Podcasts about software defined networking sdn

Imagine trying to manage a city's traffic without traffic lights or road signs. Chaotic, right? This is what traditional networks often feel like: rigid, overly complex, and frustrating to deal with. As your business grows and technology keeps evolving, you need a smarter, more adaptable way to manage your network. That's where Software Defined Networking (SDN) comes in, changing the game and making network management much easier.

Send us a textUnlock the secrets of cybersecurity mastery with Sean Gerber as we embark on a journey through Domain 4 of the CISSP exam. Ever wondered how AI could transform the chaotic world of Security Operations Centers (SOCs)? Discover the potential of artificial intelligence to streamline alert management and enhance detection efficiency, a much-needed solution for the 60% of SOC professionals swamped by alert overload. Stay ahead of the curve by understanding the rapid rise of AI startups and the strategic importance of future investments in SOC capabilities.Venture into the realm of Voice over IP (VoIP) and unravel the intricacies of RTP and SRTP protocols that power real-time communication. Learn how these protocols ensure optimal data transmission while safeguarding against common threats like phishing and session hijacking. Dive into the revolutionary shift from traditional PSTN to VoIP, and explore the role of converged protocols like MPLS that simplify network integration. With a focus on security enhancements, this episode offers vital insights into maintaining robust communication systems in the face of evolving threats.Explore advanced networking concepts like Software-Defined Networking (SDN) and network virtualization, which are reshaping data transfer efficiency. Delve into wireless encryption protocols, including the transformative WPA3, and emerging technologies such as Li-Fi and Zigbee. Addressing cellular network encryption challenges with LTE communications, we provide a comprehensive guide to navigating the ever-evolving landscape of wireless standards. Wrap up your cybersecurity education with a spotlight on CISSP Cyber Training resources, designed to support your certification journey and contribute to a meaningful cause.Gain access to 60 FREE CISSP Practice Questions each and every month for the next 6 months by going to FreeCISSPQuestions.com and sign-up to join the team for Free. That is 360 FREE questions to help you study and pass the CISSP Certification. Join Today!

Information-Centric Networking (ICN) ist neben Software-Defined Networking (SDN) eine der nennenswerten Innovation im Networking-Bereich. Während es bei SDN um die Steuerung und Programmierbarkeit von Netzen auf der Basis bestehender Technologien geht, stellt ICN wirklich einen neuen architekturellen Ansatz auf Kommunikationsebene dar. Bei vielen relevanten Anwendungen im Internet, wie z.B. Video-Streaming, Video-Conferencing und im Internet of Things, steht das ursprüngliche Ziel der "Ende-zu-Ende-Kommunikation" auf der Basis von IP-Adressen nicht mehr im Vordergrund. Demzufolge sind die verwendeten IP-Adressen in der Regel nicht die Adressen der eigentlichen Endpunkte, sondern ermöglichen viel mehr nur die Erreichbarkeit von Proxies, Gateways, Load Balancers usw. Auf der Anwendungsebene arbeiten viele Anwendungen eher nach dem Prinzip "Zugriff auf benannte Daten", wie z.B. Video-Segmente bei Adaptive Streaming über HTTP. Woher, insbesondere von welche IP-Adresse diese Daten kommen ist kaum von Interesse. Da das Internet aber nach wie vor auf IP basiert, kann diese Art der Kommunikation nur in Overlays erfolgen. Für neue Anwendungen, wie z.B. Fussball-Live-Übertragungen über das Internet ist daher eine komplexe und kostenintensive CDN-Infrastruktur erforderlich, die einen Multicast-ähnlichen Dienst ermöglicht. Bei ICN geht es darum, diese Mainstream-Anwendungen besser zu unterstützen, in dem das Netz den Zugriff auf benannte Daten direkt ermöglicht. Mit einer entsprechenden Sicherheitsarchitektur (Authentisierung und Verschlüsselung der Daten), wird es auf einmal irrelevant, von wo die Daten geliefert werden (von welchem Server, Cache oder Peer im Netz). Ein solches Netz würde daher gerade Multidestination-Verteilung direkt unterstützen und auch neuen Anwendungen wie Metaverse und verteilte Datenverabeitung für IoT-Anwendungen auf eine neue Ebene stellen. In dieser Folge diskutieren wir den ICN-Ansatz, die damit verbundenen Chancen und Herausforderungen und geben einen Ausblick in die Zukunft des Internets. Mehr zu Neulich im Netz auf https://www.neulich-im.net/ music by scottholmesmusic.com Quellen: Information-Centric Networking Research Group der Internet Research Task Force, ACM ICN-2022 Highlights, 9th ACM Conference on Information-Centric Networking, Unlocking REST with Information-Centric Networking, A new Delay Tolerant Networking Architecture for LoRa, Named Data Networking (NDN), Cisco: Mobile Video Delivery with Hybrid ICN, Verizon Completes Successful Test of Cisco's Hybrid Information-Centric Networking in its Network, Cisco Advances Open-Source Hybrid Information-Centric Networking for 5G --- Send in a voice message: https://podcasters.spotify.com/pod/show/neulich-im-netz/message

