start until we have more confidence in our ability to realize the technologies required.

< <https://betanews.com/2022/07/18/now-that-5g-is-becoming-widespread-what-can-we-expect-from-6g-qa/> https://betanews.com/2022/07/18/now-that-5g-is-becoming-widespread-what-can-we-expect-from-6g-qa/>

 

Why NRO's open letter missed the target and may cause collateral damage?

... For example, both ICANN and IETF, two most influential global internet organizations, are incorporated under the American laws without any treaty immunity status. Although the pros and cons about the so-called "UN model" has been hotly debated for a couple of years, technical community is largely not keen of transforming into treaty organizations for a variety of reasons. The NRO's request that AFRINIC be recognized as an IGO is an eyebrow-raising move to the internet technical community.

< <https://www.globaltimes.cn/page/202207/1271059.shtml> https://www.globaltimes.cn/page/202207/1271059.shtml>

 

Sage accused of strong-arming customers into subscriptions

... We asked the company why Sage 50 Accounts or Sage 50cloud Accounts v24 to v26.2 (released in 2018 and 2020) use a protocol which was already more than 10 years old when it was introduced. A spokesperson told us: "Transport Layer Security (TLS) v1.0 and v1.1 is an industry-wide security protocol that is used to facilitate privacy and data security for communications over the internet. The stability and security of the protocol is the core focus, not the age of it. The need to amend to a new protocol occurred following the launch of our products and after the IETF (IEFT) formally discouraged the use of it."

< <https://www.theregister.com/2022/07/19/sage_subscription_tls/> https://www.theregister.com/2022/07/19/sage_subscription_tls/>

 

Tracking: Falsch konfiguriertes Gerät kann die IPv6-Privacy-Extensions unbrauchbar machen [Tracking: Incorrectly configured device can render IPv6 privacy extensions unusable]

Bedingt durch die immer knapper werdenden IPv4-Adressen wurde im Jahr 1998 das Internet-Protocol in Version 6 von der IETF in der Öffentlichkeit publiziert. Heute ist IPv6 inzwischen zum Alltag geworden. Doch bei der hohen Anzahl von Clients steigt das Risiko, dass ein falsch konfiguriertes Gerät die IPv6-Privacy-Extensions aushebelt.

< <https://www.hardwareluxx.de/index.php/news/software/browser-und-internet/59157-tracking-falsch-konfiguriertes-geraet-kann-die-ipv6-privacy-extensions-unbrauchbar-machen.html> https://www.hardwareluxx.de/index.php/news/software/browser-und-internet/59157-tracking-falsch-konfiguriertes-geraet-kann-die-ipv6-privacy-extensions-unbrauchbar-machen.html>

 

Pone las reglas en internet, y, aun así, para muchas personas es una auténtica desconocida: qué es IETF y por qué es tan influyente [It sets the rules on the internet, and yet for many people it is a real unknown: what IETF is and why it is so influential.]

Internet es una de las creaciones más rupturistas del ser humano. Su enorme utilidad, su amplísimo alcance y el profundo impacto que tiene en nuestras vidas han cambiado irreversiblemente no solo cómo nos relacionamos entre nosotros; también cómo nos relacionamos con el mundo.

< <https://www.xataka.com/investigacion/pone-reglas-internet-asi-para-muchas-personas-autentica-desconocida-que-ietf-que-influyente-1> https://www.xataka.com/investigacion/pone-reglas-internet-asi-para-muchas-personas-autentica-desconocida-que-ietf-que-influyente-1>

 

Mener de har funnet redningen fra «kvanteapokalypsen» [Believes they have found the rescue from the 'quantum apocalypse']

... Den offisielle standarden, med spesifikasjoner rundt implementeringen av algoritmen, forventes å være klar i 2024, skriver Nature. Standardiseringsorganisasjonen IETF vil i mellomtiden jobbe med hvordan algoritmen skal bygges inn i ekte applikasjoner.

< <https://www.digi.no/artikler/mener-de-har-funnet-redningen-fra-kvanteapokalypsen/520989> https://www.digi.no/artikler/mener-de-har-funnet-redningen-fra-kvanteapokalypsen/520989>

 

Economische Zaken onderzoekt verplicht IPv6-gebruik voor overheidsinstanties [Economic Affairs examines mandatory IPv6 use for government agencies] [IETF mentioned several times in the comments]

Door het tekort aan IPv4-adressen is de noodzaak om IPv6 breed te ondersteunen alleen maar groter geworden, maar het gebruik hiervan blijft achter. Het ministerie van Economische Zaken onderzoekt dan ook of overheidsinstanties verplicht kunnen worden om gebruik te maken van IPv6, zo meldt de Stichting Internet Domeinregistratie Nederland (SIDN), de organisatie die de .nl-domeinnamen beheert.

