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TRANSCRIPT
IOS Software Solutions
Your Cisco Cloud Builder
Razvan Velican
Executive Director
(c) IOS Software Solutions
Agenda
• IOS Software Solutions – Cisco Cloud Builder
• Create a Private Cloud „Virtual Desktops Empower Students” Cloud Computing Case Study - Paris Institute of Political Studies
• Adopting Public Cloud – „First School in Cloud”
• IOS Software Solutions – Cloud Services
• Q & A
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IOS Software Solutions – Cisco Premier Partner
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IOS Software Solutions is a system integrator
that provides IT&C consultancy, implement custom
solutions and provide to customers extensive
support services.
As system integrator IOS Software Solutions has
expertise in consulting, audit, design,
implementation, optimization, maintenance and
support for complex projects since 2006.
The strength of the company is to develop
creative solutions for ensure integration, optimization
and efficient use for all internal processes or
external activities for our clients.
IOS Software Solutions – Cisco Premier Partner
Hightlights
- Doing business since 2006
- Advanced Routing & Switching Specialization
- Advanced Collaboration Architecture Specialization
- Advanced Data Center Architecture Specialization (* ongoing)
- IOS Cloud Services ( august 2014)
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IOS Software Solutions – Our Team
Cisco Certifications
• 2X CCIE (Cisco Certified Internetwork Expert)
• 2 X CCNP(Cisco Certified Network Professional)
• 1 X CCDP (Cisco Certified Design Professional)
• 2 X CCDA (Cisco Certified Design Associate)
• 7 X CCNA (Cisco Certified Network Associate)
• 1 X CRSFS( Cisco Routing and Switching Field Specialist)
• 1 X CRSDS( Cisco Routing and Switching Design Specialist)
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IOS Software Solutions – Our Team
• 1 X CCADS (Cisco Collaboration Architecture Design Specialist)
• 1 X CUCUCSS (Cisco Unified Communications on Unified Computing Systems Specialist)
• 1 X CWDIS (Cisco Webex Design and Implementation Specialist)
• 1 X CVNS (Cisco Video Network Specialist)
• 1 X CSSDS (Cisco Security Solutions and Design Specialist)
• 3 X CSE (Cisco Sales Expert)
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The „Cloud” concept
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Hype clycle 1950 - The underlying concept of cloud
computing dates back to the 1950s, when
large-scale mainframe computers became
available in academia and corporations.
1960 - John McCarthy opined in the 1960s
that "computation may someday be organized
as a public utility.„ (* Singapore – wifi project)
1990 - In the 1990s, telecommunications
companies, who previously offered primarily
dedicated point-to-point data circuits, began
offering virtual private network (VPN) services
with comparable quality of service, but at a
lower cost. 1999 - Founders launch salesforce.com in small San Francisco apartment. 2000 - After the dot-com
bubble, Amazon played a key role in the
development of cloud computing by
modernizing their data centers, which, like
most computer networks, were using as little
as 10% of their capacity at any one time, just
to leave room for occasional spikes.
Cloud Delivery Models
SaaS
Infrastructure as a Service
Compute, storage, networking, etc
Ex.: IOS Cloud Services ;
Platform as a Service
Middleware, directories, etc
Ex.: Google App,Open Shift
Software as a Service
Applications, collaboration, etc
Ex.: Exchange, Lync, Salesforce.com
Data Center as a Service
Data center facilities, power, cooling
Ex.: IOS Cloud Services ;
PaaS
IaaS
DCaaS
Cloud Delivery Models
IT Ad
min
s
IT Op
eratio
ns
Cisco Intelligent Automation for Cloud with Cloupia
Partn
er Eco
system
Pod Physical Infrastructure Virtual
Infrastructure
Compute Network Storage Customer Choice
Multi-Cloud
Infrastructure Management
vCloud Director
MSCVMM RHEV-M
WAN
End Users
Cloud Service Providers
Self Service Portal Hybrid Cloud
• Enterprise-Wide Orchestration
• Extensible Service Catalog for IT Governance
• Integration with IT Operations & Management Tools
Cisco
Intelligent
Automation
For Cloud
Network
Services
Manager
FlexPod
DC Core
Nexus 1000v
VSPEX
Cisco Intelligent Automation for Cloud
• Web-based self-service portal and service catalog
• Service delivery automation
• Operational process automation
• Resource management
• Lifecycle management
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Adopting cloud Virtual Desktops Empower Students – Case study Paris Institute of Political Studies
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Challenge Established in 1872, the Paris Institute of Political Studies (Institut d’études politiques de Paris or, more familiarly, Sciences Po) is one of the world’s most prestigious social science higher education institutions, traditionally educating France’s political and diplomatic elite. Catering for such an exclusive student body poses a challenge in IT terms, however.
• „Bring your own device” - For a start, most students expect to be able to bring their own mobile and computing devices onto campus, and to use these to access Sciences Po systems and applications. At the same time, the students and faculty spend a lot of time working and publishing via web-based tools, and thus expect high levels of application performance and availability.
• „Fast response for business needs”- These circumstances were problematic for Sciences Po, given the relatively small size of its IT team and the limitations of its traditional data center technology. For example, deploying a physical server could take up to six weeks. The institution needed to upgrade its data center infrastructure to one that would support a secure bring-your-own-device (BYOD) ethos, while at the same time improving IT performance and helping enable easier delivery of services.
