Loading…

Sign up or log in to bookmark your favorites and sync them to your phone or calendar.

Kyokko [clear filter]
Tuesday, October 27
 

11:15am JST

OpenStack Neutron: A Stadium in the Big Tent
As OpenStack itself has continued to evolve it's governance model, Neutron has done the same. In a world where we're all operating under "The Big Tent", Neutron has carved out it's own effort dubbed "The Neutron Stadium." During Liberty we've added a lot of new things into the project, from APIs to plugin and driver backends to new services.

This talk will cover a background on Neutron, how it's evolved as the OpenStack world has changed, what the Stadium has brought inside, and where things are headed. You will leave with a clear understanding of how Neutron is a platform, what has changed and what the future holds in this area.

Speakers
avatar for Mark McClain

Mark McClain

CTO at Akanda
Mark McClain is the Chief Technical Officer of Akanda Inc, a member of the OpenStack Technical Committee and a core reviewer for several OpenStack teams.  Mark was the Program Technical Lead for the OpenStack Networking during the Havana and Icehouse cycles. In addition to his... Read More →
avatar for Kyle Mestery

Kyle Mestery

Senior Principal Engineer, Intel
I am a technology executive and distinguished engineer with experience building teams to deliver cloud security solutions using a combination of open source and custom software. I write code, architecture documents, and help mentor members of the team to perform their best. In Open... Read More →


Tuesday October 27, 2015 11:15am - 11:55am JST
Kyokko

12:05pm JST

OVN: Feature Complete and Ready to Test
OVN is a new network virtualization project that brings virtual networking to the Open vSwitch user community.  OVN includes logical switches and routers, security groups, and L2/L3/L4 ACLs, implemented on top of a tunnel-based overlay network.  For physical-logical network integration, OVN implements software gateways, as well as supports hardware gateways from a variety of vendors.

The OVN architecture simplifies the current OVS integration within Neutron by providing a virtual networking abstraction.  OVN provides Neutron with improved dataplane performance through shortcut, distributed logical L3 processing and in-kernel based security groups, without running special OpenStack agents on hypervisors.

In this presentation, we will provide an update on OVN's progress and provide a demo.  The demo will show an OpenStack-driven OVN deployment connecting containers and hypervisors.  We will demonstrate newly added features such as security groups and logical L3.  We will also discuss how users can start using OVN in their own deployments.

Speakers
avatar for Russell Bryant

Russell Bryant

Distinguished Engineer, Red Hat
Russell is a Distinguished Engineer in Service Delivery, leading SD's adoption of OVN across our managed services. Russell also has a long history with OVN, having helped create the project back in 2015 and leading the planning for product teams to take over ownership of OVN by 2... Read More →
avatar for Kyle Mestery

Kyle Mestery

Senior Principal Engineer, Intel
I am a technology executive and distinguished engineer with experience building teams to deliver cloud security solutions using a combination of open source and custom software. I write code, architecture documents, and help mentor members of the team to perform their best. In Open... Read More →
avatar for Justin Pettit

Justin Pettit

OVS/OVN Core Developer
Justin Pettit is a lead developer on the Open vSwitch project. He was a founding employee at Nicira and is currently working at VMware. He was a co-creator of OpenFlow, working on both the specification and reference implementation. In addition to working on Open vSwitch, he is involved... Read More →
avatar for Ben Pfaff

Ben Pfaff

OVS Committer
Ben Pfaff is a lead developer of the Open vSwitch project.  He was a co-creator of OpenFlow and a leading contributor to the development effort of the original OpenFlow reference implementation. He was a founding employee at Nicira and is currently at VMware. He received his PhD... Read More →


Tuesday October 27, 2015 12:05pm - 12:45pm JST
Kyokko

2:00pm JST

What Should I Know About?
The success of containers through Docker has created a new operational flow and ecosystem far more reaching than anyone initially expected. Both as a project and a model that unifies, improves, and enforces consistent deployments, while empowering application with near-native performance in a highly-decoupled microservice approach, Docker has created a movement for the next wave of the Internet.

In doing so, numerous projects & products have spiraled out to capture a piece of the industry that facilities the adoption and usage of containers even further. Lost in all the noise of announcements, blog posts and articles is the core of what we all as technologists really care about: what are my actual viable options and what should I know about them?

In this talk, I will walk through the R&D work and market analysis that I’ve done in the container ecosystem and educate you on what technologies are worth tracking and incorporating into your stack including, but not limited to: Kubernetes, Swarm, CoreOS, Flocker and Hyper.

Tuesday October 27, 2015 2:00pm - 2:40pm JST
Kyokko

2:50pm JST

Network Node is Not Needed Anymore - Completed Distributed Virtual Router
DVR (Distributed Virtual Router) was first implemented at Juno. Virtual routers needed to work on Network Node, but, with DVR, they can work on Compute Nodes.  Since Network Node runs virtual routers and some other networking functions for all VMs, it was a single point of failure and can be a performance bottleneck.  If you need a highly available OpenStack system, you needed a cluster of Network Node. And if you need to scale out the networking, you needed to add more Network Nodes. 