< <https://www.security.nl/posting/761796/Economische+Zaken+onderzoekt+verplicht+IPv6-gebruik+voor+overheidsinstanties> https://www.security.nl/posting/761796/Economische+Zaken+onderzoekt+verplicht+IPv6-gebruik+voor+overheidsinstanties>

 

全球已有25.5%网站采用HTTP/3 [25.5% of websites worldwide use HTTP/3]

... 专门制定网络标准的互联网工程任务组（IETF）在今年6月正式发布了新的HTTP/3标准，而W3Techs的统计则显示，全球前1,000万个网站中，已有25.5%的比例采用HTTP/3。

< <https://www.donews.com/news/detail/1/3213001.html> https://www.donews.com/news/detail/1/3213001.html>

< <https://www.ithome.com.tw/news/152044> https://www.ithome.com.tw/news/152044>

 

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SECURITY & PRIVACY

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EasyDMARC now available in Openprovider

We are pleased to inform you that, thanks to the cooperation with our partner EasyDMARC, we have added a new security product to Openprovider’s portfolio – EasyDMARC.

< <https://www.openprovider.com/blog/easydmarc-now-available-in-openprovider> https://www.openprovider.com/blog/easydmarc-now-available-in-openprovider>

 

RPKI Learning Just a Click Away

As the importance of routing-related security increases in both scope and complexity, Resource Public Key Infrastructure (RPKI) remains a popular topic of discussion in our community and a central focus of ARIN’s service and training developments.

< <https://www.arin.net/blog/2022/07/21/rpki-learning-click-away/> https://www.arin.net/blog/2022/07/21/rpki-learning-click-away/>

 

Why AI is the key to cutting-edge cybersecurity

To understand why artificial intelligence (AI) is a vital tool in today’s and tomorrow’s cybersecurity kit, we have to understand how the threat landscape is evolving and what threats internet users face on a daily basis.

< <https://www.weforum.org/agenda/2022/07/why-ai-is-the-key-to-cutting-edge-cybersecurity/> https://www.weforum.org/agenda/2022/07/why-ai-is-the-key-to-cutting-edge-cybersecurity/>

 

Why the cloud is the new rainmaker for cybersecurity

With the advent of remote work, companies – including those in legacy industries – have been forced to adopt SaaS (software as a service) and cloud tools to stay competitive and agile. Modern, cloud-based platforms like Zoom, Slack, Salesforce have become critical to enable knowledge workers to collaborate efficiently from their homes. As beneficiaries of this tailwind, public cloud hosting providers like AWS, Microsoft Azure and Google Cloud have seen phenomenal success. According to Gartner, the spend on cloud providers is forecasted to increase to $178 billion in 2022 from $141 billion in 2021.

< <https://www.weforum.org/agenda/2022/07/cloud-computing-cybersecurity/> https://www.weforum.org/agenda/2022/07/cloud-computing-cybersecurity/>

 

Cybersecurity Megatrends: Signal, Noise, And Existential Threats

Over the years, leaders, pundits, and analysts have all predicted that healthcare, financial, educational institutions, and even governments will face a sustained challenge from cyber-threats. According to a recent Gartner’s Emerging Risks Monitor Report, the threat of “new ransomware models” was the top concern facing executives. That is the new reality of the world we live in today – threats, schemes, identity stealing, ransomware, and more. Over the years, IT leaders have sporadically strived to overcome and mitigate these threats - some with a range of timid successes and some dismal public failures. Unfortunately for all, the threats are about to get much worse.

