Slide 1: CLOUD COMPUTING R. Vijayarajeswaran M.E., (Ph.D.)
Managing Director,
Micro Cloud Technologies Pvt. Ltd.,
Chennai. Micro Cloud Technologies
Slide 2: Micro Cloud Technologies
Study Conducted by Microsoft & Market Intelligence Giant (IDC) : Study Conducted by Microsoft & Market Intelligence Giant (IDC) Micro Cloud Technologies
Slide 5: Micro Cloud Technologies
Slide 6: Micro Cloud Technologies Cloud to Create 2 million (20 Lakhs)
Jobs in India by 2015
Cloud Computing will generate some 14 million new jobs worldwide by 2015
India alone will create over 2 million new jobs,
Predicts a study commissioned by
Microsoft and International Data Corporation (IDC)
Slide 7: Micro Cloud Technologies Cloud Computing (A Definition)
It is a new computing model
The resources such as computer hardware, storage, network and software are abstracted
Provided as services on the Internet/Ethernet Definition
Slide 8: All are Remotely accessible
There are 3 services
# Infrastructure as a service (IaaS)
# Platform as a service (PaaS)
# Software as a service (SaaS) Micro Cloud Technologies Services
How We Got to Cloud Computing : How We Got to Cloud Computing 1960’s 1970’s 1980’s 1990’s 2000’s Centralized
Mainframes Decentralized
Computing ASPs SAAS Cloud
Computing Micro Cloud Technologies
Slide 10: Micro Cloud Technologies
Slide 11: Micro Cloud Technologies Business Solutions
WORLD WIDE FORECAST : WORLD WIDE FORECAST Micro Cloud Technologies
Slide 13: Spending Cloud service will grow 4 times faster than overall IT spending
Public cloud spending : 2% in 2010
Going to be 5% in 2015 Micro Cloud Technologies IT Spending
Slide 14: Micro Cloud Technologies The Hindu Paper
Slide 15: Micro Cloud Technologies Reshaping IT Market Current Indian Cloud Market : $400 million
By 2015 : $4.5 billion
Heavy Increase in Private Cloud Installation
Slide 16: Micro Cloud Technologies The Hindu Paper
Slide 17: Micro Cloud Technologies
Slide 18: Some success story of cloud implementation
for past 10 yrs Micro Cloud Technologies Customers Success Story
Slide 19: The clinic has reduced hardware, power and cooling costs by more than $100,000 while improving the Performance, Efficiency and Availability of Tier-1 applications.
Deployment Environment
Hardware:
vSphere and vCenter on 3 IBM x3650,
dual processor, quad core servers with 34 GB RAM,
2 EqualLogic PS400E, 1 PS3900XV SAN.
Virtualized production applications:
Microsoft Exchange, Sharepoint and SQL Server,
EMR, Digital X-Ray and MRI,
Active Directory, Citrix and Terminal Server Micro Cloud Technologies 1. Campbell Clinic
Slide 20: FTIL adopted vSphere to maximize its existing real estate and infrastructure, achieving 50:1 consolidation ratios while running SAP and Microsoft applications in production environments.
Deployment Environment
Hardware:
ESX 4.0 on two Sun 4600 M2 servers with eight quad-core AMD Opteron 8356 processors and 256GB RAM , NetApp 2050 FC SAN with 99TB of storage.
Guest Operating Stems:
Microsoft Windows 2000, Microsoft Windows 2003, Microsoft Windows XP.
Virtualized Production Applications:
Web applications, HR payroll, Customer Relationship Management(CRM),
Microsoft SQL Server, Antivirus admin, SAP development,
SAP quality, software test and development and ODIN Manager. Micro Cloud Technologies 2. Financial Technologies India Ltd.,
Slide 21: IT department first adopted Cloud Technology in 2004
Today the university has virtualized approximately 82 percent of its IT environment, with a long-term goal of virtualizing the entire IT infrastructure.
Deployment Environment of University.