Overview of Access Control & Zero Trust concepts, specifically with system to system & user to system access. Ideal outcomes for micro-segmentation using software defined networking (SDN) include: Reduced costs for management Reduced costs for licensing Reduced costs for hardware Increased security and control of accesses across end-points, users, and systems --- Support this podcast: https://anchor.fm/cisolife/support

Software-Defined Networking (SDN) wird oft als eine weitreichende Umwälzung im Internet beschrieben, an der wir beide nicht ganz unbeteiligt waren. In dieser Episode von Neulich im Netz analysieren wir die technische Motivation und ökonomischen Triebkräfte bei der Entwicklung und Adoption von OpenFlow – der SDN-Kerntechnologie – und erläutern die grundlegenden Prinzipien, Vorteile und mögliche Probleme. Hat SDN, und OpenFlow insbesondere, die Versprechungen gehalten? Wir werden diese Technologien heute eingesetzt und wer sind die treibende Kräfte? Diese und weitere Fragen diskutieren wir in dieser Folge von Neulich im Netz. Mehr zu Neulich im Netz auf https://www.neulich-im.net/ music by scottholmesmusic.com Quellen: Martin Casado, Michael J. Freedman, Justin Pettit, Jianying Luo, Nick McKeown, and Scott Shenker. 2007. Ethane: taking control of the enterprise. SIGCOMM Comput. Commun. Rev. 37, 4 (October 2007), 1–12, Martín Casado, Nick McKeown, Scott Shenker; From Ethane to SDN and Beyond; ACM SIGCOMM Computer Communication Review Volume 49 Issue 5, October 2019, Nick McKeown, Tom Anderson, Hari Balakrishnan, Guru Parulkar, Larry Peterson, Jennifer Rexford, Scott Shenker, and Jonathan Turner. 2008. OpenFlow: enabling innovation in campus networks. SIGCOMM Comput. Commun. Rev. 38, 2 (April 2008), 69–74, NEC ProgrammableFlow Video, NEC Software-Defined Networking, TCAM (Assoziativspeicher), Open Networking Foundation, Cisco Software-Defined Networking, OpenDaylight Project, Google Cloud using P4Runtime to build smart networks, Facebook FBOSS: Building switch software at scale and in the open, Deutsche Telekom's Access 4.0 platform goes live, Open Compute Project, P4, Einblendungen: https://www.youtube.com/embed/4kno-X49QoM --- Send in a voice message: https://podcasters.spotify.com/pod/show/neulich-im-netz/message

Software-Defined Networking (SDN) has come a long way since its inception in 2009 (check out MIT's review on this). Today, SDN is poised to become the de facto control and management solution for networks everywhere. This trend toward SDN has been accelerated through the exponential digital transformation of the pandemic with customers now looking to hybrid multi-cloud for answers.Nutanix's SDN journey chartered a new path in 2018 with SDN, launching Nutanix® Flow Security with Microsegmentation then quickly followed with a robust ID Based Firewall and Security Planning solution. These were the first pillars of our SDN vision.Fast-following Flow Security, Nutanix implemented the second key pillar of SDN: Network Virtualization, or as Nutanix calls it, Flow Networking™. First introduced to provide secure multi-tenant network virtualization in Nutanix's managed Disaster-Recovery-as-a-Service (or DRaaS) offering, Flow Networking quickly evolved for on-premise Nutanix customers, becoming available for Early Access following its announcement soon after .NEXT 2020.Host: Harvey GreenCo-Host: Jirah CoxCo-Host: Andy Whiteside

Nick McKeown, Professor of Electrical Engineering and Computer Science at Stanford University, stops by the Heavy Networking podcast to speculate on the future of networking. Professor McKeown has been a force behind the Software Defined Networking (SDN) movement and has co-founded successful startups including Nicira and Barefoot Networks.