< <https://www.forbes.com/sites/emilsayegh/2022/07/21/cybersecurity-megatrends-signal-noise-and-existential-threats/> https://www.forbes.com/sites/emilsayegh/2022/07/21/cybersecurity-megatrends-signal-noise-and-existential-threats/>

 

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INTERNET OF THINGS

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The road to Smart City planning: A historical co-evolution of urban planning and information systems 

The concept of smart cities in urban planning first emerged in 1990 along with the World Wide Web. The notion of smart cities has its roots in urban planning whereas the internet emerged from the need to document, store, and exchange all human knowledge and information. Despite distinct purposes, both smart cities and internet seem to share a 100-year history of co-evolution which goes back to some of the early concepts brought forth by “the father of modern town planning”, Patrick Geddes. This article attempts to explore not just how the internet is integral to the development of smart cities but also how urban planning, over a long period of time, has influenced the idea of the internet.

< <https://www.orfonline.org/expert-speak/the-road-to-smart-city-planning/> https://www.orfonline.org/expert-speak/the-road-to-smart-city-planning/>

 

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NEW TRANSPORT PROTOCOLS

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[Podcast] Making the Internet QUICer

In this episode of PING, APNIC’s Chief Scientist, Geoff Huston discusses a new measurement project that he and fellow APNIC Labs colleague Joao Damas established to measure the use and performance of the QUIC protocol (RFC 9000).

< <https://blog.apnic.net/2022/07/21/podcast-making-the-internet-quicer/> https://blog.apnic.net/2022/07/21/podcast-making-the-internet-quicer/>

 

A Look at QUIC Use by Geoff Huston

Quick UDP Internet Connection (QUIC) is a network protocol initially developed and deployed by Google, and recently (May 2021) standardized in the IETF (RFC 9000). In this article we’ll take a quick tour of QUIC and then look at the extent to which QUIC is being used on today’s Internet.

< <https://www.potaroo.net/ispcol/2022-07/quic.html> https://www.potaroo.net/ispcol/2022-07/quic.html>

 

Google Introduces DNS-over-HTTP/3 in Android

Google this week announced the rollout of DNS-over-HTTP/3 (DoH3) for Android 11 and newer devices. An encrypted DNS protocol, DoH3 is expected to provide performance and safety improvements compared to alternatives, mainly through the QUIC transport layer network protocol.

< <https://www.securityweek.com/google-introduces-dns-over-http3-android> https://www.securityweek.com/google-introduces-dns-over-http3-android>

 

Google Adds Support for DNS-over-HTTP/3 in Android to Keep DNS Queries Private

... HTTP/3, the first major upgrade to the hypertext transfer protocol since HTTP/2 was introduced in May 2015, is designed to use a new transport layer protocol called QUIC that's already supported by major browsers such as Google Chrome, Microsoft Edge, Mozilla Firefox, and Apple Safari.

< <https://thehackernews.com/2022/07/google-adds-support-for-dns-over-http3.html> https://thehackernews.com/2022/07/google-adds-support-for-dns-over-http3.html>

 

Android now supports DNS-over-HTTP/3 for enhanced security

... Secondly, Android phones change networks frequently as the user moves around. With DoT, these events require a full renegotiation of the connection, but, the QUIC transport HTTP/3 is based on can resume a suspended connection in a single RTT. In unreliable networks, DoH3 may even outperform traditional DNS.

< <https://www.devdiscourse.com/article/technology/2119443-android-now-supports-dns-over-http3-for-enhanced-security> https://www.devdiscourse.com/article/technology/2119443-android-now-supports-dns-over-http3-for-enhanced-security>

 

Google boosts Android privacy with support for DNS-over-HTTP/3

... HTTP/3 is the third major version of the Hypertext Transfer Protocol, which relies on QUIC, a multiplexed transport protocol built on UDP, rather than TCP like previous versions.

< <https://www.bleepingcomputer.com/news/security/google-boosts-android-privacy-with-support-for-dns-over-http-3/> https://www.bleepingcomputer.com/news/security/google-boosts-android-privacy-with-support-for-dns-over-http-3/>

 

Everything you need to know about HTTP/2 Protocol

... HTTP/3 is the third and latest version of the Hypertext Transfer Protocol (HTTP). It was previously known as HTTP-over-QUIC (Quick UDP Internet Connections). QUIC was initially developed by Google and is the successor of HTTP/2. Companies like Google and Facebook already use QUIC to speed up the web. HTTP/3 was adopted as an IETF standard recently.

< <https://dineshchandgr.medium.com/everything-you-need-to-know-about-http-2-protocol-e64bfffafe47> https://dineshchandgr.medium.com/everything-you-need-to-know-about-http-2-protocol-e64bfffafe47>

 

What Is HTTP/3? How Does It Compare to HTTP/2?