Hardware:
Dell PowerEdge R710s , EMC CX380 SAN , EqualLogic iSCSI arrays.
Guest Operating Systems:
Windows Server 2008 and Red Hat Enterprise Linux
Virtualized production applications:
Microsoft SharePoint, SQL Server,
Active Directory, Project Server, Oracle Application Server 10g Micro Cloud Technologies 3. Marshall University
Slide 22: Cloud technology to run its SAP infrastructure. “VMware first” policy and uses virtual machines as the default when provisioning new server application workloads.
Deployment Environment
Hardware:
ES X 4.0 running on three IBM HS21 blade servers with Intel Xeon processors,
Attached to an IBM DS 4700 SAN.
Guest Operating Systems:
Windows Server 2003 R2 x64 edition.
Virtualized production applications:
SAP ERP6.0,
SQL Server 2005. Micro Cloud Technologies 4. South-western/Great American
Slide 23: SonicWALL has virtualized 95 percent of its customer facing server infrastructure and ensured the rock-solid reliability its customers demand.
Deployment Environment
Hardware:
Dell 1955 blade servers with 32 GB Ram,
EMC SAN (CX300, CX3-80and CX4-240), EM RecoverPoint.
Guest Operating Systems:
Windows , Linux.
Virtualized production applications:
SQL, MySQL,Postfix database,
MS ActiveDirectory , SharePoint Team Services ,
Web servers(IIS, Apache, Tomcat,custom), MS Terminal servers,
cloud based email spam scanners,
Monitoring systems(SolarWinds). Micro Cloud Technologies 5. SonicWALL Inc.
What is Cloud Computing ? : What is Cloud Computing ? - the Fifth Generation of Computing
(after Mainframe, Personal Computer,
Client-Server Computing, and the web)
- the biggest thing since the web? Micro Cloud Technologies
Slide 25: Micro Cloud Technologies
The present Computing Technologies : The present Computing Technologies Laptop
Desktop
Server
Server – Client Desktop
Cluster of Servers
Data center Micro Cloud Technologies
Slide 27: Typical Configuration of
- Laptop, Desktop,
- Server, Cluster
- Data center Micro Cloud Technologies
Existing Computing (Laptop, Desktop) : Existing Computing (Laptop, Desktop) Micro Cloud Technologies Laptop Configuration
Intel Core I7 – 740QM, 2.95 GHz
DDR 3, 4 GB RAM
500 GB SATA Hard Disk
Intel HM57 Chipset Desktop Configuration
* INTEL ® CoreTM i7-990X Processor
* 3.46 GHz, 6/12 core threads
* 12GB (3x4GB) RAM
* 500 GB Hard Disk
* IntelDH 67BL Motherboard
Existing Computing Solution (Network) : Existing Computing Solution (Network) Micro Cloud Technologies
Slide 30: Micro Cloud Technologies Blade Server
Slide 31: Micro Cloud Technologies A Data Centre using Cisco UCS
Present Computing - Disadvantages : Present Computing - Disadvantages Heat Dissipation
Very low utilisation
Heavy Hardware
Virus, Hard disk Corruption, OS Loading etc., Micro Cloud Technologies
Slide 33: Also, Individual Desktops are hard-coded combination of OS, applications and user setting.