Nick McKeown, Professor of Electrical Engineering and Computer Science at Stanford University, stops by the Heavy Networking podcast to speculate on the future of networking. Professor McKeown has been a force behind the Software Defined Networking (SDN) movement and has co-founded successful startups including Nicira and Barefoot Networks.

Nick McKeown, Professor of Electrical Engineering and Computer Science at Stanford University, stops by the Heavy Networking podcast to speculate on the future of networking. Professor McKeown has been a force behind the Software Defined Networking (SDN) movement and has co-founded successful startups including Nicira and Barefoot Networks.

Nick McKeown, Professor of Electrical Engineering and Computer Science at Stanford University, stops by the Heavy Networking podcast to speculate on the future of networking. Professor McKeown has been a force behind the Software Defined Networking (SDN) movement and has co-founded successful startups including Nicira and Barefoot Networks. The post Heavy Networking 582: The Future Of Networking With Nick McKeown appeared first on Packet Pushers.

Nick McKeown, Professor of Electrical Engineering and Computer Science at Stanford University, stops by the Heavy Networking podcast to speculate on the future of networking. Professor McKeown has been a force behind the Software Defined Networking (SDN) movement and has co-founded successful startups including Nicira and Barefoot Networks. The post Heavy Networking 582: The Future Of Networking With Nick McKeown appeared first on Packet Pushers.

Nick McKeown, Professor of Electrical Engineering and Computer Science at Stanford University, stops by the Heavy Networking podcast to speculate on the future of networking. Professor McKeown has been a force behind the Software Defined Networking (SDN) movement and has co-founded successful startups including Nicira and Barefoot Networks. The post Heavy Networking 582: The Future Of Networking With Nick McKeown appeared first on Packet Pushers.

On this Constellations podcast, the focus will be on Microsoft’s recent announcement of their Ground Station as a Service (GSaaS) offering “Azure Orbital” and what it means for the satellite industry. Azure Orbital is Microsoft’s managed service that is designed to deal with the growing flood of data for Earth Observation and Internet of Things applications. The managed service lets users communicate to, control their satellite, process data and scale operations directly in Microsoft Azure. Microsoft’s GSaaS takes a very different approach compared to traditional ground systems. Azure Orbital leverages key technologies such as virtualization, Software-Defined Networking (SDN), and cloud computing to enable customers to automate and scale operations across the globe. On this podcast Nora Zhan, Product Manager for Microsoft discusses Azure Orbital. She is involved in Azure Space, Satellites and Ground Stations and in bringing this new platform to market to provide satellite connectivity.

I recently caught up with Rupesh Chokshi, Assistant Vice President, Edge Solutions Product Marketing Management at AT&T Business, to discuss the latest news, trends and offerings from AT&T Business around Edge, Software Defined Infrastructure ( SDI ), Software Defined Networking ( SDN ), network function virtualisation (NFV) and SD-WAN technologies and much more. Rupesh leads the Enterprise Edge product marketing team for AT&T Business which focuses on product management, strategy and business development. He manages a significant global portfolio of market-leading, innovative technology solutions. We look at how the AT&T Business "Enterprise Edge" team are transforming services and networks using software-defined networking (SDN), network function virtualisation (NFV) and SD-WAN technologies. Rupesh shares with us insights around work AT&T has done as they have invested in the development of world leading software-based solutions at the edge to create value for customers that are agile and scalable. These solutions encompass SDN, NFV, SD-WAN, 5G, voice over internet protocol (VoIP) and IoT. Rupesh then continues with key insights around how Software Defined Infrastructure ( SDI ) & Software Defined Networks ( SDN ) have changed the landscape of Wide Area Networks. We also cover the AT&T Business portfolio of WAN & Edge services & solutions, and in particular, where SD-WAN sits within the portfolio of services AT&T Business currently offers: Next we delve into how these elements become the connective fabric enabling companies to move their workloads virtually seamlessly, reduce complexity, foster innovation and deliver on the promise of digital transformation. This is exactly what our customers are asking for and why networks matter in today’s edge to edge world. Also discussed is the key topic of virtualisation and flexible networking in the world of today’s Telco’s & CSP’s, and what the key benefits SD-WAN offers are, and how it transforming how businesses leverage flexible virtual networking. Specifically the primary value proposition of SD-WAN solutions which is to enable enterprises to intelligently and connect with high security any site to any cloud at scale - Rupesh outlines how the first generation, deployments were focused on delivery of agile WAN connectivity, increasing reach while decreasing operational complexity. Now, customers are expecting more – they want to use SD-WAN to deliver a range of IT services with high end-to-end security. We then look at the challenges CXO’s face looking to use SD-WAN across their business, and how they should businesses be incorporating SD-WAN into their networking & technology strategies. We wrap up with Rupesh sharing his thoughts around what's over the horizon for the next 12 to 18 months in what is one of the most challenging periods of human history for the last 100 years. Tune in now for all of these amazing topics and more. This podcast was made in partnership with AT&T Business. For more information please visit: http://bit.ly/attedgesolutions #sponsored #attinfluencer .

