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Tag Archives: OpenStack Summit

VMware Integrated OpenStack 5.0: What’s New

VMware today announced VMware Integrated OpenStack (VIO) 5.0. We are truly excited about our latest OpenStack distribution as VMware is one of the first companies to support and provide enhanced stability on top of the newest OpenStack Queens Release.  Available in both Carrier and Data Center Editions, VIO 5.0 enables customers to take advantage of advancements in Queens to support mission-critical workloads, and adds support for the latest versions of VMware products including vSphere, vSAN, and NSX.

For our Telco/NFV customers, VIO 5.0 is about delivering scale and availability for hybrid applications across VM and container-based workloads using a single VIM (Virtual Infrastructure Manager). Also for NFV operators, VIO 5.0 will help fast track a path towards Edge computing with VIO-in-a-box, secure multi-tenant isolation and accelerated network performance using the enhanced NSX-T VDS (N-VDS).  For VIO Datacenter customers, advanced security, simplified user experience, and advanced networking with DNSaaS have been on top of the wish list for many VIO customers.  We are super excited to bring those features in VIO 5.0.

VIO 5.0 NFV Feature Details:

Advanced Kubernetes Support:

Enhanced Kubernetes support:  VIO 5.0 ships with Kubernetes version 1.9.2.  In addition to the latest upstream K8S release, integration with latest NSX-T 2.2 release is also included. VIO Kubernetes customers can leverage the same Enhanced N-VDS via Multus CNI plugin to achieve significant improvements in container response time, reduced network latencies and breakthrough network performance.

Heterogeneous Cluster using Node Group:  Now you can have different types of worker nodes in the same cluster. Extending the cluster node profiles feature introduced in VIO 4.1, a cluster can now have multiple node groups, each mapping to a single node profile. Instead of building isolated special purpose Kubernetes clusters, a cloud admin can introduce a new node group(s) to accommodate heterogeneous applications such as machine learning, artificial intelligence, and video encoding.  If resource usage exceeds the node group limit, VIO 5.0 supports cluster scaling at a node group level.  With node groups, cloud admins can address cluster capacity based on application requirements, allowing the most efficient use of available resources.

Enhanced Cluster Manageability:  vkube heal and ssh allow you to directly ssh into any of the nodes of a given cluster and to recover a failed cluster nodes based on ETCD state or cluster backup in the case of complete failure.

Advanced Networking:

 N-VDS:  Also Known as NSX-T VDS in Enhanced Data-path mode.  Enhanced, because N-VDS runs in DPDK mode and allows containers and VMs to achieve significant improvements in response time, reduced network latencies and breakthrough network performance.  With performance(s) similar to SR-IOV, while maintaining the operational simplicity of virtualized NICs, NFV customers can have their cake and eat it too

NSX-V Search domain:  A new configuration setting in the NSX-V will enable the admin to configure a global search domain. Tenants will use this search domain if there is no other search domain set on the subnet.

NSX-V Exclusive DHCP server per Project:  Instead of shared DHCP edge based on subnet across multiple projects.  Exclusive DHCP edge provides the ability to assign dedicated DHCP servers per network segment. Exclusive DHCP server will provide better tenant isolation, also allowing an Admin to determine customer impact concerning maintenance windows, etc.

NSX-T availability zone (AZ):  An availability zone is used to make network resources highly available by group network nodes that run services like DHCP, L3, NAT, and others. Users can associate applications with an availability zone for high availability.  In previous releases neutron AZ was supported against NSX-V, we are extending this support to the T as well.

Security and Metering:

Keystone Federation:   Federated Identity provides a way to securely use existing credentials to access cloud resources such as servers, volumes, and databases, across multiple endpoints across multiple authorized clouds using a single set of credentials.  VIO5 supports Keystone to Keystone (K2K) federation by designating a central Keystone instance as an Identity Provider (IdP), interfacing with LDAP or an upstream SAML2 IdP.  Remote Keystone endpoints are configured as Service Providers (SP), propagating authentication requests to the central Keystone.  As part of Keystone Federation enhancement, we will also support 3rd party IdP in addition to the existing support for vIDM.