Many IT organizations are looking at
- Desktop virtualization
- Server virtualization
- Network virtualization
- Storage virtualization Micro Cloud Technologies
Slide 34: A NEW KIND OF COMPUTING ENVIRONMENT IS THE NEED OF THE DAY Micro Cloud Technologies
Slide 35: Virtualised Server Virtualised Desktop Micro Cloud Technologies
Slide 36: The latest development in
- Servers, Cluster of Servers
- Data Centers, Virtualization &VM
- Ethernet and Internet Speed
- Intel VT Enabled
- Massive Storage Capacity Micro Cloud Technologies Results in Cloud Computing
Slide 37: Microprocessor Evaluation
* Server Processor Xeon with 10 core
Intel will Provide 50 core soon
Speed : >3GHz Micro Cloud Technologies
Slide 38: Micro Cloud Technologies * Massive Server Configuration,
* Cluster of Servers
* Forcing Virtualization for
- Better Utilization of Hardware Resources
- New Paradigm Shift in features like VM,
Moving VM, SMP Etc.,
Slide 39: Internet and Ethernet Speed
( 2.5 Gbits / Sec – 10 G Bit & 100 G Bits)
for
Connecting Server or Data Center
to
New Kind of Desktops Micro Cloud Technologies
VIRTUALIZATION : Micro Cloud Technologies VIRTUALIZATION 60% Utilization
Slide 41: Micro Cloud Technologies
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Slide 43: Virtualization Overview Micro Cloud Technologies Before Virtualization: After Virtualization:
Slide 44: Hosted Architecture Bare-Metal (Hypervisor) Architecture Micro Cloud Technologies
Slide 45: Micro Cloud Technologies
Slide 46: Micro Cloud Technologies Virtual Infrastructure Management
Slide 47: Micro Cloud Technologies 72% End-points will be laptops by 2014 CITRIX
Flexible Virtualization Architecture : Micro Cloud Technologies Flexible Virtualization Architecture Windows VM Windows VM Control Domain ServiceVM Xen Hypervisor Virtualize physical hardware
Virtualized Disk, Network,
USB, Graphics and more
Selective pass-through
Graphics Processor
Intel AMT
Mix and match Audio USB Disk Net x86 Hardware AMT GPU
Citrix Desktop Virtualization Architecture : Citrix Desktop Virtualization Architecture Micro Cloud Technologies
Slide 50: Micro Cloud Technologies
VMware Virtualization : VMware Virtualization Micro Cloud Technologies
VMware Architecture : VMware Architecture Micro Cloud Technologies
Virtual SMP : Virtual SMP Micro Cloud Technologies
Products of VMware : Desktop software:
VMware WorkStation
VMware Fusion
VM Player
Server software:
VMware ESX
VMware ESXi
VMware Server
Other products
VMware vCenter Converter
VMware vSphere 5.0
VMware Capacity Planner
VMware ACE
VMware ThinApp
VMware Infrastructure
VMware Virtual SMP (Virtual Symmetric Multi-Processing) Products of VMware Micro Cloud Technologies
Slide 55: Micro Cloud Technologies
VMware View Offline vs. Citrix XenDesktop w/XenClient : Micro Cloud Technologies VMware View Offline vs. Citrix XenDesktop w/XenClient VMware Citrix Check in/Check out
Assumes primary use is hosted VM in the datacenter with occasional offline
Every offline user requires a hosted VM
Heavy backend infrastructure leads to poor ROI
Limited to running a single VM
Based on Legacy emulator technology Local execution with central control
Assumes primary use is mobile road warrior with online/offline
No hosted VMs required
Light backend infrastructure allows for good ROI
Runs multiple VMs
Based on bare metal technology View Local View VM VM VM vSphere VM VM VM VM Synchronizer XC VM VM Windows
Slide 58: Micro Cloud Technologies
Slide 59: Micro Cloud Technologies CLOUD MANAGEMENT
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Slide 63: Micro Cloud Technologies Intel’s superior hardware platform for server & Desktop Virtualization
Slide 64: Virtualization put multiple OS/Server
Move running Applications from one server to another without downtime
The multiple OS on the server is compute – Intensive (Software Implementation)
Significant performance over head
It can slow down Application response time Micro Cloud Technologies
Slide 65: Intel virtualization Technology (Intel VT-x) implements many functions of software virtualization at the silicon level
VT – Consists of 3 Technology suites
The processor
Intel VT-x for Xenon processors
Intel VT-I for Itanium processors
The chipset
VT – d for Direct Info
I/O Devices
VT-c for connectivity Micro Cloud Technologies
INTEL H/W VIRTUALIZATION : INTEL H/W VIRTUALIZATION Micro Cloud Technologies
Slide 67: Micro Cloud Technologies
Slide 68: Micro Cloud Technologies * VT – c off loads Network
I/O Management
* To Dedicated Network
Silicon
* To reduce the load on
VMM and Server processors
Slide 69: Intel works with
VMware
Microsoft
Citrix (Xen)
Parallels
And many others
In providing better HW virtualization support for their new processor Micro Cloud Technologies
Slide 70: OUR CLOUD IMPLEMENTATION Micro Cloud Technologies
Slide 71: Micro Cloud Technologies
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Slide 73: Gateway based Cloud Computing Micro Cloud Technologies
Slide 74: Micro Cloud Technologies
Slide 75: SERVER EVOLUTION Micro Cloud Technologies
Slide 76: Based On latest server Processor - Xeon
Slide 77: Micro Cloud Technologies
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Slide 79: Xeon Processor Micro Cloud Technologies
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Slide 84: Blades
A modular design optimized to
minimize the use of physical space
and energy.