With DVR, those issues can be addressed. At Juno, virtual routers were distributed to Compute Nodes, but DHCP and SNAT stayed put on Network Node due to some technical challenges. We still need Network Node for them, meaning we also need a cluster for HA and more Network Nodes for scaling out the system. Distributing them, we can complete DVR and we no longer need Network Node at all. We submitted a RFE for DHCP and SNAT distribution and worked on them, targeting for Liberty[1][2]. In this session, we will explain what were the technical challenges and how we solved them. Also explain how we can use the completed DVR and what the benefits are for us.

[1] https://bugs.launchpad.net/neutron/+bug/1468236
[2] https://bugs.launchpad.net/neutron/+bug/1467471

Speakers
TM

Takanori Miyagishi

Software Engineer, Fujitsu
Software Engineer, Fujitsu Limited
HS

hanzhang shi

Software Engineer
Expertise in Networking domain and active contributor/follower of Openstack Neutron


Tuesday October 27, 2015 2:50pm - 3:30pm JST
Kyokko

3:40pm JST

The Containers Ecosystem, the OpenStack Magnum Project, the Open Container Initiative, and You!

The technology industry has been abuzz about cloud workload containerization since the open source Docker project became a phenomenon in early 2014. 

Meanwhile, an OpenStack Containers Team was formed and the Magnum project launched to provide users with a convenient Containers-as-a-Service solution for OpenStack environments. 

As the potential of both technologies emerged, many wanted to see shared governance over the baseline container specification and runtime technology to ensure an open cloud ecosystem. 

This past June, a new group was formed with a goal of creating open, industry standards around container formats and runtimes, called the Open Container Initiative (http://www.opencontainers.org).

So how will OpenStack Magnum influence - and be influenced by - the new OCI group? Why is the OCI under the stewardship of the Linux Foundation? What is the scope of the OCI effort? What project goals and/or principles will guide their work? 

Attend this session to learn the following: 

  • A brief history of the open container ecosystem and the major benefits that containerization provides
  • An overview of the Magnum CaaS plugin architecture and design goals
  • Insider details on the the progress of the Linux Foundation Open Container Initiative (and the related Cloud Native Computing Foundation)
  • What it all means for deploying container orchestration engines on your cloud with OpenStack Magnum



Speakers
avatar for Megan Kostick

Megan Kostick

Software Engineer
Megan Kostick is a Software Engineer for the IBM Cloud and Open Source Technologies team working in the Seattle area. She focuses on IBM cloud solutions leveraging the OpenStack, Cloud Foundry, and Docker open source projects. Her previous roles include work in virtualization software... Read More →
avatar for Daniel Krook

Daniel Krook

CTO Call for Code with The Linux Foundation, IBM
Daniel Krook is a Software Engineer and Developer Advocate at IBM. He was an original catalyst behind Call for Code, a multi-year initiative that inspires developers to create sustainable software solutions to the world’s most pressing problems. As CTO, he ensures that those ideas... Read More →


Tuesday October 27, 2015 3:40pm - 4:20pm JST
Kyokko

4:40pm JST

Connecting the Dots with Neutron: Unifying Network Virtualization Between Containers and VMs
Neutron has established a simple, and now broadly accepted, northbound API for network virtualization. In this talk, we will explore the use of Neutron for supporting multi-host and multi-tenant networking for Docker containers as well as OpenStack VMs. In particular, we use the new Docker plugin architecture along with the recently announced networking framework, libnetwork. We show how the libnetwork remote driver can be used to utilize Neutron as the networking backend and will discuss pros and cons of using Neutron in this role.

We will discuss performance comparisons between the use of Neutron with that of the built-in overlay driver, as well as other network drivers being developed for Docker. This talk will give attendees a clear picture of how Neutron can be the unifying networking engine for VMs and containers.

Speakers
avatar for Mohammad Banikazemi

Mohammad Banikazemi

Research Staff Member, IBM Research
Mohammad is a research staff member at the IBM T.J. Watson Research Center. His research interests include cloud computing and software-defined networking. He is a senior member of the ACM and the IEEE and an active contributior to Neutron. Mohammad lives with his family in NYC.
avatar for Phil Estes

Phil Estes

Principal Engineer, AWS
Phil is a Principal Engineer for Amazon Web Services (AWS), focused on core container technologies that power AWS container offerings like Fargate, EKS, and ECS.Phil is currently an active contributor and maintainer for the CNCF containerd runtime project, and participates in the... Read More →


Tuesday October 27, 2015 4:40pm - 5:20pm JST
Kyokko

5:30pm JST

Containers Are Hot, but How Do They Network? Moderated by Eric Hanselman, 451 Research
While containers have been around for decades, they are only now becoming the rage for developers and DevOps practitioners alike. Indeed, they have seen a sudden surge in popularity and are rapidly becoming the standard for developing, packaging and deploying applications. What’s behind this?

As more and more companies adopt microservices architecture, encouraging rapid prototyping and frequent change, there may be implications for networking in general as traditional networks haven’t been designed for agility. What are they?

This panel moderated by Eric Hanselman, Chief Analyst, 415 Research will cover the inside scoop on the answers to these questions and more from the leading vendors and nimble startups involved with containerizing networking. We’ll also consider how vendors are able to help organizations operationalize their networks and eliminate the IT silos, given the  “don’t touch the network” attitude. Be prepared to hear about all about the emerging trends in containerized networking.  

