Flex. Pod Datacenter with Red Hat Enterprise Linux Open. Stack Platform Design Guide. Flex. Pod is a pre validated datacenter architecture followed by best practices that is built on the Cisco Unified Computing System UCS, the Cisco Nexus family of switches, and Net. Google Home owners will probably be talking to their living rooms a lot more thanks to an update that lets the voice assistant make phone calls to the U. S. and Canada. Join Stack Overflow to learn, share knowledge, and build your career. Respond fast to changing business demands with FlexPod Converged Infrastructure solutions. Accelerate deployment, reduce cost and deliver greater IT value. Linux l n k s listen LINks is a name which broadly denotes a family of free and opensource software operating systems OS built around the. This Cisco Validated Design prescribes a defined set of hardware and software that serves as an integrated foundation for both Citrix XenDesktop Microsoft Windows 10. App unified storage systems as shown in Figure 1. Flex. Pod has been a trusted platform for running a variety of virtualization hypervisors as well as bare metal operating systems. The Flex. Pod architecture is highly modular, delivers a baseline configuration, and also has the flexibility to be sized and optimized to accommodate many different use cases and requirements. The Flex. Pod architecture can both scale up adding additional resources within a Flex. Pod unit and scale out adding additional Flex. Pod units. Flex. Pod with Red Hat Enterprise Linux Open. I have a strange habit it seems. Weve been working on a small project together. The way I wrote the classes is simplified. A Simplified Trusted Software Stack Definition' title='A Simplified Trusted Software Stack Definition' />Stack Platform 6. Flex. Pod validated design portfolio to provide Open. Stack solution. Open. Stack is a massively scalable open source architecture that controls compute, network, and storage resources through a web user interface. The Open. Stack development community operates on a six month release cycle with frequent updates. Their code base is composed of many loosely coupled Open. Stack projects. However, Red Hats Open. Latest trending topics being covered on ZDNet including Reviews, Tech Industry, Security, Hardware, Apple, and Windows. Micro Focus StarTeam manages change throughout the software development lifecycle while maintaining visibility and traceability of software assets. In Lifehackers new video series, Day 1, were tackling exactly what its like to be a newbie in a variety of possiblyintimidating situations, starting off. Stack technology addresses these challenges and uses upstream Open. Stack open source architecture and enhances it for Enterprise and service provider customers with better quality, stability, installation procedure, and support structure. Red Hat Enterprise Linux Open. Stack Platform 6. Red Hat hardened Open. Stack Juno code delivers a stable release for production scale environment. Red Hat Enterprise Linux Open. Stack Platform 6. Red Hats enterprise security features including SELinux, and a steady release cadence between Open. Stack versions. Cisco Unified Computing System UCS is a next generation datacenter platform that unifies computing, networking, storage access, and virtualization into a single cohesive system, which makes Cisco UCS an ideal platform for Open. Stack architecture. Combination of Cisco UCS platform and Red Hat Enterprise Linux Open. Stack Platform architecture accelerates your IT transformation by enabling faster deployments, greater flexibility of choice, efficiency, and lower risk. A Simplified Trusted Software Stack Definition' title='A Simplified Trusted Software Stack Definition' />Furthermore, Cisco Nexus family of switches provides the network foundation for next generation datacenter. In Flex. Pod with Red Hat Enterprise Linux Open. Stack Platform 6. Open. Stack block storage Cinder is provided by a highly available enterprise class Net. App FAS array. From a storage standpoint, Net. App Clustered Data ONTAP provides the means of scale up or scale out, i. SCSI boot for all the infrastructure hosts, and non disruptive operations and upgrade capabilities. For more improved performance, operational efficiency, and reduced data center footprint, Net. App E Series provides Open. Stack object storage Swift. The audience of this document includes, but is not limited to, sales engineers, field consultants, professional services, IT managers, partner engineers, and customers who want to take advantage of an infrastructure that is built to deliver IT efficiency and enable IT innovation. Document. This document describes Red Hat Enterprise Linux Open. Stack Platform 6. Juno Open. Stack release, built on the Flex. Pod from Cisco and Net. App. This document discusses design choices and best practices of deploying the shared infrastructure. The Flex. Pod solution portfolio combines Net. App storage systems, Cisco Unified Computing System servers, and Cisco Nexus fabric into a single, flexible architecture. Flex. Pod datacenter can scale up for greater performance and capacity or scale out for environments that require consistent, multiple deployments. Flex. Pod provides          Converged infrastructure of compute, network, and storage components from Cisco and Net. App         Is a validated enterprise class IT