Blade servers are a card on the server
Each blade is an independent system
with its own Memory, Processor
and Network connection.
Blade enclosure
Which can hold multiple blades
Provides services such as
Power, Cooling, Networking, Various Interconnects and
Management.
Chassis can accept upto 24 blades BLADE SERVERS Micro Cloud Technologies
Slide 85: More than 250 blade servers can be placed into a single rack
Blade severs have the capacity to serve streaming video and other
demanding applications
Blade system
Blades and the blade enclosure
form the Blade system
Gartner Dataquest predicts
Worldwide server blade
shipments increased from 84,410
units in 2002 to more than one
million in 2006.
The popularity and fast growth of the blade server can be attributed to cost-savings Enclosure Blades BLADE SERVERS Micro Cloud Technologies
Slide 86: Blade servers allow
More processing power
Less rack space
Simplifying cabling
Reducing power consumption Micro Cloud Technologies
Slide 87: Thousands of Clusters of servers
form a “Data Center”
Slide 88: Micro Cloud Technologies
Slide 89: Micro Cloud Technologies
Slide 90: CISCO BLADE INTERCONNET Micro Cloud Technologies
Slide 91: Micro Cloud Technologies
PowerEdge M620 Blade Server : PowerEdge M620 Blade Server Micro Cloud Technologies
Slide 93: Micro Cloud Technologies
Slide 94: * Processor
- Intel® Xeon® processor E5-2600 product family
* Internal Interconnect: - Intel® QuickPath Interconnect (QPI): 6.4 GT/s; 7.2 GT/s; 8.0 GT/s
* Cache: - 2.5MB per core;
* Core options: - 2, 4, 6, 8
* Operating System
- Microsoft Windows Server® 2008 R2 SP1, x64 (includes Hyper-V™ v2)- SUSE® Linux® Enterprise Server- Red Hat® Enterprise Linux Micro Cloud Technologies
* Virtualization options: - Citrix® XenServer™ - VMware® vSphere™ * Chipset - Intel® C600 * Memory - Up to 768GB2 (24 DIMM Slots): 2GB/4GB/8GB/16GB/32GB DDR3 up to 1600MHz : * Virtualization options: - Citrix® XenServer™ - VMware® vSphere™ * Chipset - Intel® C600 * Memory - Up to 768GB2 (24 DIMM Slots): 2GB/4GB/8GB/16GB/32GB DDR3 up to 1600MHz Micro Cloud Technologies
PowerEdge 11G M910 Blade Server : PowerEdge 11G M910 Blade Server Micro Cloud Technologies
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Slide 99: Processor
- Up to two, eight-core Intel® Xeon® processors 6500 series - Up to four, eight-core Intel® Xeon® processors 7500 series - Up to four, ten-core Intel® Xeon® processors E7-2800, E7-4800 and E7- 8800 product family Micro Cloud Technologies
Slide 100: Operating System
- Microsoft Windows Server 2008 SP2, X86/x64
- Microsoft Windows Server 2008 R2 SP1, x64
- Microsoft Windows HPC Server 2008
- Novell SUSE Linux Enterprise Server
- Redhat Enterprise Linux
- Oracle Solaris Micro Cloud Technologies
Slide 101: Virtualisation Options: - Citrix® XenServer™ - Microsoft® Hyper-V™ through Microsoft® Windows Server® 2008 - VMware® vSphere™ 4.1 Micro Cloud Technologies
Slide 102: Memory