Speakers
avatar for Mike Cohen

Mike Cohen

Director, Product Management, Cisco Systems
Mike Cohen is Director of Product Management at Cisco Systems.  Mike began his career as an early engineer on VMware's hypervisor team and subsequently worked in infrastructure product management on Google and Big Switch Networks.  Mike holds a BSE in Electrical Engineering from... Read More →
avatar for Dan Mihai Dumitriu

Dan Mihai Dumitriu

CTO and Co-Founder, Midokura
Dan leads the product and technology strategy at Midokura. Dan has extensive experience building fault tolerant distributed systems in a variety of industries, including e-commerce, financial services, and enterprise infrastructure. He is a co-author of multiple research papers, holds... Read More →
avatar for Eric Hanselman

Eric Hanselman

Chief Analyst, 451 Research
Eric is the Chief Analyst at 451 Research and coordinates industry analysis across the broad portfolio of 451 research disciplines, with an extensive, hands-on understanding of a range of subject areas, including networks, virtualization, security and semiconductors and their intersection... Read More →
avatar for Daneyon Hansen

Daneyon Hansen

Principal Software Engineer, Tetrate
As a Principal Software Engineer at Tetrate, Daneyon has a wide range of technical responsibilities. Daneyon has contributed to several CNCF projects and was a maintainer of Contour and Gateway API before joining Tetrate. He is currently a maintainer of Envoy Gateway, focused on ensuring... Read More →
avatar for Scott Sneddon

Scott Sneddon

Senior Director, SDN and Virtualization,, Juniper Networks
Scott Sneddon is Senior Director, SDN and Virtualization at Juniper Networks where he spends most of his time evangelizing the benefits of Network Virtualization and Software Defined Networking. Previous experience includes Principle Solutions Architect at Nuage Networks, Chief... Read More →


Tuesday October 27, 2015 5:30pm - 6:10pm JST
Kyokko
 
Wednesday, October 28
 

11:15am JST

QoS - A Neutron n00bie
In the Liberty cycle we worked on a new addition to Neutron, Quality of Service (QoS). In the network jargon QoS is about limiting, prioritizingor guaranteeing speed of traffic, in this case, on neutron ports.  The work in the Liberty cycle was focused mostly around the implementation of bandwidth limiting and laying out the QoS models to support future work.

In this session we'll cover the API changes and the new concepts that were introduced as part of this effort, like QoS rule, rule types and QoS policy.  We'll also share insights on how to get your Neutron driver to implement the API and make QoS available to your users.

Speakers
avatar for Irena Berezovsky

Irena Berezovsky

Architect, Huawei
Irena Berezovsky is a Senior Architect at Huawei.Irena is a veteran community member in OpenStack, having been involved with it since its early days back in 2011. Irena is an active contributor to OpenStack OSS projects like Kuryr, Neutron and Dragonflow.Before her current position... Read More →
avatar for Livnat Peer

Livnat Peer

Sr. Engineering Manager, Red Hat, Red Hat
Livnat Peer is a Sr. Engineering manager at Red Hat, the World's Open Source Leader. Livnat has been part of the on­going innovation in the cloud and virtualization domain, in the last years she was focused around the Networking aspects of this field which is revolutionized by SDN... Read More →
avatar for David Slama

David Slama

Sr. Director of Cloud and Network Solutions, Mellanox Technologies
David Slama is a Software Director of Cloud and Network Solutions in Mellanox. David leads the cloud, networking, virtualization, and software management activities in the R&D.


Wednesday October 28, 2015 11:15am - 11:55am JST
Kyokko

12:05pm JST

Kuryr - Docker Networking in an OpenStack World
Kuryr is a new project under Neutron's big tent that makes Neutron networking available to Docker containers by means of a Docker plugin.

In this session we will introduce Kuryr and show how it provides networking for containers in plain Docker environments and in mixed Docker, OpenStack environments.

Speakers
avatar for Antoni Segura Puimedon

Antoni Segura Puimedon

Software Engineer, Midokura
Antoni serves as the Container Team lead at Midokura and works on integrating MidoNet with VM and Container platforms. He has contibuted in the past to the networking stack of oVirt, Libvirt nova-docker and MidoNet. His recent focus has been on Container Software Defined Networking... Read More →
avatar for Gal Sagie

Gal Sagie

Software Architect
Experienced networking professional, in recent years focusing mainly on network virtualization, SDN and NFV. Active contributer to Openstack and a previous contributor to DPDK and OVS-DPDK, love the open source way and the community. Blogging for everything involving SDN, NFV Openstack... Read More →



Wednesday October 28, 2015 12:05pm - 12:45pm JST
Kyokko

2:00pm JST

Optimizing and Extending Overlay Networking for Containers
Networking for container is rapidly evolving and overlay network is emerging as a popular choice given its simplicity.  One example is Flannel, a generic overlay network using IP datagrams on top of UDP.  Once deployed on a specific underlying infrastructure such as Neutron, there may be opportunities to optimize for performance and to ease some of the limitation of the overlay network.  In this talk, we look at the particular case of a Kubernetes cluster with Flannel running on Neutron networking and VM or baremetal.  This cluster would be provisioned by Magnum.

