Podcasts about IPv6

On this episode of The Cloud Pod, the team sits to talk about AWS's new patching policies, the general availability of Azure OpenAI, and the role of addressing IM or access management challenges in ensuring the seamless transition to the Cloud. A big thanks to this week's sponsor, Foghorn Consulting, which provides full-stack cloud solutions with a focus on strategy, planning and execution for enterprises seeking to take advantage of the transformative capabilities of AWS, Google Cloud and Azure. This week's highlights

In today's IPv6 Buzz podcast, Ed, Scott, and Tom speak with Jad El Cham about the RIPE NCC IPv6 training program as well as RIPE NCC's role as the European and Middle Eastern Regional Internet Registry providing Internet resources including IPv6 addresses. The post IPv6 Buzz 118: IPv6 Training At RIPE NCC appeared first on Packet Pushers.

The IPv6 Buzz podcast talks with Richard Hicks about Microsoft's OS changes and use cases for IPv6. Richard is a technology consultant and author. We discuss which Microsoft solutions use IPv6, what its v6 strategy changed, and more. The post IPv6 Buzz 117: Microsoft’s OS Evolution With IPv6 appeared first on Packet Pushers.

The IPv6 Buzz podcast talks with Richard Hicks about Microsoft's OS changes and use cases for IPv6. Richard is a technology consultant and author. We discuss which Microsoft solutions use IPv6, what its v6 strategy changed, and more. The post IPv6 Buzz 117: Microsoft’s OS Evolution With IPv6 appeared first on Packet Pushers.

Hoy por la tarde ha pasado lo típico, nos hemos juntado 5 amigos a charlar, a charlar sobre como afecta el pensar en IPv4 cuando tienes que poner en funcionamiento IPv6, lo típico de cualquier …

Alejandro Acosta, Coordinador I+D de LACNIC, y Uesley Correa, Director de Telecom Consultoría, Entrenamiento y Servicios, analizan y arrojan luz sobre algunos mitos que aún existen sobre IPv6. Si estás planificando desplegar IPv6, no te pierdas este episodio

Recebemos o Damito e Ayub da Sage Networks para falar sobre os mitos e verdade da internet. 1) O 5G não vai trazer muito impacto pros ISPs 2) Quanto mais puro, melhor o trânsito IP 3) É possível abrir um provedor com pouca grana 4) Estar no PTT é sempre bom 5) Todo provedor tem que estar no IX.br SP 6) O Brasil é um dos países com maior adoção de IPv6 no mundo 7) O DNS do Google e da Cloudflare são os melhores 8) Manter um DNS local próprio é caro e difícil 9) A melhor Internet é a dos Tiers 1 10) As operadoras mitigam DDoS 11) Mikrotik presta 12) Regra de firewall pra mitigar DDoS 13) A Internet depende dos Estados Unidos 14) Roteador Huawei espiona informações 15) A Internet Brasileira é uma das melhores 16) Operadoras fazem traffic shaping 17) Perda de pacote no traceroute significa link ruim 18) Ping da morte não existe mais 19) Só hacker faz DDoS 20) GBIC de 80 km sempre funciona em 80 km 21) Blackhole é mitigação de ataques 22) Todos ISPs Brasileiros só revendem link da Oi/Claro/Vivo/Embratel/Tim 23) IPTV pirata é crime --- Support this podcast: https://anchor.fm/loucos-da-telecom5/support

In today's IPv6 Buzz episode, Ed, Scott, and Tom talk about the good, bad, and ugly of vendor support for IPv6-only. While some vendors support dual-stack deployments, things get a little more precarious when you want to turn off IPv4 entirely. The post IPv6 Buzz 116: Hey Vendors! What About IPv6-Only? appeared first on Packet Pushers.

In today's IPv6 Buzz episode, Ed, Scott, and Tom talk about the good, bad, and ugly of vendor support for IPv6-only. While some vendors support dual-stack deployments, things get a little more precarious when you want to turn off IPv4 entirely. The post IPv6 Buzz 116: Hey Vendors! What About IPv6-Only? appeared first on Packet Pushers.