  Episode In this episode, we talk with Andy Kennedy, a veteran in the industry and an expert in compliance. We cover a lot of areas from Google Cloud, Continous Compliance and how to make security work in an organization. The podcast is brought you by the generosity of NSC42 Ltd, your cybersecurity partner. Cybersecurity is a complex and different for every organization, and you need the best-tailored service to make sure your customer's data is safe and sound so that you can focus on what's important, focusing on your clients and bringing the best and safest experience. 
NSC42 Ltd can help you during your cloud transformation, cybersecurity assessment for your compliance checklist on-premises and on the cloud. Want to know more? Visit www.nsc42.co.uk to get your free quote.   BIO: Andy is focused on assisting clients to embrace a security-oriented culture through the application of cloud services as part of their digital transformation journey. Areas of specific interest are cloud security and data anonymisation/management solutions for big data and machine learning use cases. Based in the UK, his background and experience centre around Information Security, Software Defined Networking (SDN) and Network Function Virtualisation (NFV). Joining Google in 2017, Andy has more than 20 years of industry experience, including UK & EMEA-level management roles at VMware and Zscaler, as well as technical roles at Nicira (VMware), Juniper Networks, NetScout Systems and Goldman Sachs. Twitter: @packetdiscards Email: packetdiscards@google.com.   Francesco is an Executive, Public Speaker, out of the box thinker. Francesco is the Executive director of NSC42 Ltd a UK based cybersecurity consultancy. As an executive, he loves to stay close to the technology but to keep it simple. Francesco is data and result-driven Cyber Security Executive/vCISO highly regarded for planning and executing strategic infosec improvement programs that protect data and technical assets, reduce security risks, and align with long-term organisational goals. Francesco held a number of strategic position ranging from Head of Application Security to Head of Security Architecture. Extensive experience with implementing security across multi-cloud providers (Amazon AWS, Microsoft Azure, Google Cloud). Francesco defines himself as driven to elevate the cybersecurity world one organization at a time, embracing an innovative approach to application security to protect the engineering environment. Recognized as a motivational, influential leader who guides high-performing teams to deliver projects on time and exceeding quality expectations, while instilling a culture of best practices and collaboration. Builds lasting relationships with board members and C-level executives. Delivers education and training to members at all levels of an organisation, building awareness for security initiatives while fostering a common security purpose. Internationally renowned public speaker, with multiple interviews in high-profile publications (eg. Forbes), and an author of numerous books and articles, who utilises his platform to evangelise the importance of cloud security and cutting-edge technologies on a global scale.   Social Media Links Follow us on social media to get the latest episodes: Website: www.cybersecuritycloudpodcast.com You can listen this podcast on your favourite player: Itunes: https://podcasts.apple.com/gb/podcast/the-cyber-security-cloud-podcast-cscp/id1516316463 
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In this episode we welcome Nicolas Thomas, an NFV pioneer at Fortinet to educate us on everything related to Software Defined Networking (SDN) and Network Function Virtualization (NFV). We look at the changes the industry has gone though and how these upcoming new standards are changing how corporations and consumers experience their globally connected environment. Please use the Contact Form on this blog or our twitter feed to send us your questions, or to suggest future episode topics you would like us to cover.