Up to 1TB (32 DIMM slots): 1GB/2GB/4GB/8GB/16GB/32GB ECC DDR3 up to 1066MHz
Storage
2.5" 6Gbs SAS (10K) : 300GB1, 600GB Micro Cloud Technologies
Slide 103: Now the server with massive features like
- 50 Cores per blade ,
- 10 Blade / Frame,
- 50 Frame / System
(25,000 Processor Cores Totally) Micro Cloud Technologies
Slide 104: * One TB / Blade Memory (50 TB Total RAM)
* Have been Virtualized for 90% Utilization
- this is the foundation for more growth in
features, like what is happening in “Smart Phones” Micro Cloud Technologies
Slide 105: WHAT ABOUT DESKTOP / LAPTOP Micro Cloud Technologies
DESKTOP VIRTUALIZATION : DESKTOP VIRTUALIZATION Micro Cloud Technologies
Slide 107: This also needs Virtualization,
Since the OS and application is going to run in one of VM at the virtualization Server or Data Center Micro Cloud Technologies
Slide 108: 5 Types of Virtualisation Desktop
1. Desk PC / Laptop Virtualized and Browser can log on the VM at the data center
2. Thin Client
3. Zero Thin Client
4. Gateway (Direct)
5. Smart Phone (in future) Micro Cloud Technologies
Desktop Virtualisation : Desktop Virtualisation All IT Organizations are hosting desktops on servers in the Data Centre
- Analyst predict 1.7 Billion market in 2014 Micro Cloud Technologies
Slide 110: THIN CLIENT
- Low Hardware (Smaller CPU)
- Low Software foot print
- Lower RAM
- A Embedded board (based on ARM, MIDS, ATOM, OMAP) will be used as thin Client
- May run an Embedded OS like “Windows Embedded Standard 7” Micro Cloud Technologies
Slide 111: ZERO THIN CLIENT
- No Local OS or Storage
- Relying on a Server for all processing
- Includes Input Translation and Graphics Rendering
- Nothing but IO Redirectors Micro Cloud Technologies
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Slide 116: SMART PHONES
as
Virtualized Desktops
(IN FUTURE) Micro Cloud Technologies
Slide 118: Micro Cloud Technologies
Slide 119: Micro Cloud Technologies According to the Intel President Mr Paul Otellini,
* Only 10 % of smart phone usage is to calls
* The rest is computing
Slide 120: * The new Intel Atom smart phone processors will features
* 8 Megapixel camera (10 pictures in 1 second)
1080p Full HD movie recording with HDMI
14 days of standby battery Features Micro Cloud Technologies
STORAGE : STORAGE With SAN, upto 60 TB Connectable upto 64 Servers, with Fibre Channel of
8 Gbit – Storage Resource available Micro Cloud Technologies
Slide 122: Micro Cloud Technologies DESKTOP SERVER VIRTUALIZATION DATA CENTER
Slide 123: Micro Cloud Technologies Cloud Computing * Think of it as Internet/Ethernet Computing
- Computation done over the internet / Ethernet
Slide 124: Micro Cloud Technologies
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Slide 127: IaaS
Infrastructure as a Service PaaS
Platform as a Service SaaS
Software as a Service Micro Cloud Technologies
Slide 128: Software as a Service Micro Cloud Technologies “…software that is deployed over the internet.