(00:00) - Intro and catching up.(03:35) - Show content starts.Show links- GA: PostgreSQL 15 support in Azure Cosmos DB for PostgreSQL (Microsoft Learn)- GA: More free services for new Azure PAYG customers (Microsoft Azure)- Public preview: Go language support on Azure App Service (Azure Updates)- Updates to Azure Monitor logs (Microsoft Learn)- Public preview: Azure Bastion now support shareable links (Microsoft Learn)- A plan: IPv6 support for Microsoft Azure AD (Microsoft Learn)SPONSORThis episode is sponsored by Sovelto.We at Sovelto support your personal growth, keep your Azure skills up to date and increase your market value. Learn or expire: sovelto.fi/pro 

In this episode, Ed, Scott, and Tom talk about DNS and IPv6. We cover legacy IPv6 brokeness and DNS, how DNS performs over v6, and how DNS works with v6-only networks. The post IPv6 Buzz 115: DNS And IPv6 appeared first on Packet Pushers.

In this episode, Ed, Scott, and Tom talk about DNS and IPv6. We cover legacy IPv6 brokeness and DNS, how DNS performs over v6, and how DNS works with v6-only networks. The post IPv6 Buzz 115: DNS And IPv6 appeared first on Packet Pushers.

Ahh, the perennially overlooked and ignored art of point to point addressing. You know, the IPv4 and IPv6 addressing that gets slapped onto a link between a core and distribution router, or the addressing placed on the link between your BGP speaker and the ISP. Those are kinda important, ya know? Do you know the best methods to use, what is common, what isn't? Well, John Osmon and Nick Buraglio talk it through. It's really not as boring as it seems.

Today's IPv6 Buzz episode answers listener questions about Duplicate Address Detection (DAD) and auto-addressing, privacy and IPv6, and where NAT46 fits in. The post IPv6 Buzz 114: Another Listener Questions Episode! appeared first on Packet Pushers.

Today's IPv6 Buzz episode answers listener questions about Duplicate Address Detection (DAD) and auto-addressing, privacy and IPv6, and where NAT46 fits in. The post IPv6 Buzz 114: Another Listener Questions Episode! appeared first on Packet Pushers.

Naoki Hiroshima さんをゲストに迎えて、帰国、Twitter, Mastodon, イーロン・マスク、将棋などについて話しました。 Show Notes Tone policing Visit Japan Web Wise Twitter Blue signups disappear a day after fakes and mayhem Fake Eli Lilly Twitter Account Claims Insulin Is Free, Stock Falls 4.37% eight-dollars: A browser extension that shows twitter blue vs real verified users Musk warns of Twitter bankruptcy as more senior executives quit 'Ligma & Johnson': Two pranksters posing as laid-off Twitter employees trick media outlets Meta announces huge job cuts affecting 11,000 employees Elon Musk addresses Twitter advertisers in a meandering Q&A Stripe cuts 14% of its workforce, CEO says they ‘overhired for the world we're in' Cruel Changes at Twitter Mastodon - Decentralized social media Tatsuhiko Miyagawa (@miyagawa@mastodon.social) Masto.host - Fully Managed Mastodon Hosting Verizon is selling Tumblr to WordPress' owner Bluesky (protocol) After FTX Binance deal falls apart, SBF issues mea culpa Blind Elon Musk's lawyer: Twitter employees aren't personally at risk over its liabilities to the FTC How 'Let's Go Brandon' became code for insulting Joe Biden 佐藤天彦 第72期ALSOK杯王将戦挑戦者決定リーグ戦 JAPAN RAIL PASS