Gnocchi:   Gnocchi is the project name of a TDBaaS (Time Series Database as a Service) project that was initially created under the Ceilometer umbrella. Rather than storing raw data points, it aggregates them before storing them.  Because Gnocchi computes all the aggregations at ingestion, data retrieval is exceptionally speedy.  Gnocchi resolves performance bottlenecks in Ceilometer’s legacy architecture by providing an extremely robust foundation for the metric storage required for billing and monitoring.  The legacy Ceilometer API service has been deprecated by upstream and is no longer available in Queens.  Instead, the Ceilometer API and functionality has been broken out into the Aodh, Panko, and Gnocchi services, all of which are fully supported in VIO 5.0.

Default Drop Policy:   Enable this feature to ensure that traffic to a port that has no security groups and has port security enabled will always discard.

End to End Encryption:  The cloud admin now has the option to enable API encryption for internal API calls in addition to the existing encryption on public OpenStack endpoints.  When enabled, all internal OpenStack API calls will be sent over HTTPS using strong TLS 1.2 encryption.  Encryption on internal endpoints helps avoid man-in-the-middle attacks if the management network is compromised.

Performance and Manageability:

VIO-in-a-box:  Also known as the “Tiny” deployment. Instead of separate physical clusters for management and compute, VMware Integrated OpenStack control and data plane can now consolidate on a single physical server.   This drastically reduces the footprint of a deployment and is ideal for Edge Computing scenarios where power and space is a concern.  VIO-in-a-box can be preconfigured manually or fully automated with OMS API.

Hardware Acceleration:  GPUs are synonymous with artificial intelligence and machine learning.  vGPU support gives OpenStack operators the same benefits for graphics-intensive workloads as traditional enterprise applications: specifically resource consolidation, increased utilization, and simplified automation. The video RAM on the GPU is carved up into portions.  Multiple VM instances can be scheduled to access available vGPUs.  Cloud admins determine the amount of vGPU each VM can access based on VM flavors.  There are various ways to carve vGPU resources. Refer to the NVIDIA GRID vGPU user guide for additional detail on this topic.  

OpenStack at Scale:  VMware Integrated OpenStack 5.0 features improved scale, having been tested and validated to run 500 hosts and 15,000 VMs in a region. This release will also introduce support for multiple regions at once as well as monitoring and metrics at scale.

Elastic TvDC:  A Tenant Virtual Datacenter (TvDC) can extend across multiple clusters in VIO 5.0.  Extending on support of single cluster TvDC’s introduced in VIO 4.0, VIO 5.0 allows a TvDC to span across multiple clusters.  Cloud admins can create several resource pools across multiple clusters assigning the same name, project-id, and unique provider-id. When tenants launch a new instance, the OpenStack scheduler and placement engine will schedule VM request to any of the resource pools mapped to the TvDC.

VMware at OpenStack Summit 2018:

VMware is a Premier Sponsor of OpenStack Summit 2018 which runs May 21-24 at the Vancouver Convention Centre in Vancouver, BC, Canada. If you are attending the Summit in person, we invite you to stopped by VMware’s booth (located at A16) for feature demonstrations of VMware Integrated OpenStack 5 as well as VMware NSX and VMware vCloud NFV.  Hands on training is also available (RSVP required).   Complete schedule of VMware breakout sessions, lightening talks and training presentations can be found here.

OpenStack Boston Summit VMware Sessions Recap

Watch below to experience VMware’s Speaker Sessions at this year’s OpenStack Summit in Boston!


OpenStack & 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 IaaS, 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.