• Efficiency was also important, given the restrictions of the Sciences Po data center facilities.
Franck Epaillard, head of user services in the Sciences Po IT Systems Department, says:
“The answer to these issues would be to provide people with a virtual desktop infrastructure
to allow access on demand.”
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Cisco – Unified Computing System
Cisco Unified Computing System is an integrated system that is configured through unified, model-based management to simplify deployment of enterprise-class applications and services running in bare-metal, virtualized, and cloud-computing environments.
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Solution
A Cisco Desktop Virtualization Solution, based on the Cisco Unified Computing System (UCS), was the solution.
The Institute used Cisco Catalyst® 4500 Series Switches and Nexus® 7000 Series Switches to connect its network to the data center, so when it decided to implement a Cisco Unified Computing System™ (UCS™) architecture, plugging the latter into two Cisco UCS 6100 Series Fabric Interconnects was relatively easy. In concert with this, Sciences Po deployed three blade chassis with a mix of UCS B250 M2 Blade Servers and B200 M2 Blade Servers, all equipped with Intel® Xeon® 5600 Series Processors.
Together with Citrix XenApp, UCS delivers virtual desktops to 1200 users, along with virtual servers for teaching and social sciences applications. Virtualization is enabled by Citrix XenSource and XenServer, Oracle VM, and VMware.
A host of other services run on the Cisco UCS platform, including print servers, Samba services, Apache web servers, Lightweight Directory Access Protocol servers, and Microsoft Windows 2003, 2008 R2, and SQL Server 2008 Enterprise Edition. Other applications virtualized on the UCS Blade Servers include Cisco Wireless Control System, LANDesk, and Microsoft Active Directory 2.
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Results • Sciences Po has achieved desktop virtualization, class-leading enterprise application
performance, server consolidation, and service-oriented infrastructure delivery. The deployment was carried out over the summer break and, to accelerate the transformation, Sciences Po chose the Cisco Unified Computing Support Service to help sustain performance and high availability.
• Cisco UCS is the primary production platform with legacy servers retained as a secondary backup for added redundancy and fault tolerance. “We have already decommissioned 80 percent of our physical servers through server consolidation and virtualization,” says Epaillard. “Our ultimate objective is to completely transition to a green data center using a highly efficient server set up with minimal environmental impact.”
• The Cisco Desktop Virtualization Solution allows Sciences Po to provision new desktops quickly and easily whenever needed, for example for students on short-term courses. Epaillard says: “The major advantages of Cisco UCS include ease of configuration, administration, and expandability. The technology provides added value and better performance for our applications by providing outstanding load balancing and availability.”
• Having a simpler architecture means Sciences Po no longer has to spend as much on technology. And at the same time, the IT department is able to deliver improved service to its users. “We’ve increased uptime by decreasing system failures,” says Epaillard, “and thanks to the integrated auto recovery features and advanced system design, availability has improved from three nines to four nines. Meanwhile, the Cisco technology has permitted our IT staff to adopt a more flexible schedule between weekly rotations.”
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Sugata Mitra – the man who build the first school in „Cloud”
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Sugata Mitra (born 12 February 1952) is Professor of Educational Technology at the School of Education, Communication and Language Sciences at Newcastle University, England. He is best known for his "Hole in the Wall" experiment, and widely cited in works on literacy and education.
First School in Cloud – Sugata Mitra
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The Killingworth School in the
Cloud opened its doors on November
22 (2013), with a group of students
investigating the question: “Who
invented algebra?” As the students
gathered around computers and
began their research, they were
guided by an online mediator from the
“Granny Cloud,” which Skypes retired
teachers into the lab not so much to
instruct the students but to offer them
encouragement. Appearing on a large
screen on the wall, this “Granny
Cloud” volunteer appeared almost life-
sized.
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IOS Cloud Services
IOS Cloud Services
• Data Center as a Service : Space, Power, Cooling, Security;
• Infrastracture as a Service : Compute, Storage, Networking, OS ;
• Platform as a Service : Hardware arhitecture , OS(Microsoft, Red Hat );
• Software as a Service : Microsoft AD, Microsoft Exchange, Microsoft Lync,Veeam Backup&Replication;
Why IOS Cloud Services ?
• Reduce Costs. TCO for cloud services are smaller ;
• No CAPEX just OPEX ;
• More productivity. Cloud services run on faster and scalable infrastructure ;
• Very high availability & disaster recovery ;
• Upgrade all the time. Using the latest technology;
Before After Total savings/ year
Location Servers IOS Cloud Services 88,695kW
Location 1 14 VM’s 1 250W 9.221 EUR Location 2 11 VM’s 2 250W Location 3 6 Backup 250W Location 4 1 Storage 500W
Total 32 Total 3 Server power consumption/ hour 250W consum orar total 1250W
Total servers power consumption /hour 8 kWh
Total servers power consumption /hour 1.25 kWh => 16%
Total servers power consumption + cooling/ hour 12 kWh
Total servers power consumption + cooling/ hour 1.875 kWh
Total servers power consumption + cooling/ month 8640 kW
Total servers power consumption + cooling/ month 1350 kW
Total servers power consumption + cooling/ year 105120 kW
Total servers power consumption + cooling/ year 16425 kW
Total cost / year ~ 11.000 EUR Total cost / year 1.707 EUR
IOS Software Solutions
Thank you
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