platform         Rapid deployment for business critical applications         Reduces cost, minimizes risks, and increases flexibility and business agility         Scales up or out for future growth. This solution is based on Open. Stack Juno release hardened and streamlined by Red Hat Enterprise Linux Open. Stack Platform 6. The advantages of Cisco Unified Computing System, Net. App, and Red Hat Enterprise Linux Open. Stack Platform combine to deliver Open. Stack Infrastructure as a Service Iaa. S deployment that is quick and easy to deploy. Flex. Pod with Red Hat Enterprise Linux Open. Stack Platform helps IT organizations accelerate cloud deployments while retaining control and choice over their environments with open and inter operable cloud solutions. Flex. Pod with Red Hat Enterprise Linux Open. Stack Platform 6. Furthermore, it includes Open. Stack HA through redundant controller nodes. In this solution, Open. Stack storage is provided by highly available Net. App storage sub systems. The solution comprises of the following key components          Cisco Unified Computing System UCS     Cisco UCS 6. Series Fabric Interconnect     Cisco VIC 1. Cisco UCS 2. 20. 4XP IO Module or Fabric Extender     Cisco UCS B2. M4 Blade Server         Cisco Nexus 9. Series switch         Cisco Nexus 1. KVM         Net. App Storage     Net. App FAS8. 04. 0     Net. App E 5. 56. 0         Red Hat Enterprise Linux 7. Red Hat Enterprise Linux Platform Installer         Red Hat Enterprise Linux Open. Stack Platform 6. Flex. Pod is a best practice datacenter architecture that includes these components          Cisco Unified Computing System Cisco UCS          Cisco Nexus switches          Net. App fabric attached storage FAS andor Net. App E Series storage systems. These components are connected and configured according to best practices of both Cisco and Net. App, and provide the ideal platform for running a variety of enterprise workloads with confidence. As previously mentioned, the reference architecture covered in this document leverages the Cisco Nexus 9. Series switch. One of the key benefits of Flex. Pod is the ability to maintain consistency at scaling, including scale up and scale out. Each of the component families shown in Figure 1Cisco Unified Computing System, Cisco Nexus, and Net. App storage systems offers platform and resource options to scale the infrastructure up or down, while supporting the same features and functionality that are required under the configuration and connectivity best practices of Flex. Pod. As customers transition toward shared infrastructure or cloud computing they face a number of challenges such as initial transition hiccups, return on investment ROI analysis, infrastructure management and future growth plan. The Flex. Pod architecture is designed to help with proven guidance and measurable value. By introducing standardization, Flex. Pod helps customers mitigate the risk and uncertainty involved in planning, designing, and implementing a new datacenter infrastructure. The result is a more predictive and adaptable architecture capable of meeting and exceeding customers IT demands. Cisco and Net. App have thoroughly validated and verified the Flex. Pod solution architecture and its many use cases while creating a portfolio of detailed documentation, information, and references to assist customers in transforming their datacenters to this shared infrastructure model. Open. Stack Blog for VMware Watch below to experience VMwares Speaker Sessions at this years Open. Stack Summit in Boston Open. Stack VMware Getting the Best of Both. Speaker Andrew Pearce. Come and understand the true value to your organization of combining Openstack and VMware. In this session you will understand the value of having a defcore Openstack powered solution to enable your developers to provision Iaa. S, in a way that they want, using the tools that they want. In addition you will be able to enable your operations team to continue to utilize the tools, resources and methodology that they use to ensure that your organization has a production grade environment to support your developers. Deploying Openstack, and getting the advantages of Openstack does not need to be a rip and replace strategy. See how other customers have had their cake and eat it. Open. Stack and VMware Enterprise Grade Iaa. S Built on Proven Foundation Speakers Xiao Hu Gao Hari Kannan Running production workloads on Open. Stack requires a rock solid Iaa. S running on a trusted infrastructure platform. Think about upgrading, patching, managing the environment, high availability, disaster recovery, security and the list goes on. VMware delivers a top notch Open. Stack distribution that allows you all of the above and much more. Come to this session to see with a demo how you can easily and quickly deploy Open. Fifa Manager 13 Demo Crack Patch more. Stack for your dev test as well as production workloads. Is Neutron Challenging to You Learn How VMware NSX is the Solution for Regular Open. Stack Network Security Services and Kubernetes. Speakers Dmitri Desmidt, Yves Fauser. Neutron is challenging in many aspects. The main ones reported by Open. Stack admins are complex implementation of network and security services, high availability, managementoperationtroubleshooting, scale. Additionally, with new Kubernetes and Containers deployments, security