OpenStack and VMware: Enterprise-Grade IaaS Built on Proven Foundation

Speakers: Xiao Hu Gao & Hari Kannan 

Running production workloads on OpenStack requires a rock solid IaaS 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 OpenStack 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 OpenStack for your dev test as well as production workloads.


Is Neutron Challenging to You? Learn How VMware NSX is the Solution for Regular OpenStack Network & Security Services and Kubernetes

Speakers: Dmitri Desmidt, Yves Fauser

Neutron is challenging in many aspects. The main ones reported by OpenStack admins are: complex implementation of network and security services, high-availability, management/operation/troubleshooting, 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 OpenStack 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 OpenStack for Modern Service Providers

Speakers: Misbah Mahmoodi, Kenny Lee

The pace of technological change is accelerating at an exponential rate. With the advent of 5G networks and IoT, 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 transformatVMwareion of their business and infrastructure, and how they can leverage NFV, and OpenStack and open hardware platforms to accelerate change and modernization.


Running Kubernates on a Thin OpenStack

Speakers: Mayan Weiss & Hari Kannan 

Kubernetes is leading the container mindshare and OpenStack 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 OpenStack + K8s to provide container networking, persistent storage, RBAC, LBaaS and more on VMware SDDC.


OpenStack and OVN: What’s New with OVS 2.7

Speakers: Russel Bryant, Ben Pfaff, Justin Pettit

OVN is a virtual networking project built by the Open vSwitch community.
OpenStack can make use of OVN as its backend networking implementation
for Neutron. OVN and its Neutron integration are ready for use in OpenStack
deployments.

This talk will cover the latest developments in the OVN project and the
latest release, part of OVS 2.7. 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), encrypted
tunnels, native DNS integration, and more.

We will also cover some of the performance comparison results of OVN
as compared with the original OVS support in Neutron (ML2/OVS). Finally, 
we will discuss how to deploy OpenStack with OVN or migrate an existing
deployment from ML2/OVS to OVN.


DefCore to Interop and Back Again: OpenStack Programs and Certifications Explained

Speakers: Mark Voelker & Egle Sigler

Openstack Interop (formerly DefCore) guidelines have been in place for 2 years now, and anyone wanting to use OpenStack logo must pass these guidelines. How are guidelines created and updated? How would your favorite project be added to it? How can you guarantee that your OpenStack deployment will comply with the new guidelines? In this session we will cover OpenStack Interop guidelines and components, as well as explain how they are created and updated.


Senlin: An ideal Bridge Between NFV Orchestrator and OpenStack

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 OpenStack: 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 Orchestrator’s 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 OpenStack and manage it in a scalable and flexible way.


High Availability and Scalability Management of VNF

Speakers: Haiwei Xu, Xinhui Li, XueFeng 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 OpenStack environment there is a Clustering service called Senlin which provides scalability management and HA functions for the nodes, those features are exactly fit for Tacker’s requirement.

In this talk we will give you a general introduction of this feature.


How an Interop Capability Becomes Part of the OpenStack Interop Guidelines

Speakers: Rochelle Grober, Mark Voelker, Luz Cazares

OpenStack Interop Working Group (formerly DefCore) produces the OpenStack Powered (TM) Guidelines (a.k.a. Interoperability Guidelines). But, how do we decide what goes into the guideline? How do we define these so called “Capabilities”? And how does the team “score” them? Attend this session to learn what we mean by “Capability”, the requirements a capability must meet, the process the group follows to grade those capabilities… And, you know what, lets score your favorite thing live.


OpenStack Interoperability Challenge and Interoperability Workgroup Updates: The Adventure Continues

Speakers: Brad Topol, Mark Voelker, Tong Li

The OpenStack community has been driving initiatives on two sides of the interoperability coin: workload portability and API/code standards for OpenStack Powered products. The first phase of the OpenStack Interoperability Challenge culminated with a Barcelona Summit Keynote demo comprised of 16 vendors all running the same enterprise workload to illustrate that OpenStack enables workload portability across OpenStack clouds. Building on this momentum for its second phase, the multi-vendor Interop Challenge team has selected new advanced workloads based on Kubernetes and NFV applications to flush out portability issues in these commonly deployed workloads. Meanwhile, the recently formed Interop Working Group continues to roll out new Guidelines, drive new initiatives, and is considering expanding its scope to cover more vertical use cases. In this presentation, we describe the progress, challenges, and lessons learned from both of these efforts.