The Bitcoin Association should be focused on advancing and improving the way Bitcoin SV works rather than just trying to sell the technology, according to Jad Wahab, the Association's Director of Engineering.   Jad believes that the role of the Switzerland-based non-profit organisation is to act as a middleman and establish connections with different partners in the space, with a view to making the system as functional to the outside world as it can be.  One of the partnerships that the Bitcoin Association has formed that Jad is particularly excited about is the work that it's been doing with nChain and the IPv6 Forum, as he discusses with Charles Miller on this week's CoinGeek Conversations.  The three organisations have been working together to integrate Bitcoin SV with IPv6. IPv6 is the updated version of the internet protocol, which was created in 1998 because the original internet architecture (IPv4) was due to run out of IP addresses, which ended up happening in 2011.  Jad explains that by using IPv6, Bitcoin can become truly peer-to-peer in the way it was originally invented to be, as there are enough IP addresses for every device that is connected to the internet. “If you don't have a unique address then it's not a direct peer-to-peer, it's not going directly from me to you, it has to go from me to the central hub to your central hub, that's where the peer-to-peer aspect is missing,” he says.  Another project that BA has delivered that Jad is confident will have a positive impact on the digital currency space is the software Blacklist Manager, that was released at the beginning of October 2022.  Blacklist Manager is a listening tool that can be run by miners to enable nodes to add digital assets identified in a court order to a freeze list. This means that lost or stolen Bitcoin can now be recovered through a legal process, a potentially game changing development which will bring digital asset technology within the remit of the law.  “We live in this world where you've got law and legal systems in place, you know, Bitcoin doesn't magically create a new world that lives outside of the purview of existing legal systems that we have right now,” Jad says.  Jad believes that it is projects and partnerships like these that will make Bitcoin appealing to outsiders and will lead to its widespread use in the world. He says that he can see Bitcoin SV being more easily deployed in developing countries where traditional systems of money are less widely accepted.  For example, he talks about his hometown of Beirut, where the currency has lost more than 90% of its value and citizens no longer use credit cards because they don't trust the banks, saying that he thinks that the lack of financial infrastructure and confidence in legacy systems will make it easier for new technology, like Bitcoin SV, to fill the gap.

In this episode of IPv6 Buzz, Ed, Scott, and Tom talk about our DAD issues — well, our IPv6 Duplicate Address Detection (DAD) issues anyway. DAD is a feature of IPv6 that looks for duplicate IP addresses among hosts on the same segment. We discuss how it works and operational considerations. The post IPv6 Buzz 113: We Have DAD Issues (Duplicate Address Detection) appeared first on Packet Pushers.

In this episode of IPv6 Buzz, Ed, Scott, and Tom talk about our DAD issues — well, our IPv6 Duplicate Address Detection (DAD) issues anyway. DAD is a feature of IPv6 that looks for duplicate IP addresses among hosts on the same segment. We discuss how it works and operational considerations. The post IPv6 Buzz 113: We Have DAD Issues (Duplicate Address Detection) appeared first on Packet Pushers.

Die Fritzbox ist wohl der populärste Router in Deutschland. Etliche Internet-Provider versuchen mit der Zugabe einer Fritzbox Kunden zu locken und vermutlich war jeder schon selbst mit dem WLAN einer Fritzbox verbunden. Zu der Popularität hat auch das Betriebssystem FritzOS beigetragen, dass Hersteller AVM langfristig pflegt und wofür es regelmäßig Updates veröffentlicht. Ein größeres Update steht nun bevor und soll unter der Versionsnummer FritzOS 7.50 erscheinen. Es bietet unter anderem VPN über das moderne WireGuard-Protokoll an. Zudem lassen sich VPN-Verbindung sowohl über WireGuard als auch über das alte IPSec endlich auch per IPv6 aufbauen. Die c't-Redakteure Dušan Živadinović und Ernst Ahlers haben die Beta-Versionen aus dem Fritz-Labor unter die Lupe genommen. Im c't uplink stellen sie die neuen Funktionen vor, erklären Messwerte, die sie ermittelt haben und bieten Orientierung bei der Fritzbox-Modellpalette. Gemeinsam mit Moderator Keywan Tonekaboni sprechen sie aber auch über Alternativen zum AVM Router und was man beachten sollte, wenn man selbst die Labor-Version des FritzOS testen möchte. Mit dabei: Dušan Živadinović, Ernst Ahlers und Keywan Tonekaboni **SPONSOR-HINWEIS** Dieser Podcast ist gesponsert von msg. Bei msg treibst Du als Spezialist (m/w/d) im Software-Engineering oder IT-Consulting die digitale Transformation ganzer Branchen voran. Entdecke spannende IT-Jobs, beste individuelle Entwicklungsmöglichkeiten sowie flexible Arbeitszeiten mit Überstundenausgleich für deine gesunde Work-Life-Balance! Mehr Infos auf: karriere.msg.group **SPONSOR-HINWEIS ENDE**