In this episode we welcome Nicolas Thomas, an NFV pioneer at Fortinet to educate us on everything related to Software Defined Networking (SDN) and Network Function Virtualization (NFV). We look at the changes the industry has gone though and how these upcoming new standards are changing how corporations and consumers experience their globally connected environment. Please use the Contact Form on this blog or our twitter feed to send us your questions, or to suggest future episode topics you would like us to cover.

Software-defined networking (SDN) is an approach to create a centrally controlled programmable packet network. Any protocols with the same approach could be considered as SDN as well.For open protocols, we have one popular standard protocol “OpenFlow” talking among the central controllers to all managed networking devices. Open Network Foundation (ONF) defines OpenFlow protocol.In fact, vendors also have developed proprietary protocols to implement this same approach. For example, Cisco’s ACI is a proprietary SDN solution.Here I summarize 3 most probable scenarios when we deploy SDN.Scenario 1: Open protocol, open multiple vendorsSince OpenFlow protocol from ONF is open, any vendors can develop inter-operable software and hardware products. For enterprise customers, the first natural approach is to buy from multiple networking venders.For example, controllers from vendor A, some switches from vendor B, some routers from vendor C, and so on and so forth.The most obvious benefit of this scenario is lower buying cost. Enterprises can buy any compatible networking products from any vendors in the market with the lowest price. White-brand, or no-brand vendors have opportunities to compete on price against existing networking vendors.However, only the buying cost is lower. We also must consider other costs to build and maintain a working network. Integration of software and hardware itself is a heavy project.When we already have a capable team of hardware and software integration, we can work comfortably with this approach. If we simply don’t have such a “Tiger Team”, or we are just about to create a team from scratch, this scenario could be difficult and costly. It could cancel out all benefits of lower buying cost.Scenario 2: Open protocol, one major vendorSome vendors are capable to provide all components for OpenFlow. For example, Cisco. In this scenario, basically we buy controllers and network devices from single major vendor. For less important areas, we buy some from other venders in the market.In this approach, we might have higher buying costs. Because we now have a major vender, we can gain better support from that major vendor. We can also achieve less integration cost because our team have fewer combinations of products to experiment and integrate with. We don’t need a huge team like previous scenario.I am more familiar with Cisco. Let me summarize what Cisco can provide for OpenFlow.“Cisco Open SDN Controller” is OpenFlow protocol controller. The software is a commercial distribution of OpenDaylight by OpenDaylight open source project. This software is packaged as a virtual machine format.In addition, Cisco’s Nexus 3000 and 9000 family switches can run “Cisco OpenFlow Agent” inside to become OpenFlow switches so they can be controlled by standard OpenFlow controllers.We can deploy OpenFlow by simply selecting all components from Cisco. Because OpenFlow protocol is open, we also have the flexibility to add non-Cisco but OpenFlow compatible devices.Scenario 3: Close protocol, one vendorSome vendor can provide all features and benefits of “centrally controlled programmable packet network”, with proprietary protocol. For example, again, Cisco.Cisco’s Application Centric Infrastructure (ACI) is Cisco’s proprietary SDN solution. With Cisco’s ACI, we can achieve even more than OpenFlow such as:Device managementBetter integration with non-networking devices such as Layer 7 switches and stateful firewallsBetter programmer-friendly abstraction instead of VLANs and subnets.In this scenario, we have the highest buying cost and we are locked into single vendor. However, we have the lowest integration cost and we now have full support from that single vendor. We only need an even smaller support team and concentrate all resources on using the network instead of experimenting interoperability among vendors.One more thing…Winter flowers near Taoyuan High Speed Rail Station.SDN is a promising approach for next generation networking. Programmable network indeed is the foundation for network automation.On the other hand, I don’t think it fits well for all types and sizes of customers. Let me talk more about who needs SDN in the coming posts.I am Li-Ji Hong. This is my blog “Show IP Protocols”. See you next time!