OpenStack Summit 2016 Re-Cap – Speeding Up Developer Productivity with OpenStack and Open Source Tools

Some developers may avoid utilizing an OpenStack cloud, despite the advantages they stand to gain, because they have already established automation workflows using popular open source tools with public cloud providers.

But in a joint presentation to the 2016 OpenStack Summit, VMware Senior Technical Marketing Manager Trevor Roberts Jr.’s and VMware NSX Engineering Architect Scott Lowe explain how developers can take advantage of OpenStack clouds using the same open source tools that they already know.

Their talk runs through a configuration sequence, including image management, dev/test, and production deployment, showing how standard open source tools that developers already use for non-OpenStack deployments can run in exactly the same way with an OpenStack cloud. In this case, they discuss using Packer for image building, Vagrant and Docker Machine for software development and testing, and Terraform for production grade deployments.

“This is a way of using an existing tool that you’re already comfortable and familiar with to start consuming your OpenStack cloud,” says Roberts, before demoing an OpenStack customized image build with Packer and then using that image to create and deploy an OpenStack-provisioned instance with Vagrant.

 

Lowe next profiles Docker Machine, which provisions instances of the Docker Engine for testing, and shows how you can use Docker Machine to spin up instances of Docker inside an OpenStack cloud.

Lastly, Lowe demos Terraform, which offers an infrastructure-as-a-service/cloud services approach to production deployments on multiple platforms (it’s similar to Heat for OpenStack), creating an entire OpenStack infrastructure with a single click, including a new network and router, and launching multiple new instances with floating IP addresses for each, ready for pulling down containers as required.

 

“It’s very simple to use these development tools with OpenStack,” adds Roberts. “It’s just a matter of making sure your developers feel comfortable with the environment and letting them know there are plugins out there – you don’t have to keep using other infrastructures.”

As Roberts notes in the presentation, VMware itself is “full in on OpenStack – we contribute to projects that aren’t even in our own distribution just to help out the community.” Meanwhile, VMware’s own OpenStack solution – VMware Integrated OpenStack (VIO) – offers, a DefCore-compliant OpenStack distribution specifically configured to use open source drivers to manage VMware infrastructure technologies, further aiding the adoption process for developers already familiar with vSphere, vRealize, and NSX.

 

For more information on VIO, check out the VMware Integrated OpenStack (VIO) product homepage, or the VIO Hands-on Lab. If you hold a current license for vSphere Enterprise Plus, vSphere Operations Management, or vSphere Standard with NSX Advanced, you can download VIO for free.

OpenStack Summit 2016 Re-Cap – A Guide to Practical OpenStack Network Virtualization using OVN

OVN (pronounced “oven”) is a rapidly growing, open source solution being developed by the Open vSwitch (OVS) community that provides network virtualization for OVS. While OVN isn’t designed to work with VMware Integrated OpenStack, it’s another OpenStack project to which VMware has been devoting time and effort, and definitely worth knowing about.


For a good sense of how OVN is progressing, check out this talk by four OVS community members at the 2016 OpenStack Summit. They explain how OVN works and why it’s worth trying.

 

VMware OVS developer Ben Pfaff kicks things off with an overview of network virtualization, emphasizing the value of being able to abstract a physical network and of making network provisioning self-service.

Fellow VMware engineer and core OVS and OVN developer Justin Pettit next outlines OVN’s capabilities and stresses its compatibility with the platforms that OVS already works with. When it comes to OpenStack, he reports, “the best integration that we have right now is with OpenStack Neutron but we plan to have it work with other CMSes . . . and you can do everything that you would want through the command line or through data base calls that you can do through Neutron.”