Die Fritzbox ist wohl der populärste Router in Deutschland. Etliche Internet-Provider versuchen mit der Zugabe einer Fritzbox Kunden zu locken und vermutlich war jeder schon selbst mit dem WLAN einer Fritzbox verbunden. Zu der Popularität hat auch das Betriebssystem FritzOS beigetragen, dass Hersteller AVM langfristig pflegt und wofür es regelmäßig Updates veröffentlicht. Ein größeres Update steht nun bevor und soll unter der Versionsnummer FritzOS 7.50 erscheinen. Es bietet unter anderem VPN über das moderne WireGuard-Protokoll an. Zudem lassen sich VPN-Verbindung sowohl über WireGuard als auch über das alte IPSec endlich auch per IPv6 aufbauen. Die c't-Redakteure Dušan Živadinović und Ernst Ahlers haben die Beta-Versionen aus dem Fritz-Labor unter die Lupe genommen. Im c't uplink stellen sie die neuen Funktionen vor, erklären Messwerte, die sie ermittelt haben und bieten Orientierung bei der Fritzbox-Modellpalette. Gemeinsam mit Moderator Keywan Tonekaboni sprechen sie aber auch über Alternativen zum AVM Router und was man beachten sollte, wenn man selbst die Labor-Version des FritzOS testen möchte. **SPONSOR-HINWEIS** Dieser Podcast ist gesponsert von msg. Bei msg treibst Du als Spezialist (m/w/d) im Software-Engineering oder IT-Consulting die digitale Transformation ganzer Branchen voran. Entdecke spannende IT-Jobs, beste individuelle Entwicklungsmöglichkeiten sowie flexible Arbeitszeiten mit Überstundenausgleich für deine gesunde Work-Life-Balance! Mehr Infos auf: karriere.msg.group **SPONSOR-HINWEIS ENDE**

Die Fritzbox ist wohl der populärste Router in Deutschland. Etliche Internet-Provider versuchen mit der Zugabe einer Fritzbox Kunden zu locken und vermutlich war jeder schon selbst mit dem WLAN einer Fritzbox verbunden. Zu der Popularität hat auch das Betriebssystem FritzOS beigetragen, dass Hersteller AVM langfristig pflegt und wofür es regelmäßig Updates veröffentlicht. Ein größeres Update steht nun bevor und soll unter der Versionsnummer FritzOS 7.50 erscheinen. Es bietet unter anderem VPN über das moderne WireGuard-Protokoll an. Zudem lassen sich VPN-Verbindung sowohl über WireGuard als auch über das alte IPSec endlich auch per IPv6 aufbauen. Die c't-Redakteure Dušan Živadinović und Ernst Ahlers haben die Beta-Versionen aus dem Fritz-Labor unter die Lupe genommen. Im c't uplink stellen sie die neuen Funktionen vor, erklären Messwerte, die sie ermittelt haben und bieten Orientierung bei der Fritzbox-Modellpalette. Gemeinsam mit Moderator Keywan Tonekaboni sprechen sie aber auch über Alternativen zum AVM Router und was man beachten sollte, wenn man selbst die Labor-Version des FritzOS testen möchte. Mit dabei: Dušan Živadinović, Ernst Ahlers und Keywan Tonekaboni **SPONSOR-HINWEIS** Dieser Podcast ist gesponsert von msg. Bei msg treibst Du als Spezialist (m/w/d) im Software-Engineering oder IT-Consulting die digitale Transformation ganzer Branchen voran. Entdecke spannende IT-Jobs, beste individuelle Entwicklungsmöglichkeiten sowie flexible Arbeitszeiten mit Überstundenausgleich für deine gesunde Work-Life-Balance! Mehr Infos auf: karriere.msg.group **SPONSOR-HINWEIS ENDE**

In this episode of IPv6 Buzz, Ed, Scott, and Tom speak with XiPeng Xiao, the new chair of the IETF v6ops working group. We discuss the lastest work in IPv6 at the IETF, whether the IETF should have a role in promoting v6 in the enterprise, and more. The post IPv6 Buzz 112: What’s New With IPv6 At The IETF? appeared first on Packet Pushers.