The innovations in space…. increased satellite capacity and enhanced capabilities are driving teleport operations on the ground to become much more dynamic and agile. Teleport operators are adopting new technologies from cloud to Software Defined Networking (SDN) and exploring a range of business models to meet the changing requirements of a new space world. Ian Jones, the founder, Chief Executive and owner of Goonhilly Earth Station is a highly experienced entrepreneur and innovator in the field of satellite communication systems engineering. He will discuss how he helped transform the world’s most famous teleport on the verge of demolition into a modern operation with a vision of becoming a multi-faceted space hub. Goonhilly today is a highly innovative teleport operation addressing today’s new space environment by forging ahead in a number of commercial and scientific endeavors.

WWT is participating in the Cisco DevNet Create conference on April 24 – 25. DevNet Create focuses on enabling developers, infrastructure and DevOps engineers to write software which integrates with the application programming interfaces (APIs) of Cisco products. WWT’s Joel King is presenting at DevNet Create, and in this episode Joel discusses the importance of the Application Security initiative in Cloud Managed Networks.  In addition, Joel discusses how this process will evolve as networking moves from running on physical hardware to a Software Defined Networking (SDN) future.   WWT at DevNet Create 2019

We will explore the basics of SD-WAN. Let's separate out "SD" and "WAN". Understand the evolution of SDN, What is SDN and the benefits. Support the show (https://www.velocloud.com/sd-wan-resources/podcasts/sd-wan-360)

Most of us in technology know about SD-WAN and SD-Data Center.  Now there is a new solution for Software Defined, SD in the Branch.  WWT Mobility experts Bill Thompson and Dan Huber will tell you what SD-Branch is and how it has evolved from SD-WAN and SD-Data Center.    Bill and Dan also talk about what’s the easiest way to integrate all of our devices together and how to make those complex situations easier to manage, the issues in the network that an SD-Branch deployment can address and the solutions that WWT offer in this new Software-Defined Technology.   Mobility Analytics https://www.wwt.com/all-blog/strategies-for-wireless-location-and-analytics/   Networking https://www.wwt.com/solution/networking/   Software Defined Networking (SDN)  https://www.wwt.com/sdn/

Vincent English, CEO of Megaport talks with JSA TV at ITW'18 about their on-demand scalable connectivity to cloud and network service providers, partnership with Google Cloud, Megaport's ecosystem, and what to expect in the next 6-10 months.Megaport is the leader in global Software Defined Networking (SDN); the Company’s global platform enables customers to rapidly connect their network to other services across the Megaport network.This show is brought to you by Talk 4 Radio (http://www.talk4radio.com/) on the Talk 4 Media Network (http://www.talk4media.com/).

JSA Radio Host Jaymie Scotto Cutaia sits down with the CEO of Megaport, Vincent English at PTC '18 to discuss Megaport's Cloud Router (MCR), predictions for 2018 and more. Megaport is the leader in global Software Defined Networking (SDN); the Company’s global platform enables customers to rapidly connect their network to other services across the Megaport network.This show is brought to you by Talk 4 Radio (http://www.talk4radio.com/) on the Talk 4 Media Network (http://www.talk4media.com/).

This podcast episode walks you through a collection of commands that you can copy/paste into your routers (and possibly switches, depending on which commands you select) during your CCIE lab attempt. As a reference, below is a configuration example, illustrating the commands discussed in this episode: =========================== conf t line con 0 exec-timeout 0 0 logging synchronous exit line vty 0 15 exec-timeout 0 0    logging synchronous exit no ip domain-lookup alias exec src show run | s router       alias exec sib show ip interface brief end =========================== This episode also referenced Kevin's free Software Defined Networking (SDN) video training series, available here: http://kwtrain.com/sdn

For most of 2017, I've been studying Software Defined Networking (SDN) and Network Programming. One of the biggest challenges I had was tying together all of the multiple topics. To simplify these concepts for you, I created what I call my Network Programmability Framework (which is a variant of a Venn diagram). In this podcast episode, I'll walk you through this diagram. However, it might be helpful to have it printed out ahead of time. So, you can download a .PDF of the Network Programmability Framework by visiting: http://bit.ly/netprogframe Also, here are a couple of additional links mentioned in this podcast episode: Fundamentals of Network Programmability Video Training Course: http://kwtrain.com/fnpvideo SDN Free Mini-Course: http://kwtrain.com/sdn  

What is Software Defined Networking (SDN) and how can it help your audio video network? Creating a comprehensive backup and recovery system. Handling the transport of audio and high-resolution video on your network. Video available below Host: Tim Albright Guests: Michael Drainer – Drainer Technologies, Inc. Brad Kult – HGA Links to sources: IT World [...]

