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In this presentation, Rhys Oxenham will introduce attendees to Red Hat Enterprise Linux OpenStack Platform, Red Hat’s OpenStack distribution, covering the technology, the use-cases, and existing customer success stories. Attendees will gain valuable insight into how OpenStack works and how organisations can make the most of OpenStack technology.
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OpenStack: Use Cases & Success Stories
Rhys Oxenham Field Product Manager, Red Hat
• Founded in 1993 • ~6300 employees in 54 offices worldwide • Worlds largest and most successful open-source company
• Focussed on providing enterprise-class: • Products & Solutions • Support • Professional Services • Training
• Now, a lot more than just Linux!
Who are Red Hat?
OPENSOURCE LEADER
#1
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The Red Hat Portfolio
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• OpenStack is made up of individual autonomous components • All of which are designed to scale-out to accommodate throughput and availability • OpenStack is considered more of a framework, that relies on drivers and plugins • Largely written in Python and is heavily dependent on Linux
OpenStack
• Red Hat’s officially supported, enterprise-class, OpenStack distribution • Built specifically for, and tightly integrated with Red Hat Enterprise Linux • Released every six months; two months after upstream availability
• Focus on: • Code maturity, stability, and security • 3rd party ecosystem of value-add components and certified platforms • Extended lifecycle- two years for Havana, three years for Icehouse • Enterprise-class support from the #1 corporate contributors • Rich product documentation and reference architectures
Red Hat Enterprise Linux OpenStack Platform
• Cloud is widely seen as the next-generation IT delivery model • Agile & Flexible • Utility-based on-demand consumption • Self-service driving down administrative overhead and maintenance
• Public clouds are setting the benchmark of how IT could be delivered to users • Not all organisations are ready for public cloud
• Applications are being written differently today- • More tolerant of failure • Making use of scale-out architecture
Why does the world need OpenStack?
• Our data is too large • Volumes of data are being generated at unprecedented levels • Most of this data is unstructured
• Service requests are too large • More and more devices are coming online • Tablets, phones, laptops, BYOD generation… !
• Crucially, applications weren’t written to cope with the demand! • Traditional infrastructure capabilities are being exhausted • Service uptime, QoS, KPI’s and SLA’s are slipping
Major issues with traditional infrastructure…
Workloads are evolving…
Traditional Workloads
• Typically each tier resides on a single machine • Doesn’t tolerate any downtime • Relies on underlying infrastructure for availability • Applications scale-up, not out
Cloud-enabled Workloads
• Workload resides across multiple machines • Applications built to tolerate failure • Does not rely on underlying infrastructure • Applications scale-out, not up
Whilst we see interest in many different areas, the “perfect fits” are as follows-
• A public cloud-like Infrastructure-as-a-Service cloud platform • Internal “Infrastructure on Demand” - private cloud • Test and Development environments - e.g. sandbox • Cloud service provider platform - reselling compute, network & storage
• Building a scale-out platform for cloud-enabled workloads • Web-scale applications • Academic or pharma workloads, e.g. genetic sequencing
• Network Function Virtualisation (NFV) platform
So, how is OpenStack being used?
Customer Success Stories
• Broad Institute of Harvard and MIT • Industry: Biomedical Research • Type: On-premise private cloud for on-demand, self-service computing • Use-case: Data processing of large sample sets for cancer research
• Midokura • Industry: Network Virtualisation Vendor • Type: On-premise private cloud for development and testing • Use-case: Integrating their value-add tools and for testing scale, performance, and
stability, as well as diagnosing customer problems
Customer Success Stories
• National Computational Infrastructure (Australia National University) • Industry: Weather Simulation • Type: Internal scale-out platform for high-performance computing • Use-case: High performance compute clusters with on-demand access for
processing weather data for simulation purposes
• University of Porto (Universidade do Porto) • Industry: Academic Research • Type: On-premise multi-site private cloud • Use-case: Providing elastic Infrastructure-as-a-Service to researchers and students
Customer Success Stories
• A few anonymous public cloud stories • Customers choosing OpenStack (Red Hat’s!) to build their public cloud offering • Providing alternative to Amazon AWS • Exploiting data locality laws and anti-US “spying”
• THE platform for Network Function Virtualisation (NFV) • OpenStack is the perfect platform for hosting network/telco apps & services • Alcatel Lucent (ALU) doing just this with Cloudband and is using Red Hat • Plus many more currently non-public
Customer Success Stories