In this episode of IPv6 Buzz, Ed, Scott, and Tom speak with XiPeng Xiao, the new chair of the IETF v6ops working group. We discuss the lastest work in IPv6 at the IETF, whether the IETF should have a role in promoting v6 in the enterprise, and more. The post IPv6 Buzz 112: What’s New With IPv6 At The IETF? appeared first on Packet Pushers.

If you already know that when a computer goes online, it has an IP address - whatever that may be - then you are half way to decoding the mysterious acronym IPV6. The other half is easy: V6 is “version 6”. You may even have more familiarity with IP than you had realised if you are vaguely aware of TCP/IP - which is the way computers communicate, through “Transmission Control Protocol/Internet Protocol”. So, yes, IP is “internet protocol” - not to be confused with IP as in “intellectual property”, the main difference being that the latter provides far more work for lawyers than the computer kind.I was lucky enough to have an explanation of IPV6 on this week's CoinGeek Conversations from Alessio Pagani, a Senior Researcher at nChain, the London blockchain development company. Dr Pagani also has a PhD in Information Technology and is an IMI (Institute of Mathematical Innovation) Industrial Fellow at the University of Bath. Alessio explained that although IPV6 has been around for decades, most networks still use IPV4 - version four. (The other versions - 1, 2, 3 and 5 - which nobody has ever heard of, were test versions and never extensively used.)IPV4 has worked well ever since it was developed in the 1970s. But Alessio says that a problem is emerging that was not foreseen back then: the IP address format relies on a 32 bit address - in other words, 2 multiplied by 2 32 times, which produces 4.3 billion possible addresses. And that's just not enough for today's connected world:“We are seven billion on this planet. We have a lot of IoT devices. I read recently a report saying that by 2025 we will have more than 30 billion devices connected to the internet. If you think about smart watches, you think about TVs, everything is now connected to the internet. The problem is that we don't have enough space for that. So we need a larger address space.”And that's where IPV6 comes in, with a vastly increased capacity: “This could be done with IPV6. Now we have 128 bits, which means 340 trillion, trillion, trillion addresses.”Unfortunately, changing to IPV6 isn't just a question of flipping a switch, since new network hardware is required, which is expensive to buy and to install. Whilst there are good reasons for networks and businesses to switch to IPV6, nChain is interested because of the additional features it can offer for Bitcoin SV businesses - allowing direct micropayments between users in a way that was not completely secure on IPV4: “In the first node software implementation, there was actually a feature called IP to IP payments. Then this was removed because it was not safe. There were some techniques to steal payments and now we are trying to re-enable it, thanks to IPV6. There are some tricks to send payments using IPV4 …the problem is that this is not efficient. This could pose some security issues, so it's not easy to do it on IPV4. That's why we are focusing on IPV6.”In that sense, IPV6 allows Bitcoin to fulfill its original vision, as headlined in the White Paper, which was headlined: Bitcoin: A peer-to-peer electronic cash system.       

Tonight on GeekNights, after a surprisingly long hiatus between Rym going to Europe for work and Rym & Emily biking 480 miles across the state of New York, we talk a bunch about IPv6 woes with Intel NICs, and happenings in the street before we get to the news that companies shouldn't spy on their employees, and the GTX 4090 is coming. Eventually, we talk a bit about web scraping and why it is noble and just.

What's the state of IPv6 in the public cloud? What support is available in which of the major providers? What are the cloud challenges of v6? How does v6 affect multi-cloud architectures? The latest episode of the IPv6 Buzz podcast examines these and other v6 questions for public cloud. The post IPv6 Buzz 111: IPv6 And The Public Cloud appeared first on Packet Pushers.

What's the state of IPv6 in the public cloud? What support is available in which of the major providers? What are the cloud challenges of v6? How does v6 affect multi-cloud architectures? The latest episode of the IPv6 Buzz podcast examines these and other v6 questions for public cloud. The post IPv6 Buzz 111: IPv6 And The Public Cloud appeared first on Packet Pushers.

On today's IPv6 Buzz podcast we explore DHCPv6 Option 108. Option 108 basically allows a DHCP server to use IPv4 to contact a host and tell that host to disable its IPv4 stack and switch to IPv6-only. In other words, you're using IPv4 to turn off IPv4. We examine the use cases for this peculiar capability. The post IPv6 Buzz 110: The Peculiar Power Of DHCPv6 Option 108 appeared first on Packet Pushers.