... One of the advantages of HTTP/3 is its support for the new internet protocol meant to replace TCP connections, known as the QUIC protocol. Using QUIC, data is sent and received by the client and server after a single handshake. This single handshake provides a reliable connection from both parties and automatically encrypts data as HTTP/3 comes built-in with TLS 1.3 encryption.

< <https://www.makeuseof.com/what-is-http3-how-compare-http2/> https://www.makeuseof.com/what-is-http3-how-compare-http2/>

 

Android introduce el soporte para DNS sobre HTTP/3 [Android Introduces Support for DNS over HTTP/3]

... Google ha optado ahora por DNS sobre HTTP/3 porque reduce la sobrecarga en las solicitudes DNS al utilizar un protocolo de transporte denominado QUIC, de desarrollo propio, para agilizar el intercambio de información.

< <https://www.europapress.es/portaltic/ciberseguridad/noticia-android-introduce-soporte-dns-http-20220720122715.html> https://www.europapress.es/portaltic/ciberseguridad/noticia-android-introduce-soporte-dns-http-20220720122715.html>

 

Android lanza el soporte para DNS sobre HTTP/3 para reforzar la seguridad en la red [Android launches support for DNS over HTTP/3 to strengthen network security]

... Ahora, Google ha decidido utilizar un DNS sobre HTTP/3, ya que, disminuye la sobrecarga en las solicitudes DNS al usar QUIC, un protocolo de transporte de desarrollador propio, que, acelera el intercambio de información.

< <https://www.zonamovilidad.es/android-lanza-soporte-para-dns-sobre-reforzar-seguridad-red> https://www.zonamovilidad.es/android-lanza-soporte-para-dns-sobre-reforzar-seguridad-red>

 

Ciberseguridad: Android introduce el soporte para DNS sobre HTTP/3 [Cybersecurity: Android introduces support for DNS over HTTP/3]

... Google ha optado ahora por DNS sobre HTTP/3 porque reduce la sobrecarga en las solicitudes DNS al utilizar un protocolo de transporte denominado QUIC, de desarrollo propio, para agilizar el intercambio de información.

< <https://www.cope.es/actualidad/tecnologia/noticias/ciberseguridad-android-introduce-soporte-para-dns-sobre-http-3-20220720_2208825> https://www.cope.es/actualidad/tecnologia/noticias/ciberseguridad-android-introduce-soporte-para-dns-sobre-http-3-20220720_2208825>

 

Google macht DNS auf Android per DoH schneller [Google makes DNS on Android faster via DoH]

Zusätzlich zu dem bereits verfügbaren DNS über TLS (DoT), das Google seit Android P in sein Mobilbetriebssystem integriert hat, kann in Android nun auch DNS-over-HTTP/3 genutzt werden, wie Google in seinem Security-Blog ankündigt. Google verspricht sich davon laut eigenen Aussagen vor allem Verbesserungen im Vergleich zu dem bisher verfügbaren DoT.

< <https://www.golem.de/news/http-3-google-macht-dns-auf-android-per-doh-schneller-2207-167034.html> https://www.golem.de/news/http-3-google-macht-dns-auf-android-per-doh-schneller-2207-167034.html>

 

Android mit Support für DNS-over-HTTP/3 [Android with support for DNS-over-HTTP/3]

... DoT leidet an diversen Problemen, die vor allem den mobilen Einsatz betreffen: Die Verbindung muss beim Roaming zwischen Mobilfunkantennen jedesmal neu verhandelt werden. DoH3 hingegen kann die Session deutlich schneller wiederaufnehmen und bietet zudem Vorteile hinsichtlich Latenz. DoH nutzt HTTP/3, das seinerseits auf dem Multiplex-Transportprotokoll QUIC basiert. Damit wir das Problem der Verlangsamung des Datentransfers durch Head-of-Line-Blocking eliminiert, das sonst bei Paketverlust oder umgeordneten Paketen auftritt, was bei der mobilen Nutzung oft passiert. Laut einem Post auf dem Google Security Blog ergibt sich mit dem neuen Protokoll bei den Abfragezeiten eine mittlere Leistungssteigerung von 24 und in einzelnen Fällen sogar 44 Prozent.

