OpenStack Atlanta Summit Report: Neutron, Nova and design summit sessionsAkihiro Motoki
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Report of OpenStack Atlanta Design Summit (May 2014). It focuses mainly Neutron design summit topics and also covers general topics on the design summit sessions and nova-related topics.
OpenStack Atlanta Summit Report: Neutron, Nova and design summit sessionsAkihiro Motoki
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Report of OpenStack Atlanta Design Summit (May 2014). It focuses mainly Neutron design summit topics and also covers general topics on the design summit sessions and nova-related topics.
This document discusses using Docker containers for continuous integration testing of Neutron plugins. It notes that testing all 38 Neutron vendor plugins is impossible, and outlines efforts to establish third-party CI rules. It then describes problems with using virtual machines for testing, such as slow startup times and performance issues. As an alternative, it proposes running OpenStack on Docker containers to allow running tests in isolated, disposable environments. It details fixes needed to run OpenStack with Docker and use Neutron ML2 plugins. Jenkins would launch test scripts within containers, binding host volumes to easily access logs. This allows Neutron API tests to be run in parallel across container instances.
Alcatel-Lucent Cloud: CloudBand, a Platform for NFV by Dor SkulerAlcatel-Lucent Cloud
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CloudBand is a pioneering platform for Network Functions Virtualization (NFV) that aims to enhance operational efficiency and real-time performance for carrier applications. It offers automated installation, application lifecycle management, and supports multi-vendor environments with open APIs. The platform enables organizations to streamline distributed cloud operations and optimize resource management across datacenters.
The document discusses the challenges and principles of Network Functions Virtualization (NFV) orchestration and automation, emphasizing the transition from traditional carriers to more agile and cost-effective models. It outlines the expectations for NFV orchestrators, the automation of virtual network function (VNF) lifecycles, and the role of analytics and open APIs in improving operational efficiency. Key challenges include effective resource allocation, monitoring, and ensuring consistency across distributed environments.
The document summarizes an NFV Town Hall meeting held by Alcatel-Lucent in Naperville on June 19, 2014. It thanks the participants for their insights and contributions to the successful meeting. It also provides information about Alcatel-Lucent's presence in Naperville, including their Cloud Innovation Center's NFV Lab powered by CloudBand, which supports an ecosystem of over 30 NFV partners. Contact information and links are included to continue the discussion.
Alcatel-Lucent Cloud: Network Functions Virtualization - The New Virtual Real...Alcatel-Lucent Cloud
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The document discusses the evolution and value of Network Functions Virtualization (NFV), emphasizing its role in enabling greater elasticity and scalability in network applications to meet dynamic demand. It highlights the shift from closed, specialized systems to open, virtualized platforms that support efficient resource allocation and simplified operations. The potential benefits of NFV include cost reduction, improved flexibility, and the ability to deploy innovative applications quickly, although there are challenges to overcome in realizing its full value.
Alcatel-Lucent Cloud: Shaping the Future NFV OSS David Amzallag TM Forum 2013Alcatel-Lucent Cloud
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The document discusses the transformative potential of Network Functions Virtualization (NFV) in the telecommunications industry, highlighting its goals and the need for a new operational support system (OSS). It outlines the evolution from proof of concepts in 2013 to live trials in 2014, emphasizing operational simplicity, agility, and cost efficiency. The emphasis is on collaborative development and addressing operational challenges to harness the full capabilities of NFV for future carriers.
Implementing vCPE with OpenStack and Software Defined NetworksPLUMgrid
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The document discusses the implementation of virtual customer premises equipment (vCPE) using OpenStack and Software-Defined Networking (SDN) technologies. It outlines the advantages of moving network functions to the cloud while addressing challenges such as latency, network traffic management, and service reliability. Additionally, it presents a 'tethered CPE' model that allows for local enforcement with remote control, integrating various network functions efficiently.
Interop Tokyo 2014 SDI (Software Defined Infrustructure) ShowCase Seminoar Presentation. The presentation covers Neutron API models (L2/L3 and Advanced Network services), Neutron Icehouse Update and Juno topics.
Nov 29, 2016 Japan OpenStack Users Group 31st meetup presentation.
This presentation covers newer concepts introduced into Neutron recently and their use cases, for example, subnet pool, address scope, VLAN aware VMs (trunk port), Get-Me-A-Network, RBAC.
Protect Your IoT Data with UbiBot's Private Platform.pptxユビボット 株式会社
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Our on-premise IoT platform offers a secure and scalable solution for businesses, with features such as real-time monitoring, customizable alerts and open API support, and can be deployed on your own servers to ensure complete data privacy and control.
7. 7Copyright?2016 NTT corp. All Rights Reserved.
? OpenStack Novaの仮想ネットワーク管理機能
? リリース時?2012/9/27のFolsomリリース
? デフォルトドライバはLinuxbridge
? ルータ機能?トンネリングはなし(ネットワークノードもなし)
Nova network
物理スイッチ
VM
コンピュートノード
VM
LinuxBridge
VM
nova-compute
VM
コンピュートノード
VM
LinuxBridge
VM
nova-compute
8. 8Copyright?2016 NTT corp. All Rights Reserved.
? 2012/9/27のFolsomリリースからNovaから分離
? (Devstackの)デフォルトプラグインはOpenvSwitch
? Neutron自身はデフォルトプラグイン/デフォルトドライバを
持っていない
? OVSではセキュリティグループに対応不可能だったた
め、LinuxBridge+iptablesを利用
Quantum(Neutron)
VM
コンピュートノード
VM
OVS
bridge bridge
LinuxBridge
iptables
VM 仮想計算機
仮想スイッチvSwitch/bridge
コンピュートノード
プロセス
nova-compute
quantum-xxx-agent