On today's IPv6 Buzz podcast we explore DHCPv6 Option 108. Option 108 basically allows a DHCP server to use IPv4 to contact a host and tell that host to disable its IPv4 stack and switch to IPv6-only. In other words, you're using IPv4 to turn off IPv4. We examine the use cases for this peculiar capability. The post IPv6 Buzz 110: The Peculiar Power Of DHCPv6 Option 108 appeared first on Packet Pushers.

  IT & Telecom the Backbone of the Bitcoin Network   In this episode Jon talks with IT expert @SalGood HODL about the backbone of the Bitcoin network, the global telecommunications network. Jon and Sal cover the history of telecommunications and information technology and its journey from telegraph to the infinitesimally complicated network of fiber, copper/aluminum, and satellites that comprise the internet.    They discuss the organizations the govern or run the internet like: ICANN (Internet Corporation for Assigned Names and Numbers) a non-profit based in California, IANA (Internet Assigned Numbers Authority) run/owned by ICANN who are responsible for allocation of IP addresses and Autonomous System Numbers, root domain name system and top-level domains. Jon & Sal describe the Regional Internet Registry. They are the 5 regional organizations around the globe that facilitate the allocation of IP addresses and ASNs to local registries and ISPs. RIRs are independent of ICANN and supervised/guided by the Number Resource Organization, which is an unincorporated international organization. The 3-Tier ISP system is covered by Sal. The 3-Tier ISP system consists of  Tier I — backbone providers who own/operate high speed/bandwidth, multi-continent networks, transoceanic cabling and do not pay or charge data transit fees with their like-peers. Tier 2 — Typically regional/national ISPs pay for transit and peering with tier I and tier 2 providers, customers are typically large organizations and tier 3 ISPs. Tier 3 — Primarily engaged in providing Internet access to consumers and businesses in localized areas, they pay access and transit from tier 2 providers. IPv4 address space are described. An IPV4 looks like AAA.BBB.CCC.DDD where each block can be a number between 0-255 there are 232 total addresses, roughly 4.2 billion addresses. Nearly 600 million are reserved, so about 3.7 billion usable on the Internet and nearly 100% are already allocated globally.  The IPv6 address space looks very complex. It uses hexadecimal notation 0-9+A-F, blocks of zeros can be omitted 2 28 total addresses. If you assumed each star had 10 planets, each galaxy had 100 billion stars, and the universe had 100 billion galaxies, there would be roughly 3.4 quadrillion (1000 trillion's) IPv6 addresses for each planet. What makes the Internet? Layers like in a cake or maybe the Taco Bell 7-Layer Burrito. l . TCP/IP Model — Less complex than OSI l. Network Connection Layer 2, Internet Layer 3. Transport Layer 4, Application Layer 2. OSI Model — 7 layers, breaks TCP/IP layers into more parts l. Network Connection Layer —+ Physical layer and Data Link Layer Internet Layer —9 Network Layer Transport Layer —+ Transport, Session and Presentation Layers 4, Application Layer —+ Application Layer Sal describes how systems and applications communicate by laying out the Application Layer Protocols. Like spoken languages, these protocols have grammar rules; a vocabulary that create standards to convey meaning between parties. Different protocols are optimized for purpose specific communications. Bitcoin is protocol optimized for secure communication of value between parties.   Show guest   twitter - @SalGoodHODL twitter - @JonPDiGiacomo   twitter - @MaxBitbuybit twitter - @bitbuybitpod Website - https://ungovernablemisfits.com       As always please feel free to reach out and ask me any questions.   Today you can exchange $1 for 4785 Sats (Sale ends soon.)   Thank you Foundation Devices for sponsoring the show.  Use code BITBUYBIT at check out for $10 off your purchase    

In this episode of the IPv6 Buzz podcast, Ed, Scott, and Tom talk about microsegmentation with IPv6 and what the IT use cases look like. The post IPv6 Buzz 109: Microsegmentation With IPv6 appeared first on Packet Pushers.