We will show how Flannel works with Neutron and Kubernetes' internal routing by tracing a round trip message.  We will quantify the overhead of Flannel and identify potential performance optimization.  We will look at the limitation of Flannel from the container perspective and show how some can be mitigated by Neutron.  We will show a demo for these features in a POC based on Magnum and Neutron.  Finally, we will discuss how the POC can be generalized to apply to other overlay  networks.

Speakers
avatar for Mohammad Banikazemi

Mohammad Banikazemi

Research Staff Member, IBM Research
Mohammad is a research staff member at the IBM T.J. Watson Research Center. His research interests include cloud computing and software-defined networking. He is a senior member of the ACM and the IEEE and an active contributior to Neutron. Mohammad lives with his family in NYC.
avatar for Ton Ngo

Ton Ngo

Senior Developer, IBM
Ton Ngo is a senior developer at the IBM Silicon Valley Lab, building cloud solution for customers for the past 8 years using IBM cloud orchestration products. Since the OpenStack Summit in Hong Kong, he has been working on Heat, focusing on improving support for template troubleshooting... Read More →
avatar for Baohua Yang

Baohua Yang

Principal Architect, Oracle America, Inc.
Baohua Yang is currently leading the research and development of Oracle's Blockchain as the principal architect. He has been linked into the system and algorithm areas for 10+ years, with interests on Distributed System and Data Science. He is an open source developer, and has served... Read More →


Wednesday October 28, 2015 2:00pm - 2:40pm JST
Kyokko

2:50pm JST

Clusters, Routers, Agents and Networks: High Availability in Neutron
Of everything that we can build and deploy in a highly-available fashion in OpenStack, deploying highly available networking has been one of the trickiest, most complex aspects to get right.

In Neutron, when choosing the reference implementation, we have several components to consider when deploying for high availability:




  • Neutron-server and its plugins are an API service as any other, with the same HA considerations, albeit with some aspects that deserve extra scrutiny when building for high availability



  • Neutron L2 agents on compute nodes must ensure network connectivity for Nova guests



  • and Neutron agents on network nodes must gracefully ensure routing and DHCP functionality even in the face of hardware failure





HA has also historically not been a very strong focus of upstream Neutron development, with vendors frequently filling the gaps with automation tools and smart service deployment.

In this presentation we cover:




  • Upstream improvements on Neutron HA capabilities over the Juno, Kilo, and Liberty releases



  • The approach taken for Neutron high availability in RHEL OSP and SUSE OpenStack Cloud



  • Implementation details for Neutron HA in RHEL OSP and SUSE OpenStack Cloud





... All presented in the spirit of friendly competition, and upstream collaboration.

Speakers
avatar for Florian Haas

Florian Haas

City Network
Florian runs the Education team at City Network, and helps people learn to use, understand, and deploy complex technology. He has worked exclusively with open source software since about 2002, and has been heavily involved in OpenStack and Ceph since early 2012, and in Open edX since... Read More →
avatar for Assaf Muller

Assaf Muller

Manager of OpenStack Neutron Engineering, Red Hat
twitter.com/assafmuller Manager of OpenStack Neutron Engineering at Red Hat. Neutron core team member and responsible for the project’s testing. Assaf works out of sunny Boston, USA.
avatar for Adam Spiers

Adam Spiers

Senior Engineer, Cloud & High Availability, SUSE
Adam Spiers is a Senior Software Engineer at SUSE, focusing on OpenStack, Pacemaker, Chef and Crowbar.  He was architectural lead for the project to make SUSE OpenStack Cloud capable of deploying highly available infrastructure, and helped SUSE win the Ruler Of The Stack competitions... Read More →


Wednesday October 28, 2015 2:50pm - 3:30pm JST
Kyokko

3:40pm JST

How To Write a Neutron Plugin, If You Really Need To (Neutron Stadium Edition)
This talk is an update of the talk with the same name presented at the Openstack Design Summit in Hong Kong. Abstract and video for this talk are available respectively at http://openstacksummitnovember2013.sched.org/event/c6478ecf54d639de3b8b9958bfe9d450 and https://www.youtube.com/watch?v=RG6u_UuQOcs

Two years on, things have moved quite a bit.

Advanced services have advanced - and now they live in their own repos, plugin have been decomposed, and Neutron now is a stadium within Openstack's big tent.

This talk will go beyond choosing between a plugin and a ML2 driver, and will discuss the various options available to become part of the Neutron "stadium".

Monoliths versus modular plugins
Despite what one might think, this is not about ML2. Here we will discuss whether developers should develop Neutron integration a single monolitich plugin or as a set of plugins each one providing a different services.

Reasons for developing a ML2 driver
Apparently this is the only real option nowaday, but why? Are there cases where choosing to develop a ML2 mechanism driver is not really a no-brainer.

Extending neutron functionality through new services
The Neutron stadium offers different choices. We will look briefly looks at the services currently available in the "stadium", and provide useful insights into developing a new service, like the callback mechanism and ongoing efforts such as neutron-lib.

Where possible, examples targeting the "Human Defined Networking" Neutron plugin (https://github.com/salv-orlando/hdn) will be provided.

This talk has quite a good amount of technical content; the presenter is however committed to keep it lightweight, and, within the limits of the presenter's ability, entertaining.