< <https://www.itmagazine.ch/Artikel/77648/Android_mit_Support_fuer_DNS-over-HTTP3.html> https://www.itmagazine.ch/Artikel/77648/Android_mit_Support_fuer_DNS-over-HTTP3.html>

 

Android verbessert Datenschutz mit Unterstützung für DNS-over-HTTP/3 [Android improves data protection with support for DNS-over-HTTP/3]

... DoT benötigt beim Wechsel des Netzes eine vollständige Neuaushandlung der neuen Verbindung und das ist ein Zeitfaktor. HTTP/3 ist die dritte Version des Hypertext-Transfer-Protokolls, das auf QUIC basiert, einem Multiplex-Transportprotokoll.

< <https://winfuture.de/news,130907.html> https://winfuture.de/news,130907.html>

 

Google ajoute la prise en charge de DNS-over-HTTP/3 dans Android pour garder les requêtes DNS privées [Google adds DNS-over-HTTP/3 support in Android to keep DNS queries private]

... “Bien que l’utilisation de HTTPS seul ne réduise pas la surcharge de manière significative, HTTP/3 utilise QUIC, un transport qui multiplexe efficacement plusieurs flux sur UDP en utilisant une seule session TLS avec reprise de session”, Matthew Maurer et Mike Yu de l’équipe Android a dit dans un poste.

< <https://fr.techtribune.net/securite/google-ajoute-la-prise-en-charge-de-dns-over-http-3-dans-android-pour-garder-les-requetes-dns-privees/378034/> https://fr.techtribune.net/securite/google-ajoute-la-prise-en-charge-de-dns-over-http-3-dans-android-pour-garder-les-requetes-dns-privees/378034/>

 

Migliora la privacy di Android con DNS-over-HTTP/3 [Improve Android privacy with DNS-over-HTTP/3]

Google ha annunciato una novità per Android che garantisce una maggiore privacy online. Il sistema operativo supporta ora il protocollo DNS-over-HTTP/3 (DoH3) che sfrutta TLS e QUIC per proteggere la risoluzioni dei nomi di dominio e migliorare le prestazioni allo stesso tempo. Per utilizzare DoH3 è necessario avere dispositivi con almeno Android 11. Inoltre devono essere impostati i server DNS di Google o Cloudflare.

< <https://www.punto-informatico.it/migliora-privacy-android-dns-over-http-3/> https://www.punto-informatico.it/migliora-privacy-android-dns-over-http-3/>

 

Android: privacy migliorata con DNS-over-HTTP/3 [Android: improved privacy with DNS-over-HTTP / 3]

Google ha da poco comunicato un’importante novità per Android che va a garantire un maggiore livello di privacy online agli utenti: d’ora in avanti il sistema operativo del “robottino verde” supporterà il protocollo DNS-over-HTTP/3 (DoH3) che sfrutta TLS e QUIC per proteggere la risoluzioni dei nomi di dominio e al contempo migliorare le prestazioni.

< <https://www.html.it/magazine/android-privacy-migliorata-con-dns-over-http-3/> https://www.html.it/magazine/android-privacy-migliorata-con-dns-over-http-3/>

 

DNS-over-HTTP/3 está a chegar ao Android [DNS-over-HTTP/3 is coming to Android]

... O HTTPS/3 utiliza a tecnologia QUIC, que permite obter um transporte mais rápido de dados, e isso pode também ser usado para tecnologias como o DNS. Conjugando os pedidos DNS sobre ligações HTTPS, com o QUIC, os utilizadores podem beneficiar de ainda mais desempenho final no processamento desses pedidos.

< <https://tugatech.com.pt/t47293-dns-over-http-3-esta-a-chegar-ao-android> https://tugatech.com.pt/t47293-dns-over-http-3-esta-a-chegar-ao-android>

 

Android přichází s podporou DNS-over-HTTP/3 [Android comes with DNS-over-HTTP/3 support]

... DNS-over-HTTPS3 (DoH3) staví na protokolu HTTP/3, který staví na UDP a protokolu QUIC. Proti DoT nabízí přibližně poloviční latenci, možnost přenášet více proudů informací zároveň a hladké zotavení při přechodu mezi různými sítěmi, třeba z LTE na Wi-Fi. Komunikující strany totiž nemusejí znovu vyjednávat celé spojení, ale velmi rychle využijí už dříve sestavený komunikační kanál.