In this episode of the IPv6 Buzz podcast, Ed, Scott, and Tom talk about microsegmentation with IPv6 and what the IT use cases look like. The post IPv6 Buzz 109: Microsegmentation With IPv6 appeared first on Packet Pushers.

Debian's firmware future is up for debate, Pine64 teases a RISC-V SBC, and some of your favorite tools just got new tricks.

Today's episode covers three remediation-focused topics that kind of grind my gears and/or get me frustrated with myself. I'm curious for your thoughts on these, so reach out via Slack or Twitter and maybe we'll do a future live stream on this topic. How do you get clients to actually care when we explain the threats on their network that are a literal 10/10 on the CVSS scale? Password policies - they're not just as easy as "Have a password of X length with Y complexity." Fixing the various broadcast traffic and protocol issues that give us easy wins with Responder and mitm6 - it's more nuanced than just "Disable LLMNR/NETBIOS/MDNS and shut off IPv6." This article discusses these challenges in more detail.

In this IPv6 Buzz episode, we with George Michaelson of APNIC about IPv6 in the Asia Pacific region (and beyond). Topics include how mobile drives IPv6, regional variations in adoption, and what's going on with IPv6 in China. The post IPv6 Buzz 108: IPv6 In The Asia Pacific Region appeared first on Packet Pushers.

In this IPv6 Buzz episode, we with George Michaelson of APNIC about IPv6 in the Asia Pacific region (and beyond). Topics include how mobile drives IPv6, regional variations in adoption, and what's going on with IPv6 in China. The post IPv6 Buzz 108: IPv6 In The Asia Pacific Region appeared first on Packet Pushers.

We don't often do a post-mortem on the development and deployment of new protocols ... but here at the Hedge we're going to brave these deep waters to discuss some of the lessons we can learn from the development and deployment of IPv6, especially as they apply to design and deployment cycles in the "average network" (if there is such at thing). Join us as James Harr, Tom Ammon, and Russ White consider the lessons we can learn from IPv6's checkered history.

In this episode, Ed and Tom talk with Nick Buraglio about ongoing efforts within the IETF to improve ULA. Nick is co-author of the IETF draft "Unintended Operational Issues With ULA" and recently presented at IETF 114 in Philadelphia. The post IPv6 Buzz 107: IPv6 Unique Local Addresses (ULA) At IETF 114 appeared first on Packet Pushers.

On The Cloud Pod this week, the team discusses why Ryan's yelling all day (hint: he's learning). Plus: Peter misses the all-important cloud earnings, AWS Skill Builder subscriptions are now available, and Google Eventarc connects SaaS platforms.  A big thanks to this week's sponsor, Foghorn Consulting, which provides full-stack cloud solutions with a focus on strategy, planning and execution for enterprises seeking to take advantage of the transformative capabilities of AWS, Google Cloud and Azure. This week's highlights

In this episode, Ed and Tom talk with Nick Buraglio about ongoing efforts within the IETF to improve ULA. Nick is co-author of the IETF draft "Unintended Operational Issues With ULA" and recently presented at IETF 114 in Philadelphia. The post IPv6 Buzz 107: IPv6 Unique Local Addresses (ULA) At IETF 114 appeared first on Packet Pushers.

IPv6 is still being deployed, years after the first world IPv6 day, even more years after its first acceptance as an Internet standard by the IETF. What is taking so long? George Michaelson (APNIC) joins Tom Ammon and Russ White on this episode of the Hedge to discuss the current pace of IPv6 deployment, where there are wins, and why things might be moving more slowly in other areas.

Regional Internet Registries (RIRs) assign and manage numbered Internet resources like IPv4 address space, IPv6 address, and AS numbers. If you ever try to get address space or an AS number, though, it might seem like the policies the RIRs use to determine what kin and scale of resources you can get are a bit arbitrary (or even, perhaps, odd). Aftab Siddiqui joins Russ White and Tom Ammon to explain how and why these policies are set the way they are.

In this IPv6 Buzz podcast episode Ed, Scott, and Tom--with tongues firmly in cheek---discuss some of the ways to avoid or put off IPv6 adoption until you can retire. The post IPv6 Buzz 106: How To Retire Before You Have To Deploy IPv6! appeared first on Packet Pushers.