Speakers
avatar for Salvatore Orlando

Salvatore Orlando

Distinguished Procrastinator, VMware
Salvatore used to be a member of the Neutron core & drivers teams, until he decided he made enough damage and left. He now spends his days picking colors for painting bike sheds and shaving yaks. He has been working in the Openstack networking project since its inception. He actually... Read More →


Wednesday October 28, 2015 3:40pm - 4:20pm JST
Kyokko

4:40pm JST

OpenStack Magnum - Containers-as-a-Service
OpenStack Magnum is a multi-tenant Containers-as-a-Service that combines OpenStack, Docker Swarm, Kubernetes, Mesos, and Flannel to produce a containers solution that works like other OpenStack services. In this session, we will detail and demonstrate Magnum to show you the features and capabilities, and explain why you should choose Magnum as the foundation for your containers strategy, regardless of what container orchestration software your users prefer.

Speakers
avatar for Adrian Otto

Adrian Otto

Distinguished Architect, Rackspace
Adrian serves as a Distinguished Architect at Rackspace. He is an active technical contributor to OpenStack, the chair of the OpenStack Containers Team, and PTL of OpenStack Magnum. Adrian frequently appears at speaking engagements and is active within the standards community developing... Read More →


Wednesday October 28, 2015 4:40pm - 5:20pm JST
Kyokko

5:30pm JST

Monitoring Docker Container and Dockerized Applications
Monitoring Docker Container and Dockerized Applications
Authors: Meenakshi, Satya, Rahul and Ananth

Container technology has been in existence for a long time in the form of LXC. It combines kernel control groups to isolate a process’s resource and support isolated namespaces. Docker came up with multiple added advantages over LXC,Some of them are listed below.

  • Portable deployment across machines. Docker defines a format for bundling an application and all its dependencies into a single object which can be transferred to any docker-enabled machine, and executed there with the guarantee that the environment exposed to the application will be the same

  • Application-centric. Docker is optimized for the deployment of applications,as opposed to machines. This is reflected in its API, user interface, designphilosophy and documentation

  • Automatic build. Docker includes a tool for developers to automatically assemble a container from their source code, with full control over application dependencies, build tools, packaging etc.

  • Versioning. Docker includes git-like capabilities for tracking successive versions of a container.

  • Component re-use. Any container can be used as a "base image" to create more specialized components.

  • Sharing. Docker has access to a public registry.

  • Tool ecosystem. Docker defines an API for automating and customizing the creation and deployment of containers. There are a huge number of toolsintegrating with docker to extend its capabilities.


Challange:

  • But don’t we need to monitor our system, containers, Applications running for our production system?

  • How can we monitor such a distributed system, containers and distributed applications?


There could be three approaches for monitoring and remedy:

1. Reactive:
This kind of monitoring can be achived by the orchestration engine updates the monitoring system.
Example
Puppet: if any changes to configuration happens it revert back to the actual configuration which management config needs

2. 
Proactive:
This kind of monitoring can be achived by adding precautionary measures for the known issues, where, if the issue occurs it immidiately starts the precaution to eradicate the fault.

3. 
Adaptive:
This is better suited for monitoring a frequently changing system like docker containers, as it can adapt itself to the micro services that get intorduced into the containers. Now the question is “Is the adaptive montoring a full solution to the abovementioned challenges?"
- Answer is “NO”
- We need solutions at different levels

Different levels need to be monitored

The cluster manager:
The cluster manager manages the life cycle of a cluster of containers, few present day options are kubernetes and docker swarm

What needs monitoring ?

  • Checking if the cluster manager is up and running and in ahealthy state

  • Are nodes connected as per the correct expected configuration ?


The cluster nodes:
The cluster nodes contains the compute nodes or the VMs over which the containers would be provisioned.

What needs monitoring ?


  • CPU utilization

  • Memory utilization

  • Swap space used

  • Disk space used


Docker
The docker runs a demon on each docker node we need to ensure the docker daemon is healthy and running

The Container: 
The containers runs the micro services of the application so we need to ensure that the container is up and running and the vital points we need to look are:


  • CPU utilization

  • Memory utilization

  • Disk space used

  • Network I/O


This is the most critical part to monitor and the complex part also as the applications are moving towards the distributed applications.

Container Advisor(cAdvisor) provides resource uses and performance characterstics of the running containers . cAdvisor has native support for docker containers.

The Application(micro service):
While monitoring the application, we need something which can be adaptive to the system and quickly adjust to the changes in the new enviornment and be able to take control and sustain itself Which means, one needs to take care of app status, app messages, appinstance failure management, health manager detects and advises, new app instance deployed, routing tables etc.,

Speakers
MS

Meenakshi Sundaram Lakshmanan

Manager - Cloud Systems development, Cisco Systems
Been in the openstack and virtualization business for several years, enthusiastic to understand and learn new technologies. Have managed and delivered several projects around Openstack and cloud technologies.
avatar for CB Anantha Padmanabhan

CB Anantha Padmanabhan

Engineer - Cloud Systems development, Cisco System
I am an Open source enthusiast who loves new technologies and always on the lookout for areas to innovate. I have been working in virtualization and cloud based technologies for the past sever years. Previously worked on various components of Openstack such as Compute, Neutron... Read More →
avatar for Satya Routray

Satya Routray

Engineer - Cloud Systems development, Cisco System
Open-source enthusiast who loves new technologies and lookout for areas to innovate. Been working in virtualization and cloud based technologies for the past several years. Previously worked on various components of Openstack such as Compute, Neutron, Cinder, Swift, Docker. Currently... Read More →
RU