 

Like OVS, OVN is open source and vendor-neutral, and has quickly gained support from a diverse group of vendors including VMware, IBM, Red Hat, and eBay among others. The goal is to match OVS production quality and keep OVN’s design simple but scalable to 1,000s of hypervisors. “We hope it becomes the preferred method for most people who want to use OVS or networking in general,” Pettit says.

If successful, OVN will expand OVS, help improve Neutron’s functionality, and significantly reduce the development burden on Neutron for OVS integration. Add an improved architecture built around ‘logical flows’ and configuration coordinated through databases, and it’s set to outperform existing OVS networking plugins, Pfaff argues.

 

The same goes for security, adds Ryan Moats of IBM – OVN now uses a connection tracker, letting OVS manage state-full connections itself and speeding security group throughput significantly. Its L3 security group design also does all L3 processing in OVS, further improving performance.

The fourth speaker, Han Zhou of eBay, outlines how the group overcame a series of bottlenecks to scale the OVN control plane to 2,000 hypervisors, 20,000 VIF ports and 200 and logical switches operating at once.

The team then highlights ongoing scale improvements and profiles the OVN Neutron plugin. “We will run this in our public cloud,” says IBM’s Moats before outlining OVN deployment and what to look for in the upcoming OVN release. Finally, all four speakers invite their audience to contribute to OVN, and try it out for themselves.

 
VMware Integrated OpenStack is also available for testing in VMware’s Hands-on Lab. Or download it for a free with a current license for vSphere Enterprise Plus, vSphere Operations Management, or NSX with vSphere Standard.

OpenStack Summit 2016 Re-Cap – Amadeus’ OpenStack Journey: Building a Private Cloud with VMware Integrated OpenStack and NSX.

How does a company build a private enterprise cloud using VMware Integrated OpenStack and NSX? You’ll find a great example in this 2016 OpenStack Summit presentation by VMware NSX product manager Sai Chaitanya and Arthur Knopper, associate director of the Amadeus IT Group.

The Amadeus IT Group is a multi-national IT service provider to the global travel industry with over 3 billion euros in revenue. Two years ago it embarked on a transformation project to modernize its infrastructure.

In their talk, Chaitanya and Knopper outline some of the business drivers for the project, which included readying their infrastructure to deploy next generation cloud native applications based on containers and building an entirely new, highly-reliable hotel guest reservation system using RedHat OpenShift PaaS.
Those drivers established a set of business requirements, such as speeding service delivery, instigating end-to-end automation and ensuring 99.999% service uptime, along with technical requirements that included a fault-resilient application architecture based on OpenShift and Kubernetes, and fast and automatic provisioning using OpenStack Heat.

Knopper details the variety of options (public cloud, alternative service providers etc.) that Amadeus considered for meeting their requirements. But their best option, he explains, was to build a product architecture featuring an underlying VMware infrastructure running OpenStack loads via VIO and NSX.

VMware’s technical reliability and the support it offered were crucial factors, says Knopper, as was Amadeus’ ability to leverage its existing experience with vSphere to get the project moving quickly.

 
The results have been impressive. Where it used to take weeks to bring up an application, Knopper notes, “with the solution we have at hand, this has been reduced down to around 50 minutes.” The new approach delivers the fault tolerance required and lets Amadeus deliver more frequent updates to their end users.

The talk winds up with suggestions for best practices for building private OpenStack clouds with VIO based on Amadeus’ experience, and an outline of their plans for continued technical improvement in partnership with VMware.

“What’s really important for success with OpenStack is having a clear driver for what you are trying to do, and then translating that into clear requirements,” emphasizes Chaitanya in conclusion. “Then if you have a very clear execution plan and break it into phases, your chances of success are high.”

