Open Source Paving the Future of Cloud and Big Data Strategies

Open Source Paving the Future of Cloud and Big Data Strategies

26 November 2012 Shah Alam Conven4on Centre.

Open Source: The Next Genera3on of Digital Transforma3on

Topic Illustra/ons

Open Source Defini/ons

•  “Describes so8ware that comes with permission to use, copy and distribute, either as is or with modifica/ons, and that may be offered either free or with a charge. The source code must be made available” – GARTNER

Why use open source for building and designing cloud?

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Cloud Hypervisor In compu/ng, a hypervisor or virtual machine manager (VMM) is a piece of computer so8ware, firmware or hardware that creates and runs virtual machines.

the true open-‐source hypervisors are Xen and KVM. Xen is widely used among large-‐scale cloud vendors, including Amazon and Rackspace. But KVM has the widest support for guest OSes

Open Source Cloud PlaYorm

Open Source Impact to Cloud Adop/on

•  Adop4ng cloud to op4mize IT Investment, improve exis4ng services or to support new business. In this scenario, open-‐source lowers the barriers

•  Open source allows great customiza4on to meet individual requirements

•  Open-‐source also encourages and supports innova4on in the development of new cloud products

•  Collabora4on between technology providers and users is a huge advantage in the open source arena

•  Open source technology is going to seriously impact the cloud compu/ng world: – Open source so8ware is essen/ally free, and it is not generally encumbered by the so8ware license models of proprietary so8ware.

– Many proprietary so8ware vendors, are trying to maintain old and expensive license models, even though they impede the flexibility gained by virtualiza/on and cloud compu/ng.

Cloud Compu/ng Defini/on

“Clouds are a large pool of easily usable and accessible virtualized resources. These resources can be dynamically reconfigured to adjust to a variable

load, allowing also for an op4mum resource u4liza4on. This pool of resources is typically exploited by a pay-‐per-‐use model in which

guarantees are offered by the Infrastructure Provider by means of customized SLA”.

Cloud Compu/ng: History

Cloud Compu/ng: Why Now?

•  Experience with very large datacenters – Unprecedented economies of scale –  Transfer of risk

•  Technology factors –  Pervasive broadband Internet – Maturity in Virtualiza/on Technology

•  Business factors – Minimal capital expenditure –  Pay-‐as-‐you-‐go billing model

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Industrialisa/on of IT is Inevitable

Ø  Efficient alloca/on of resources by

specialists •  Best of breed capabili/es,

limited waste

Ø  Resource pooling & distribu/on increase accessibility

•  Exponen/al cost decreases •  Flexible resource access •  Pay-‐per-‐use

Ø  Empowerment to focus on core business

“IT as a Service”

What is Cloud Compu/ng?

Hybrid Cloud

Private Cloud Public Cloud Community Cloud

On Demand Self Services

Broad Network Access

Resources Pooling

Rapid Elas/c

Measured Service

DEPLOYMENT MODEL

SERVICE MODEL

ESSENTIAL CHARACTERISTIC

Public vs Private

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IT Dilemma: Without Cloud

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IT Dilemma: With Cloud

Unused resources

Economics of Cloud Users •  Pay by use instead of provisioning for peak

Sta/c data center Data center in the cloud

Demand

Capacity

Time

Res

ourc

es

Demand

Capacity

Time

Res

ourc

es

Unused resources

Economics of Cloud Users

•  Risk of over-‐provisioning: under u/liza/on

Sta/c data center

Demand

Capacity

Time

Res

ourc

es

Economics of Cloud Users •  Heavy penalty for under-‐provisioning

Lost revenue

Lost users

Resources

Demand

Capacity

Time (days) 1 2 3

Resources

Demand

Capacity

Time (days) 1 2 3

Resources

Demand

Capacity

Time (days) 1 2 3

What is BIG DATA? – Volume: There is too much data to be stored and require too many processes—seman/c analysis/data processing.

– Velocity: It means storage and processing speed. – Variety: The demand for unstructured data, such as text and images is increasing as well as refined-‐type data that can be standardized and previously defined like the RDBMS table record

Big Data is Complex

•  the variety of data that it encompasses – from structured data to unstructured data

•  because of the speed at which it’s delivered and used, such as in “real-‐/me.”

•  because of the volume of informa/on we are crea/ng.

How the cloud can help •  Cloud Compu/ng Essen/al Characteris/c it-‐self –  On-‐demand Self Service –  Broad Network Access –  Resource Pooling –  Rapid Elas4city – Measured Services

Conclusion

Volume, Velocity & Variety

Scalability, Elas/city Fast Deployment Opex Model

Cost Effec/ve, customizability

OSS Based -‐ SkaliCloud

•  plaYorm •  virtual machine manager •  Both & •  Pay per Use business model •  True Public Cloud offering •  Onsite or Offsite Private Cloud

Private Cloud Public Cloud

SkaliCloud Services

•  SKALI Cloud Services offers ultra flexible, scalable cloud servers via our infrastructure on-‐demand. Simply configure our sophis/cated infrastructure with any web browser to match your needs.

•  Our virtual servers offer all the power and control of a tradi/onal hosted server whilst giving you the benefit of:

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–  INSTANT FLEXIBILITY, scale your machine up and down using any browser

–  PEACE OF MIND, managed infrastructure with automa/c failover

–  COST EFFICIENCY, built to scale, and grow only when you need to

• Easy-‐to-‐use web control panel and API, giving end customers full control to self-‐manage their cloud servers

• Commodity server hardware backend – no expensive SAN/NAS required – for simplest install and lowest technical costs

• Advanced Linux KVM virtualiza/on, suppor/ng high performance cloud servers running any OS with no special drivers

• Mul/ple independent RAID arrays on each virtualiza/on host, giving redundancy & no single point of cluster failure

• Cloud servers from 2GHz, 1GB to 8-‐core, 8GB • Automated 24/7 monitoring with alerts when opera/onal interven/on

needed • Cer/fied with to work with independent mul/-‐cloud management API

libraries from jclouds & libcloud.

Technology Highlights

SKALICLOUD High-Level Architecture

Key Facts • Built entirely on commodity PC

Hardware and open source software. • Linux KVM virtualisation running on

high-end PC hardware, supporting customer servers running any PC operating system.

• Multiple RAID disk servers in each location.

• Fully self-managed via web control or API.

•  CPU, Memory, Disk •  Sold by the hour or

on subscription •  You are only billed for

what you use (pre-paid & post-paid)

We offer highly scalable hos/ng plaYorm & on-‐demand burst compu/ng

SKALI Cloud Services

Package Op4ons

•  Package A : Virtual Private Cloud – SkaliCloud Host Environment

•  Package B : Off Premise Private Cloud – Skali Data Center Environment

•  Package C : On Premise Private Cloud – Client Data Center Environment

Why Skali Private Cloud? •  We offer ultra scalability, elas/city, on demand services •  PAYU model – pay as you use •  Minimum Setup Fees •  Eliminate The Most Common Challenges to Private Cloud

–  Budget. Private clouds can be expensive – With Us, Pay As You Use (monthly chargeback model), we provide you with the infrastructure.

–  Integra4ng with public clouds. Hybrid ready, when a need to public cloud internally

–  Scaling. We provide the economies of scale. –  Technology obsolescence. No Worries, We taking care the hardware

investment –  Fear of change. No Worries, We managed for You.

[email protected] 012-‐6665691

www.skalicloud.com

Thank You!

Open Source Paving the Future of Cloud and Big Data Strategies

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