Rahul Upadhaya

Engineer - Cloud Systems development, Cisco System
Has have been working in virtualization and cloud based technologies for the past four years. Previously worked on various components of Openstack such as Compute, Neutron, Scheduler, Cinder and Ceph. Currently working on cloud and network solutions for Cisco Systems. Have been... Read More →


Wednesday October 28, 2015 5:30pm - 6:10pm JST
Kyokko
 
Thursday, October 29
 

9:00am JST

SaaS Experience: Building OpenStack on OpenStack CI With SDN and Containers
Workday as a SaaS leader in human resources management and finances has faced a number of challenges in adopting and deploying open-source technologies such as OpenStack and OpenContrail. One of these challenges was to find a quick way to evaluate and validate Open source technologies in development environment before considering those for production. Another was to integrate these solutions within the framework of existing company application deployment processes. 

In this session, we will talk about how we addressed these challenges by developing an multi-node Openstack CI framework using containers and virtual machines. The topics will cover: 


  • Challenges we faced in developing and testing open source Openstack deployment tools

  • Drivers for adopting Docker for development environment

  • Benefits and challenges of using Docker

  • How we built a CI system on Docker for quick validation of community developed Openstack deployment solution

  • How (we or) operators can develop a transition path for deploying Openstack in production


Speakers
avatar for Imtiaz Chowdhury

Imtiaz Chowdhury

Senior Cloud Engineer, Workday
Imtiaz is a Senior Cloud Engineer at Workday. Imtiaz comes with over 16 years of experience in developing enterprise and network management applications. At Workday, Imtiaz has been involved with building an Openstack based private cloud and developing solutions for migrating existing... Read More →
avatar for Edgar Magana

Edgar Magana

Software architect, Salesforce
Edgar is an emerging leader who has specialized in Cloud Computing, Network Virtualization, Software-defined Networking (SDN), Network Functions Virtualization (NFV), OpenFlow and OpenStack. He has developed excellent software development skills and outstanding customer and business... Read More →


Thursday October 29, 2015 9:00am - 9:40am JST
Kyokko

9:50am JST

Exploring Magnum and Senlin Integration for Autoscaling Containers
Magnum provides container as a service, and Senlin provides clustering as a service to support autoscaling; therefore, to achieve autoscaling for container, it seems straightforward to simply integrate the two services. However, on closer inspection, many issues become apparent.  For example, an administrator would be concerned with scaling the host cluster, while a user would think about scaling the containers.  The different policies from the two levels of scaling may interact in unexpected ways.  Monitoring data for containers and load balancing to containers may require additional support.  Some container managers such as Kubernetes may offer native support to autoscale containers, while other managers such as Swarm may not and require external autoscaling support.  Users may want to autoscale with or without heat template.
                        
To explore these issues and look for best practices, we conduct a POC in integrating Magnum and Senlin.  In this talk we present the results of our POC effort and the new features and enhancements for both projects that we have identified as part of this integration effort.  

Speakers
avatar for Hongbin Lu

Hongbin Lu

Software Engineer, Huawei Technologies
Hongbin is currently a Software Engineer in Huawei Technologies. He is an active contributor of OpenStack, developer/core reviewer of OpenStack Magnum project. He has implemented several key features for Magnum Liberty release, including Mesos integration, HA kubernetes bay, metric... Read More →
avatar for Ton Ngo

Ton Ngo

Senior Developer, IBM
Ton Ngo is a senior developer at the IBM Silicon Valley Lab, building cloud solution for customers for the past 8 years using IBM cloud orchestration products. Since the OpenStack Summit in Hong Kong, he has been working on Heat, focusing on improving support for template troubleshooting... Read More →
avatar for Julio Ruano

Julio Ruano

Senior Software Engineer, IBM
Julio Ruano is a Senior Software Engineer in the IBM Cloud Architecture and Technology organization. In his current role, Julio is responsible for contributing to OpenStack around technologies that are focused on cloud management and orchestration. He is an active contributor to the... Read More →
avatar for Qiming Teng

Qiming Teng

CTO, Sangfor
I have been working on virtualization technologies since 2005, though this is the first time I get myself involved in an open community. It has been an exciting experience so far where I can work with so many talents around the globe, all with different backgrounds, interests, ex... Read More →


Thursday October 29, 2015 9:50am - 10:30am JST
Kyokko

11:00am JST

Why Reinvent the Wheel? ­ Using Murano, Heat, Container Clustering and Ceilometer to Provide Auto-­scaling and Enforce Self­Healing Best Practices in Applications
Many applications still in use today were constructed before web­scale IT designs were more prevalent and therefore lack the features and flexibility of cloud­developed applications.

Traditionally, these applications would need to be completely re­written or redesigned to incorporate modern auto­scaling and self­healing functionality into the application service itself.

In this talk, we will look at:


  • Taking advantage of current capabilities founded on available OpenStack orchestration, modularization, and monitoring and alerting tools to provide scale without rewriting the application

  • Relying on Murano orchestration combined with OpenStack layout to enforce best practice self­healing rules in deployment

  • Simplifying delivery of auto­scaling and self­healing from the service catalog


By attending this presentation you will understand how to apply key features of Murano, Kubernetes, Docker, and Ceilometer to incorporate auto­scaling into existing application frameworks. You will be able to establish your own specific OpenStack availability zones, host groups, flavors and images to enforce resilient application service best practices and incorporate the use of these features and capabilities in conjunction with currently used deployment mechanisms.