- A provider licenses an application to customers
- Either as a service on demand,
- Through a subscription, (increasingly) at no
charge
Slide 129: Characteristics of SaaS Micro Cloud Technologies Characteristics of SaaS Include
Slide 130: Web access to commercial software (traditionally)
We provided direct access
Software is managed from a central location
Software delivered in a “one to many” model
Users not required to handle software upgrades
and patches
Application Programming Interfaces (APIs) allow
for integration between Different pieces of software Micro Cloud Technologies
Slide 131: Software delivery model
Increasingly popular with SMEs
No hardware or software to manage
Service delivered through a browser / ethernet SaaS Micro Cloud Technologies
Slide 132: Advantages
Pay per use
Instant Scalability
Security
Reliability
APIs SaaS Micro Cloud Technologies
Slide 133: Examples
CRM
Financial Planning
Human Resources
Word processing
Commercial Services:
Salesforce.com
emailcloud SaaS Micro Cloud Technologies
Slide 134: Ramco Cloud Software
CRM
Distribution
Human Resources
Product
Service Micro Cloud Technologies
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SaaS : Example softwares : SaaS : Example softwares E mail
Photo sharing
Calendars and contacts
Document sharing (like this!) Micro Cloud Technologies
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Slide 142: Platform as a Service Micro Cloud Technologies Platform as a Service (PaaS)
- PaaS can be defined as a development Platform for SaaS
EXAMPLE : GOOGLE APP ENGINE : EXAMPLE : GOOGLE APP ENGINE Google App Engine is an online platform to host your web application.
It virtualizes applications across multiple servers. Micro Cloud Technologies
SugarCRM : SugarCRM Commercial Open Source CRM
(Customer Relationship Management)
An Example for SaaS & PaaS Micro Cloud Technologies
Slide 145: Infrastructure as a Service Micro Cloud Technologies – Infrastructure as a Service (IaaS) is a way of delivering Cloud Computing infrastructure
– servers, storage, network and operating systems as an on-demand service Rather than purchasing
Slide 146: Characteristics of IaaS Micro Cloud Technologies Resources are distributed as a service
Allows for dynamic scaling
Has a variable cost, utility pricing model
Generally includes multiple users on a single
piece of hardware
Slide 147: When/Why should you opt for an IaaS? Micro Cloud Technologies Very useful for startup companies who don’t know how successful their newly launched application/website will be.
You have the choice of multiple Operating System, Platforms, Databases and Content Delivery Network (CDN) – all in one place.
Slide 148: Which IaaS should you opt for? Micro Cloud Technologies Amazon web services (AWS) is one of IaaS
Amazon is the pioneer of IaaS.
Other leading providers are Rackspace, GoGrid,
Joyent, Rightscale and Terremark (bought by Verizon)
For India based IaaS – explore the following providers:
NetMagic Solutions
InstaCompute (from Tata Communications)
Slide 149: Micro Cloud Technologies
Benefits of Cloud Computing for Apartments : Benefits of Cloud Computing for Apartments All softwares, movies etc will be
at one cluster of Servers.
The tenants can pay and use by
his gateway connected to
HDMI LCD TVs (Cost saving in Hardware and Software) Micro Cloud Technologies
Significance of Cloud Computing : Significance of Cloud Computing Cloud computing reduce energy consumption significantly.
The 1000 plus US government data centers, for example, were consuming 6 billion kWh of energy in 2006, and if left unchecked, the consumption can be double that by 2011. Micro Cloud Technologies
Cloud Computing @ Libraries : Cloud Computing @ Libraries A number of universities, vendors and government organizations are investing in research around the topic of cloud computing.
In July 2008, HP, Intel Corporation and Yahoo! announced the creation of a global, multi-data center, open source test bed, called Open Cirrus designed to encourage research into all aspects of cloud computing, service and data center management. Micro Cloud Technologies
Cloud Computing Development @ Libraries : Cloud Computing Development @ Libraries Google and IBM have partnered to offer millions of dollars in resources to universities in order to promote cloud computing projects.