< <https://www.root.cz/zpravicky/android-prichazi-s-podporou-dns-over-http-3/> https://www.root.cz/zpravicky/android-prichazi-s-podporou-dns-over-http-3/>

 

Nyere Android-versjoner har i det stille fått støtte for DNS over HTTP/3 [Newer Android versions have quietly received support for DNS over HTTP/3]

... HTTP/3 benytter nemlig transportprotokollen QUIC (Quick UDP Internet Connections), som blant annet kan gjenoppta tidligere forbindelser uten å måtte forhandle alt på nytt, slik DoT er nødt til. Det fleste enheter sender alle DNS-forespørslene til den samme serveren.

< <https://www.digi.no/artikler/nyere-android-versjoner-har-i-det-stille-fatt-stotte-for-dns-over-http-3/521021> https://www.digi.no/artikler/nyere-android-versjoner-har-i-det-stille-fatt-stotte-for-dns-over-http-3/521021>

 

Google biedt ondersteuning voor DNS-over-HTTP/3 vanaf Android 11 [Google supports DNS-over-HTTP/3 from Android 11]

... Android ondersteunt al sinds de negende hoofdversie van het besturingssysteem privé-DNS-verbindingen. Aanvankelijk werkte dat vooral via DNS-over-tls, maar de laatste jaren wint DNS-over-HTTPS aan populariteit. DNS-over-HTTP/3 verbindt zoals de naam al zegt met de HTTP/3-standaard. Die ondersteunt QUIC, dat meerdere UDP-streams ondersteunt. DNS-over-HTTP/3 zou daarom volgens Google voor snellere verbindingen moeten zorgen, al zegt het bedrijf niet om hoeveel winst het gaat.

< <https://tweakers.net/nieuws/199208/google-biedt-ondersteuning-voor-dns-over-http-3-vanaf-android-11.html> https://tweakers.net/nieuws/199208/google-biedt-ondersteuning-voor-dns-over-http-3-vanaf-android-11.html>

 

Google: Πιο ασφαλές απόρρητο Android με υποστήριξη DNS-over-HTTP/3 [Google: More secure Android privacy with DNS-over-HTTP/3 support]

... Το HTTP/3 είναι η τρίτη σημαντική έκδοση του Hypertext Transfer Protocol, το οποίο βασίζεται στο QUIC, ένα πρωτόκολλο μεταφοράς πολυπλεξίας που βασίζεται σε UDP, αντί στο TCP όπως οι προηγούμενες εκδόσεις.

< <https://www.secnews.gr/413177/google-pio-asfales-aporito-android-upostiriksi-dns-over-http3/> https://www.secnews.gr/413177/google-pio-asfales-aporito-android-upostiriksi-dns-over-http3/>

 

Аndrоіd 11 щe пoддъpжa пpoтoĸoлa DNЅ-оvеr-НТТР/3 [Android 11 also supports DNS-over-HTTP/3 protocol]

... НТТР/3 e вeчe тpeтaтa вepcия нa Нуреrtехt Тrаnѕfеr Рrоtосоl, бaзиpaнa нa QUІС – мyлтиплeĸcния тpaнcпopтeн пpoтoĸoл, ĸoйтo в тaзи вepcия ce бaзиpa нa UDР, a нe нa ТСР, ĸaĸтo бe в пpeдишнитe вepcии. 

< <https://www.kaldata.com/телефони/android-11-ще-поддържа-протокола-dns-over-http-3-388309.html> https://www.kaldata.com/телефони/android-11-ще-поддържа-протокола-dns-over-http-3-388309.html>

< <https://xakep.ru/2022/07/21/android-11-doh3/> https://xakep.ru/2022/07/21/android-11-doh3/>

 

Android 11新增對DNS-over-HTTP/3的支援 [Android 11 adds support for DNS-over-HTTP/3]

... Google表示，光是採用HTTPS並不能明顯減少負擔，但HTTP/3使用了QUIC通用傳輸層網路協定，該傳輸只要使用一個具備會話恢復的TLS會話，即能透過使用者資料包協定（UDP）有效地多路複用不同的串流，而這些便是可於行動裝置上高效運作的關鍵。，其最大改變就是以奠基於UDP的QUIC協定取代了TCP。

< <https://times.hinet.net/news/24036921> https://times.hinet.net/news/24036921>

 

全球已有25.5%網站採用HTTP/3 [25.5% of websites worldwide use HTTP/3]