Speakers
avatar for Bruce Mathews

Bruce Mathews

Senior Solution architect, Mirantis
Bruce has been a Senior Solutions Architect in the computer industry for forty-one years, working at multiple technology companies including Mirantis, HP, Sun and Symbolics. Bruce has been involved with the Open Source community since 2000. Bruce was a member of Hewlett-Packard’s... Read More →


Thursday October 29, 2015 11:00am - 11:40am JST
Kyokko

11:50am JST

Decomposing Lithium's monolith With Kubernetes and OpenStack
Application developers are rapidly moving to container-based models for dynamic service delivery and efficient cluster management.  In this session, we will discuss a OpenStack production environment that is rapidly evolving to leverage a hybrid cloud platform to deliver containerized micro services in a SaaS Development/Continuous Integration environment.  Kubernetes is being used to simplify and automate the service delivery model across the public/private (OpenStack, AWS, GCE) environments and is being introduced in a way that eliminates extra overhead and engineering effort.  Lithium is actively contributing to key open source upstream projects and working closely with its engineering/development teams to optimize software efficiency with an elastic cloud architecture that delivers on the benefits of cloud automation.

Speakers
avatar for Lachlan Evenson

Lachlan Evenson

Team Lead, Cloud Platform Engineering
Resident network sage building scalable multi­tenant service provider networks that span the globe. Pushing networking boundaries in a public/private SaaS environment. Passionate about infrastructure automation, architecture and cloud deployment strategy. As a believer in open... Read More →


Thursday October 29, 2015 11:50am - 12:30pm JST
Kyokko

1:50pm JST

Kolla: Ansible Deployment + OpenStack in Docker Containers = Operator Bliss
Be prepared to have your mind blown away by witnessing the power of Kolla. Kolla uses Ansible for deployment automation and Docker for containerizing OpenStack services to deliver Operator nirvana.

Learn why Kolla is like Willy Wonka's Chocolate Factory for OpenStack Operators. We will tell the story of the Kolla project and the community best practices used to build it. Do you want simple and reliable upgrades? Experience how Kolla makes that a snap through Docker image-based deployments. Tired of inflexible deployment solutions? Experience how Kolla provides uber flexibility. Want to deploy from source or packages with choice of distribution? See how Kolla provides choice in operating system and OpenStack distribution.  Do you want to run OpenStack as micro-services instead of a slew of individually managed packages? Experience how Kolla transforms the OpenStack Big Tent into a micro-service architecture.  Curious what happens when a disk error corrupts your docker containers volume? Experience how Kolla can quickly repair the containers and get the OpenStack deployment into a non-degraded operational state.

Get an insider view of our diverse community's project and understand why Kolla is your golden ticket to deploying OpenStack clouds.

Speakers
avatar for Steven Dake

Steven Dake

Principal Engineer, Cisco Systems, Inc.
Steven Dake currently serves as an elected Individual Director of the OpenStack Foundation where he is focused on making multicloud computing a reality. Steve is also actively involved in bridging communities between adjacent open source communities.Additionally, Steve currently... Read More →
avatar for Daneyon Hansen

Daneyon Hansen

Principal Software Engineer, Tetrate
As a Principal Software Engineer at Tetrate, Daneyon has a wide range of technical responsibilities. Daneyon has contributed to several CNCF projects and was a maintainer of Contour and Gateway API before joining Tetrate. He is currently a maintainer of Envoy Gateway, focused on ensuring... Read More →
avatar for Sam Yaple

Sam Yaple

Senior DevOps Engineer, Servosity
I am the Senior DevOps Engineer with Servosity. I have been working with OpenStack and Docker since 2013 and have a strong focus on using containers to simplify OpenStack deployment. I have also been tinkering with ways to make OpenStack "from-source" deployments easy and accessible... Read More →


Thursday October 29, 2015 1:50pm - 2:30pm JST
Kyokko

2:40pm JST

Load Balancing as a Service, Liberty and Beyond
Load balancing as a service has been one of the critical features asked for by cloud tenants.

For the Liberty release cloud providers such as Rackspace, HP, etc. have partnered with the community and load balancer vendors such as Radware and A10 to enhance the new LBaaS v2 service with Horizon support, L7 redirection, and a new service VM based reference implementation.


 

Speakers
avatar for German Eichberger

German Eichberger

Principal Cloud Software Engineer, HP
German Eichberger is a Principal Software Engineer with HP and Co-PTL of OpenStack Octavia. He earned a Master in Computer Science from University of Karlsruhe. His interests are Cloud, SDN, and Microservices.
avatar for Michael Johnson

Michael Johnson

Software Design Engineer, Rackspace
Michael is a core reviewer in the OpenStack Neutron-LBaaS, Octavia PTL, and Kosmos (GSLB) projects. Over his fifteen year career at HP he has worked on data center automation, distributed network systems, embedded system design, and big data. Michael lives in Corvallis, Oregon... Read More →
avatar for Brandon Logan

Brandon Logan

Software Developer, Rackspace
Core reviewer for neutron-lbaas and octavia projects.  