between containers and management of container traffic is a new headache. VMware NSX offers a plugin for all Neutron Open. Stack installations for ESXi and KVM hypervisors. Learn in this session with multiple live demos how VMware NSX plugin resolves all the Neutron challenges in an easy way. Digital Transformation with Open. Stack for Modern Service Providers. Speakers Misbah Mahmoodi, Kenny Lee. The pace of technological change is accelerating at an exponential rate. With the advent of 5. G networks and Io. T, Communications Service Providers success depends not only on their ability to adapt to changes quickly but to do so faster than competitors. Speed is the of the essence in developing new services, deploying them to subscribers, delivering a superior Quality of Experience, and increasing operational efficiency with lowered cost structures. For CSPs to adapt and remain competitive, they are faced with important questions as they explore the digital transformat. VMwareion of their business and infrastructure, and how they can leverage NFV, and Open. Stack and open hardware platforms to accelerate change and modernization. Running Kubernates on a Thin Open. Stack Speakers Mayan Weiss Hari Kannan Kubernetes is leading the container mindshare and Open. Stack community has built integrations to support it. However, running production workloads on Kubernetes is still a challenge. What if there was a production ready, multi tenant K8s distro Dream no more. Come to this session to see how we adapted Open. Stack K8s to provide container networking, persistent storage, RBAC, LBaa. S and more on VMware SDDC. Open. Stack and OVN Whats New with OVS 2. Speakers Russel Bryant, Ben Pfaff, Justin Pettit. OVN is a virtual networking project built by the Open v. Switch community. Open. Stack can make use of OVN as its backend networking implementationfor Neutron. OVN and its Neutron integration are ready for use in Open. Stackdeployments. This talk will cover the latest developments in the OVN project and thelatest release, part of OVS 2. Enhancements include better performance,improved debugging capabilities, and more flexible L3 gateways. We will take a look ahead the next set of things we expect to work on for. OVN, which includes logging for OVN ACLs security groups, encryptedtunnels, native DNS integration, and more. We will also cover some of the performance comparison results of OVNas compared with the original OVS support in Neutron ML2OVS. Finally, we will discuss how to deploy Open. Stack with OVN or migrate an existingdeployment from ML2OVS to OVN. Def. Core to Interop and Back Again Open. Stack Programs and Certifications Explained. Speakers Mark Voelker Egle Sigler. Openstack Interop formerly Def. Core guidelines have been in place for 2 years now, and anyone wanting to use Open. Stack logo must pass these guidelines. How are guidelines created and updated How would your favorite project be added to itHow can you guarantee that your Open. Stack deployment will comply with the new guidelines In this session we will cover Open. Stack Interop guidelines and components, as well as explain how they are created and updated. Senlin An ideal Bridge Between NFV Orchestrator and Open. Stack Speakers Xinhui Li, Ethan Lynn, Yanyan Hu Resource Management is a top requirement in NFV field. Usually, the Orchestrator take the responsibility of parsing a virtual network function into different virtual units VDU to deploy and operate over Cloud. Senlin, positioned as clustering resource manager since the born time, can be the ideal bridge between NFV orchestrator with Open. Stack it uses a consolidate model which is directly mapped to a VDU to interact with different backend services like Nova, Neutron, Cinder for compute, network and storage resources per Orchestrators demand it provides rich operational functions like auto scaling, load balancing and auto healing. We use a popular VIMS typed VNF to illustrate how to easily deploy a VNF on Open. Stack and manage it in a scalable and flexible way. High Availability and Scalability Management of VNFSpeakers Haiwei Xu, Xinhui Li, Xue. Feng Liu. Now network function virtualization NFV is growing rapidly and widely adopted by many telcom enterprises. In openstack Tacker takes the responsibility of building a Generic VNF Manager VNFM and a NFV Orchestrator NFVO to deploy and operate Network Services and Virtual Network Functions VNFs on the infrastructure platform. For the VNFs which can work as a loadbalancer or a firewall, Tacker needs to consider the availability of each VNF to ensure they are not overloaded or out of work. To prevent VNFs from being overloaded or down, Tacker need to make VNFs HA and auto scaling. So in fact the VNFs of certain function should not be a single node, but a cluster. That comes out a problem of cluster managing. In Open. Stack environment there is a Clustering service called Senlin which provides scalability management and HA functions for the nodes, those features are exactly fit for Tackers requirement. In this talk we will give you a general introduction of this feature. How an Interop Capability Becomes Part of the Open. Stack Interop Guidelines. Speakers Rochelle Grober, Mark Voelker, Luz Cazares. Open. Stack Interop Working Group formerly Def. Core produces the Open. Stack Powered TM Guidelines a. Interoperability Guidelines.