... HTTP/3為超文本傳輸協定（HyperText Transfer Protocol，HTTP）的第三個主要版本，HTTP是全球網路資料通訊的基礎，所謂的超文本文件包含了可連至其它資源的超連結，像是使用者只要點選滑鼠就能存取；而HTTP/3最大的改變在於以基於使用者資料包協定（User Datagram Protocol，UDP）的QUIC通用傳輸層網路協定取代了傳輸控制協定（Transmission Control Protocol，TCP）。至於QUIC則是Google於2012年發表的協定，隨後被IETF採用。

< <https://times.hinet.net/news/24035782> https://times.hinet.net/news/24035782>

 

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OTHERWISE NOTEWORTHY

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Decentralized Identifiers (DIDs) v1.0 is a W3C Recommendation

The Decentralized Identifier Working Group has published Decentralized Identifiers (DIDs) v1.0 as a W3C Recommendation. This document defines Decentralized identifiers (DIDs), a new type of identifier that enables verifiable, decentralized digital identity. A DID identifies any subject (e.g., a person, organization, thing, data model, abstract entity, etc.) that the controller of the DID decides that it identifies.

< <https://www.w3.org/blog/news/archives/9618> https://www.w3.org/blog/news/archives/9618>

 

Decentralized Identifiers: W3C ernennt offiziellen Webstandard [Decentralised Identifiers: W3C appoints official web standard]

Das W3C erklärte Decentralized Identifiers (DID) nun zum offiziellen Webstandard. Die eigentliche Entscheidung fiel schon Ende Juni, jetzt folgte die formelle Bestätigung. DID soll laut dem Internet-Konsortium Teil eines neuen Ökosystems für Verifiable Credentials sein.

< <https://www.heise.de/news/Decentralized-Identifiers-W3C-ernennt-offiziellen-Webstandard-7184332.html> https://www.heise.de/news/Decentralized-Identifiers-W3C-ernennt-offiziellen-Webstandard-7184332.html>

 

Craig Wright to speak at influential IEEE Future Networks Forum

Bitcoin creator Dr. Craig S. Wright will speak at the IEEE 5th Future Networks World Forum in Montreal in October 2022. The annual event looks at how information technology networks will advance and work to benefit society into the future, particularly 5G wireless networks and beyond. With Bitcoin aiming to play a large part in network advancement as IPv6 takes over, it’s another chance to override misinformation campaigns and showcase its advantages.

< <https://coingeek.com/craig-wright-to-speak-at-influential-ieee-future-networks-forum/> https://coingeek.com/craig-wright-to-speak-at-influential-ieee-future-networks-forum/>

 

OECD: Broadband networks of the future

The future is digital and enabled by globally interconnected and high-quality broadband networks. However, high-quality networks across the OECD are far from universal and applications across all sectors of the economy, from smart factories and hospitals to automated vehicles, are increasing the overall demand on networks and requiring them to evolve. Furthermore, to ensure everyone can participate in in this digital future, their expansion at affordable prices to un- and under-served areas needs to continue at pace. This report explores how surging demand is shaping future networks and identifies the four main technological trends that are driving this evolution. It then takes a closer look at measuring the quality of communication services delivered through those networks to inform policy making. Finally, it provides an overview of how policies and regulations are adapting to support the upgrade and expansion of high-quality broadband networks across the OECD.

< <https://www.oecd-ilibrary.org/science-and-technology/broadband-networks-of-the-future_755e2d0c-en> https://www.oecd-ilibrary.org/science-and-technology/broadband-networks-of-the-future_755e2d0c-en>

 

Transforming Science through Cyberinfrastructure

Advanced cyberinfrastructure (CI) is critical to science and engineering (S&E) research. For example, over the past two years, CI resources (including those provided by the COVID-19 HPC Consortium) enabled research that dramatically accelerated efforts to understand, respond to, and mitigate near- and longer-term impacts of the novel coronavirus disease 2019 (COVID-19) pandemic.

< <https://cacm.acm.org/magazines/2022/8/262917-transforming-science-through-cyberinfrastructure/fulltext> https://cacm.acm.org/magazines/2022/8/262917-transforming-science-through-cyberinfrastructure/fulltext>

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David Goldstein

email:  <mailto:[e-mail]> [e-mail]

web:  <http://goldsteinreport.com/> http://goldsteinreport.com/

Twitter:  <https://twitter.com/goldsteinreport> https://twitter.com/goldsteinreport

phone: [phone] - mobile; [phone] - office/home