What is Software Defined Networking (SDN) and how can it help your audio video network? Creating a comprehensive backup and recovery system. Handling the transport of audio and high-resolution video on your network. Video available below Host: Tim Albright Guests: Michael Drainer – Drainer Technologies, Inc. Brad Kult – HGA Links to sources: IT World [...]

Ciena Corporation is a global manufacturer of communications network equipment and solutions. Many of the world’s largest carriers and service providers have deployed Ciena solutions in their network; including AT&T, BT, Cable & Wireless, CenturyLink, Comcast, France Telecom, Korea Telecom, Sprint, Reliance, Southern Cross, Tata Communications, Telecom Argentina, Telmex, Virgin Media and Verizon. Ciena also counts numerous national research and education networks as customers, as well as enterprises in the healthcare, finance, transportation and retail industries for real-time, latency sensitive applications such as disaster recovery/business continuity, SAN/LAN extension, data center consolidation and grid computing. Specialties Converged Packet-Optical, Packet Networking and Carrier Ethernet, Optical Transport, Software and Services, Data Center Interconnect, Software Defined Networking (SDN), Network Functions Virtualization (NFV), and Cloud Networking I invited Loudon Blair, Senior Director, Corporate Strategy, at Ciena to talk about how we can manage bandwidth killers and continue to force networks to push the boundaries of programmability and intelligence, and whether the technologies underpinning the IoT and VR (particularly the networks) are prepared to handle it        

Learn how the AT&T MPLS VPN with the network of tomorrow’s virtualized network functions and Software Defined Networking (SDN) will help you create and deliver agile workloads for your Enterprise. You’ll also learn how AT&T combines trending viability of open standards-based software for broader network applications. Additionally, you’ll see how the AT&T NetBond API integration with AWS Direct Connect removes the complexity and enables on-demand, private connection within minutes via a self-service portal. AT&T NetBond connects your people, your data, and your business directly to your AWS services. This fast, highly secure, scalable, private network connection increases performance, while improving control and delivering a better ROI for your enterprise applications. Join us for an informative session on how you can enhance your cloud connectivity with AT&T and AWS.

The Network Transformation Video Podcast Series, hosted by Intel’s Jim St. Leger, tackles some of the most pressing challenges and opportunities in transforming the network. This episode covers how open source solutions are changing the networking landscape. Open source has long played a key role in the ongoing evolution of Software Defined Networking (SDN) and […]

The Network Transformation Video Podcast Series, hosted by Intel’s Jim St. Leger, tackles some of the most pressing challenges and opportunities in transforming the network. This episode covers how open source solutions are changing the networking landscape. Open source has long played a key role in the ongoing evolution of Software Defined Networking (SDN) and […]

The Network Transformation Video Podcast Series, hosted by Intel’s Jim St. Leger, tackles some of the most pressing challenges and opportunities in transforming the network. This episode covers how open source solutions are changing the networking landscape. Open source has long played a key role in the ongoing evolution of Software Defined Networking (SDN) and […]

The Network Transformation Video Podcast Series, hosted by Intel’s Jim St. Leger, tackles some of the most pressing challenges and opportunities in transforming the network. This episode covers the case for business transformation for Communications Service Providers (Comms SPs), describing how advances in virtualization and cloud technologies are shifting the landscape. Software Defined Networking (SDN) […]

The Network Transformation Video Podcast Series, hosted by Intel’s Jim St. Leger, tackles some of the most pressing challenges and opportunities in transforming the network. This episode covers the case for business transformation for Communications Service Providers (Comms SPs), describing how advances in virtualization and cloud technologies are shifting the landscape. Software Defined Networking (SDN) […]

The Network Transformation Video Podcast Series, hosted by Intel’s Jim St. Leger, tackles some of the most pressing challenges and opportunities in transforming the network. This episode covers the case for business transformation for Communications Service Providers (Comms SPs), describing how advances in virtualization and cloud technologies are shifting the landscape. Software Defined Networking (SDN) […]

There has been a lot going on in the world of IT regarding Software Defined Networking (SDN.) As this is a topic I don’t know a lot about I decided to ask three Cisco experts to explain it to me. They talk me through what SDN is and how it can help IT become more agile, which can’t be a bad thing. Have a listen and let me know what you think.