 

To try VMware Integrated OpenStack for yourself, check out our Hands-on Lab, or download and install VMware Integrated OpenStack direct.

OpenStack Summit Austin 2016 Session Voting Open Until Februray 17!

voting for openstack summit austin

 

Hey Fellow OpenStackers! It’s that time again: The OpenStack Summit Track Chairs have opened up the voting process for the community to let their content preferences be heard. Voting closes on Wednesday, February 17 at 11:59PM PST (Thursday, February 18 at 7:59 UTC).

The session votes are critical for the chairs to understand the content that Summit attendees would like to see. Interested in networking? Vote for the Neutron-centric sessions. Interested in orchestration? Vote for Heat-centric sessions! and so on…

The OpenStack Summit Vote for Presentations site displays a random session when you first visit it, and from there, you can search for the session content you would like to see. As you read the session content, you can provide a score ranging from 3 (WOULD LOVE TO SEE!)  to 0 (WOULD NOT SEE).

The following list comprises the various submission from VMware customers, partners, and staff. If any of our sessions resonate with your interests, please give us a vote (3 preferably! 🙂 ). We look forward to catching up with all of you in Austin from April 25-29!

 

How Nike Uses OpenStack
Cimpress: Our Real Life OpenStack Journey and Learnings
Customer Panel on OpenStack Networking
Tenant Networks vs Provider Networks in the Private Cloud Context
VIO at IBM SoftLayer
OpenStack for VMware Admins
Questions you need to ask for making the right choices while rolling out OpenStack in production
Infrastructure as Code 101 – Selling Your OpenStack Cloud in the Enterprise
Demystifying OpenStack Private Clouds with VMware and EMC XtremIO All-Flash Array
Things will break! Ensuring that your OpenStack installation is up and running 24/7!
The End of YOLO: OpenStack Upgrades That Actually Work (and save your -aaS when something goes wrong!)
Oops, Nova won’t restart!!!
A New Hope: Introducing Redesigned Image Import for the Images v2.4 API (The Force is Strong With This One)
Deploying High Performance (NFV) Applications the Easy Way with TOSCA & OVF/CIM
Infrastructure Updates with OpenStack on vSphere
Tools, Tips and Tricks for Successfully Operating an OpenStack Private Cloud
Guided lab to learn all aspects of OpenStack
Speeding up Developer Productivity with OpenStack and Open Source Tools
Evaluating and Improving Logical Network Infrastructure Scale
Practical OVN: Architecture, Deployment, and Scale of OpenStack Networking
Interoperability: The Elephants in the Room & What We’re Doing About Them
So you deployed OpenStack to manage your vSphere infrastructure? The Who, What, How, Why
The top 5 things what we forgot when we deployed our customer’s OpenStack clouds – With actual customer case studies!
Capacity Planning and You – How to design and operate an OpenStack cloud that will scale
Load Balancer Cluster with Senlin
How Fast is this Firewall
A pot-pourri of storage for OpenStack: Made possible through Software Defined Storage
Neutron Networking with VMWare NSX And Mirantis OpenStack
Multi-hypervisor architectural decisions
End to end OpenStack Networking

OpenStack Summit Tokyo 2015 Session Videos

openstack-summit-tokyo-booth

The VMware Integrated OpenStack team had a great time speaking with customers, partners, and contributors at the Tokyo Summit. We also presented talks focusing on our community contributions as well as on how VMware technologies can help OpenStack deployments to be successful.

You can find video replays of our talks at the following links:

The videos are collected in a YouTube playlist as well for your convenience.

Want to learn more about VMware Integrated OpenStack? Check out the VMware Product Walkthrough and the VMware Integrated OpenStack product page.

 

 

VMware @ OpenStack Summit Tokyo

OpenStack Summit TokyoThe VMware Integrated OpenStack team is excited to attend the Tokyo Summit and to share what we have been contributing to the community as well as the work we’ve done in our distribution. We will discuss what’s new with VMware Integrated OpenStack version 2.0 and our work with the Liberty release. We look forward to seeing you in Tokyo at the VMware booth!