In this IPv6 Buzz podcast episode Ed, Scott, and Tom--with tongues firmly in cheek---discuss some of the ways to avoid or put off IPv6 adoption until you can retire. The post IPv6 Buzz 106: How To Retire Before You Have To Deploy IPv6! appeared first on Packet Pushers.

Pre-show: Air conditioners, memories, and house veins Mini-split Follow-up: M2 MacBook Air [also] thermal throttles Jason’s review You should probably subscribe to 6C, too The Verge Gruber’s review Ars Technica’s review John’s Mac Studio safety straps M2 has Ultra-Wideband Chip? Default destination for Messages Apple Jann Gobble IPSec is not mandatory for IPv6 (via Brian Petersen) Wikipedia Squozen AirPlay & Touch Bar network problems Mnpn Writeup Apple Patents Dual “Pro Stand” Casey’s stand EU may mandate USB-C on all devices, including iPhones Go Pack mophie 3-in-1 travel charger with MagSafe Proposal Q&A #askatp How do we manage mail notifications on our devices? (via Michael Chan) Mimestream Swift Mail (for Fastmail/JMAP) How do we backup our photos/videos? (via Don Clark) Do we think macOS will bloat enough to make Apple Silicon seem slow? (Nitesh Singh) Why does John say “program” from time to time? (via William Reynish) SwitchGlass How does a current-whippersnapper pick a decent custom domain for email? (via Fletcher O’Connor) Casey’s Fastmail referral code How does John prepare the way for a Mac to enter cold storage? (via Dave Braasch) Post-show: Sponsored by: Trade Coffee: Incredible coffee delivered fresh from the best roasters in the nation. Get $30 off your first order. RevenueCat: In-app subscriptions made easy. Squarespace: Make your next move. Use code atp for 10% off your first order. Become a member for ad-free episodes and our early-release, unedited “bootleg” feed! Become a member!

In this episode, the IPv6 Buzz crew talk about IPv6 transition technologies – especially NAT64/DNS64 – and what design considerations come into play when deploying them. The post IPv6 Buzz 105: IPv6 Transition Technology Design Considerations appeared first on Packet Pushers.

The podcast opens up with Alper introducing himself, LoRa Alliance, and the importance of having an alliance in a space like this. The conversation then turns to the tech, with Alper discussing the feature of LoRaWAN and what makes it unique in the connectivity space. Ryan and Alper also discuss the different types of networks in LoRa, a few of the current challenges in the industry, and details about the upcoming LoRaWAN World Expo.Alper is a technology architect involved in the research, design, standardization, and productization of IoT and mobile technologies. He currently serves as the VP of Advanced Technology Development at Actility, the leading system vendor in the IoT LP-WAN field, and Vice-Chairman of the BoD and Chairman of the Technical Committee at the LoRa Alliance. Before his current post, he worked for Samsung Electronics Research Center, leading the 5G IP mobility, 4G WiMAX security, and ETSI M2M security design projects. During his tenure at Samsung, DoCoMo USA Labs, and Sun Microsystems, he contributed to the design and standardization of networking technologies, including Mobile IP, IPv6, and Zigbee IP. In contributor and committee capacities, he has been actively involved in international standards organizations such as IETF, 3GPP, ETSI, LoRa Alliance, Zigbee Alliance, and WiMAX Forum. In addition to global R&D engagements, he is also driving the formation of the IoT R&D ecosystem in Turkey as the founder of the "Nesnelerin Interneti Toplulugu (IoTxTR)." He is on the Industry Advisory Board of Bogazici University Computer Engineering Department, where he has also started an IoT course jointly with the faculty.

In this IPv6 Buzz episode we talk about the benefit of IPv6 connectivity when IPv4 fails. We examine the types of IPv4 failures, how IPv6 behaves during IPv4 failure, application dependencies, and more. The post IPv6 Buzz 104: IPv6 For Redundancy When IPv4 Fails appeared first on Packet Pushers.

In today's IPv6 Buzz podcast episode, Ed, Scott, and Tom chat about the recent 10th anniversary of World IPv6 Launch, the global event that kickstarted IPv6 adoption back in 2012. The post IPv6 Buzz 103: Celebrating The 10th Anniversary Of World IPv6 Launch appeared first on Packet Pushers.