Mit der Übernahme des Karlsruher Start-Up Unternehmens Ocedo verfolgt Riverbed einen Applikations-zentrierten SDN-Ansatz; der Zukauf stärkt zudem die Riverbed-Initiative "Project Tiger" vom Herbst letzten Jahres...

Software Defined Networking (SDN) is rapidly emerging as a technology with potential to improve network flexibility via software-based management and control. A consortium of researchers from nine universities and the CSIRO, led by UNSW and including Swinburne, has been awarded a LIEF grant by the Australian Research Council to deploy SDN equipment within each of their labs. These sites are being interconnected by AARNet to create a national wide-area SDN testbed environment, with the potential to peer internationally with testbeds in the USA, Europe and elsewhere. This testbed is helping us better understand the SDN ecosystem - Openflow-enabled hardware (Noviflow, Pica8, Corsa), controller software (Floodlight, Ryu, ONOS), application development APIs, and SDN applications themselves. Building this wide-area testbed is helping us learn the complexity, maturity, performance, and scalability aspects of carrier SDN deployment, as well as identify current gaps. The intended result is a growing store of knowledge and experience, to be shared with network operators who are potentially interested in exploring SDN solutions. In this presentation, the architecture of the SDN testbed will be presented, along with examples of the planned research experiments and potential use-cases.

Hosts: Pat Richard, Serkan Varoglu, Tom Arbuthnot, John Cook, Ståle Hansen, Michael van Horenbeeck, Justin Morris, and Tim Harrington. Special Guest: Jamie Stark of Microsoft. Microsoft goes after those using the SharePoint name, UAG discontinued, Lync Conference (and how to get an invite to the party!), TechEd being discontinued?, Limiting access to OWAS, number administration in Lync, Conferencing issues, Telefonica kills Jaja, Extending Lync for large meetings, Polycom VVX Manager Tool for Lync, Improving quality of Lync recordings, Lync and Software Defined Networking (SDN), Using ActiveSync to estimate market shares, Estimating the size of an Exchange Online Archive, Office 365 token disclosure, Exchange security updates, Publishing multiple services with a single IP with Kemp, Exchange 2013 to 2007 Outlook Anywhere proxy issues, and more. Download or subscribe to this show at TheUCArchitects.com. For additional show notes, visit the summary page for this episode. Running time: 01:31:34 Sponsor: The UC Architects are sponsored today by Instant Technologies, experts in IM archiving, ediscovery and compliance applications for Lync. Learn more and get started in minutes with a free trial at http://www.tryhrauditor.com or follow @teaminstant on Twitter. Sponsor: The UC Architects are sponsored today by KEMP Technologies, the number 1 Price and Performance Load Balancer for Microsoft Workloads. KEMP is a Gold Certified MSFT Partner in both Messaging and Communications and KEMP’s Load Balancer’s and ADCs come with configuration templates for Lync and Exchange. For more information and to download a free trial, visit KEMPtechnologies.com.

Richard talks to Tom Hollingsworth about how Software Defined Networking (SDN) and IPv6 can work together. The conversation starts out talking about how SDN has brought virtualization to networking, with the same amazing impact that it has had on servers and storage. Tom then explains how SDN provides the ability to rapidly customize, deploy and tune networking for each application - and the problems that IPv4 brings to the table. So enter IPv6 and an approach to make IPv6 adoption less frightening and more gradual. Using SDN to deploy IPv6 as part of your application package one app at a time could revolutionize your network in just a few years!

The network equipment industry is being driven towards Software-Defined Networking (SDN), a technology transition that threatens to commoditize network equipment. With a cast of established networking giants, hot start-up companies, and other formidable players, there is a dynamic and complex competitive landscape, with billions of dollars at stake. Network Equipment Manufacturers (NEMS) will need to effectively execute their product strategies to either protect or seize market share and margins. This means establishing close alignment and responsiveness to customer needs and requirements, and then having the agility to deliver the corresponding software capabilities and products. Paridhi Verma and Harvey Wong, speakers.