Here is a list of the summit sessions where you can hear more from our team members:

Tuesday, October 27

Wednesday, October 28

Thursday, October 29

See you at the Summit!

The VIO Team

VMware @ OpenStack Summit Vancouver

OpenStack Summit Logo2015 is turning out to be incredible year for VMware and OpenStack. We released VMware Integrated OpenStack 1.0 in March 2015 and it has received an overwhelmingly enthusiastic response across our customer base. Building on the momentum, VMware team is looking forward to the upcoming Vancouver OpenStack Design Summit, May 18-22. We have an exciting line up of sessions presenting great customer success stories, exciting product features and vibrant ecosystem around VMware and OpenStack.

Here are some of the sessions to add to your schedule, with the full list available here:

Monday, May 18

Tuesday, May 19

Wednesday, May 20

Thursday, May 21

See you at the summit.

The VIO Team

VMware Integrated OpenStack Sprints Out of the Gate

Summary

  • Update on VMware Integrated OpenStack Beta
  • CSC and VMware Partner on New OpenStack IaaS Offering

Just about eight weeks ago, we announced the beta program for our new VMware Integrated OpenStack distribution at VMworld US 2014. VMware Integrated OpenStack pairs developer-friendly OpenStack APIs with VMware’s proven software-defined data center technologies for compute, network, storage and management. The result is enterprise-class infrastructure that provides your cloud application development teams with powerful capabilities (e.g., control over network topology, tiered storage, workload high-availability) while providing those running the cloud infrastructure with the familiar and powerful management tools they need (e.g., troubleshooting, cost visibility, install/upgrade) to run a cost-effective and production-grade cloud.

We received an overwhelming number of requests to participate in the limited VMware Integrated OpenStack beta program, confirming that our product vision is well aligned with where the market is going. We’ve had the privilege of working closely with many of our most forward-thinking customers and partners, incorporating their feedback on how VMware Integrated OpenStack can make it simple to build a production-grade OpenStack cloud on top of their existing vSphere environment.

One beta participant even blew our own high expectations out of the water, completing the installation of a production-ready OpenStack on top of their standard vSphere build-out within 30 minutes. This was thanks to some very fast storage, as a normal install takes around an hour. Still this is impressive. Just to put this in perspective, customers traditionally spend several months and countless consulting dollars attempting to get a greenfield OpenStack implementation deployed, validated, and paired with the right management tools, performance characteristics, security controls for production use. Combining the strong foundation of our customer’s existing vSphere environments with the production-grade OpenStack reference architecture and installer from VMware Integrated OpenStack, we really can change the way an organization looks at rolling out an OpenStack cloud.

OpenStack+VMware

 

CSC and VMware Take OpenStack to Market

Following up on our successful launch of VMware Integrated OpenStack, our CEO Pat Gelsinger announced at VMworld EMEA that CSC has chosen VMware Integrated OpenStack as the foundation of their next-generation Infrastructure-as-a-Service (IaaS) platform. CSC will combine its Agility Platform with VMware Integrated OpenStack and VMware’s enterprise-class compute, networking, storage and management solutions. Including VMware vSphere®, VMware NSX™, VMware Virtual SAN™ and VMware vCenter™ Log Insight™.  In building this platform based on a software-defined data center architecture and leveraging OpenStack with VMware technologies, CSC will meet the requirement of its enterprise customers who are looking for proven, highly-available infrastructures on which to develop and run cloud application workloads.

Finally, Team OpenStack @ VMware is gearing up to attend our 10th OpenStack Summit next week in Paris, France.  Whether you’re an old-timer or are going for the first time, I’d encourage you to stop by our booth as well as check out the great sessions we have on using OpenStack with VMware.

See you there!

Dan