Thursday October 29, 2015 2:40pm - 3:20pm JST
Kyokko

3:30pm JST

In a World of Ephemeral Containers, How Do We Keep Track of Things?
This talk is on trends for keeping state in clusters of ephemeral containers. Containers are a popular new way to deploy applications. Containers give you benefits like standard container formats, resource isolation, and easy to use deployment tools. However, there are a number of caveats to using containers. One caveat is that many benefits require you to be careful about how you store application state.

Containers are normally managed in such a way that they can be started and stopped easily in order to provide higher availability and better utilize cluster resources. However, this methodoligy has it's tradeoffs. One tradeoff is that each container is generally started in the same state each time. This makes it difficult to save data such as databases or caches in containers.

I will present a number of challenges regarding storing state.

  1. Allowing data to survive restarts

  2. Allowing data to be moved between hosts

  3. Managing storage solutions

I will then present a number of strategies that can be used to meet these challenges.

  1. Storing data via mounts to the host machine

  2. Storing data in external services (CloudSQL, RDS, S3, Object Storage, Cloud Datastore, etc.)

  3. Storing data in cluster native database apps (Cassandra, Riak, etc.) 

I will present these strategies in the context of running Kubernetes on OpenStack. Kubernetes is a tool created by Google for managing clusters of containers and has support for OpenStack.

I believe this talk will help attendees visualize how they can map their current problems and workloads to containers. This should make it easier for them to make the leap to using containers for their deployments.

Speakers
avatar for Ian Lewis

Ian Lewis

Developer Advocate, Google
Ian is a software engineer at Google and contributor to the gVisor project. Ian has had various developer and operations roles throughout his career and enjoys working in environments with diverse ways of thinking. Ian has been living in Tokyo since 2006 and is active in the open-source... Read More →


Thursday October 29, 2015 3:30pm - 4:10pm JST
Kyokko

4:30pm JST

Beginners Guide to Containers Technology and How it Actually Works
Containers are a much talked about, much hyped technology, but what exactly are they and how do they work?  What is the different between an Application Container and an Operating System container? This talk will try and take the technically adept beginner through the details of what containers on Linux are, how they're brought up, where the component technologies, like Cgroups and Namespaces fit in and how and why containers differ from hypervisors.

We'll begin by covering ancient history: the BSD chroot() system call and why this lead to the first idea of containing service based applications (and how this lead to the mount namespace), followed by a brief digression into IBM DPAR and Solaris Zones, Moving on to the Parallel developments of beancounters and cgroups and finally describing the unified container interface in Linux today consisting of the current set of Cgroups and Namespaces.  Along the way, we'll describe how container guests can directly interact with the host operating system and vice versa and why this is important for application containers.  How operating system containers effectively run different versions of Linux (like running ubuntu on RHEL) and why they differ from application containers.  Finally, for completeness, we'll look at applications which are themselves integrated with container technology and what they do with it to enhance their own functions.

Speakers
avatar for James Bottomley

James Bottomley

CTO, Virtualization, Odin
James Bottomley is CTO of Virtualisation at Odin where he works onVirtualization including container technology for Linux and Windows. He isalso Linux Kernel maintainer of the SCSI subsystem. He has been a Director onthe Board of the Linux Foundation and Chair of its Technical AdvisoryBoard... Read More →


Thursday October 29, 2015 4:30pm - 5:10pm JST
Kyokko

5:20pm JST

Trusted and Secure Containers for Enterprise Deployment
Container technologies offer the exciting prospect of rapidly scaling applications and services without the large overhead of traditional virtualization environments. However, container technologies bring security vulnerabilities that a skilled intruder running inside a container can exploit to infiltrate other containers and eventually take over a cloud environment.

In this talk, Intel’s security, virtualization and Linux technologists collaborate to show how a trusted container environment can be deployed in an OpenStack environment that will:

  • Ensure a root of trust for the platform on which a containerized app is deployed through trusted platform modules

  • Encrypt the containerized workload and manage the key exchange process so it can only be decrypted and deployed on the targeted server as a trusted container

  • Rapidly launch the trusted container in a fraction of the time it would take to launch a traditional VM

  • Protect each container from other potentially rogue containers through isolation technologies already present in Intel® Architecture servers


This capability opens the door to a variety of Enterprise usages for OpenStack, which will be outlined

Speakers
avatar for Abhishek Gupta

Abhishek Gupta

Software Architect, Intel Corp., Intel Corporation
Dr. Abhishek Gupta is a Cloud Security Architect at Intel Corp, USA. In this role, he performs research and development of solutions for cloud security. He received his Ph.D. from the Department of Computer Science at the University of Illinois at Urbana-Champaign. His PhD thesis... Read More →
AV

Arjan van de Ven

Principal Engineer
Bio
RY

Raghu Yeluri

Sr. Principal Engineer, Intel
Raghu Yeluri is a Sr. Principal Engineer and lead Security Architect in the Data Center Group at Intel Corporation with focus on confidential compute in cloud native, containerized deployments leveraging hardware-based security. In this role, he drives security solution architecture... Read More →


Thursday October 29, 2015 5:20pm - 6:00pm JST
Kyokko
 


Filter sessions
Apply filters to sessions.