The goal is to improve students' knowledge of parallel computing practices and better prepare them for increasingly popular large-scale computing that takes place in the "real world," such as search engines, social networking sites, and scientific computational needs. Micro Cloud Technologies
Slide 154: YAHOO has expanded its partnerships with top U.S. universities namely: The University of California at Berkeley, Cornell University, University of Massachusetts at Amherst and the Carnegie Mellon University to advance cloud computing research through the used of Yahoo!’s cloud computing cluster large-scale systems software. Cloud Computing Development @Libraries Micro Cloud Technologies
Cloud Computing in Malaysia Universities : Cloud Computing in Malaysia Universities Students in the 21st century can no longer be confined to traditional teaching-learning methods (i.e. lecturing and tutoring which are commonly used in universities)
Universities from around the global have recognized needs to adapt new teaching learning approach to meet students' diverse need. Micro Cloud Technologies
Slide 156: Micro Cloud Technologies
Slide 157: Micro Cloud Technologies
Current Cloud : Amazon Amazon WebServices: Pricing (1/2) : Current Cloud : Amazon Amazon WebServices: Pricing (1/2) Micro Cloud Technologies
Slide 159: Micro Cloud Technologies
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OUR CLOUD COMPUTING SOLUTION : OUR CLOUD COMPUTING SOLUTION Micro Cloud Technologies
Slide 162: Ours is not Browser based Our Gateway box can directly connect
to Win 2008 Server, Linux or VMWARE Next Generation of Thin Client Micro Cloud Technologies
Gateway based Cloud Computing : Gateway based Cloud Computing Just Beginning Like Anaroid, Where > 100,000 applications. Cloud will also put many applications free and at affordable price Micro Cloud Technologies
Windows Server 2008 - Cloud : Windows Server 2008 - Cloud Micro Cloud Technologies
Linux Cloud Server : Linux Cloud Server Micro Cloud Technologies
GATEWAY : GATEWAY Micro Cloud Technologies
Slide 167: Single User Cloud Micro Cloud Technologies
Windows Server 2008 – Cloud Applications : Windows Server 2008 – Cloud Applications Micro Cloud Technologies
Slide 169: Gateway based Cloud Computing Micro Cloud Technologies
Slide 170: Micro Cloud Technologies Gateway Connected to Public Cloud
Slide 171: We offer Three Products Micro Cloud Technologies Cloud Development System
This consists of
a) Private Cloud (Cluster of Servers + Micro Cloud Controllers)
b) Desktop PCs as Grid Computing.
c) ‘NetMagic’ Servers as Public Cloud.
d) Number of “Cloud Gateways” as Clients for running any
kinds of Applications and Browsing
Cloud Development System : Cloud Development System Micro Cloud Technologies
Slide 173: Micro Cloud Technologies The Microcloud consists of the following components
1. Cluster of Servers
2. Cloud controller with Redundancy
3. Cloud Gateways
Slide 174: Micro Cloud Technologies 1. CLUSTER OF SERVERS
A group of servers of different capacity connected together, Are configured for computing and Hosting various operating Systems on Vmware virtualization, Ubuntu, Solaris, Redhat, Windows 2008, Windows 7 etc.,
Slide 175: 2. CLOUD CONTROLLER WITH REDUNDANCY
The cloud controller handles tasks such as Managing users, Group Permissions, Resource Management, Job Scheduler etc., (Second Cloud controller is for redundancy). Microcloud Controller, The link between the Gateway and the server, allows the user to select the Particular server, OS etc., in the cloud. The MicroCloud Controller will also configure the Gateway like IP Address, Resolution of the HDMI monitor Etc., CC can also configure the Desktop PCs as Grid computer. Micro Cloud Technologies
Slide 176: Micro Cloud Technologies 3. CLOUD GATEWAYS
A Specially designed Smart client with HDMI Graphics capability to connect the user to the Microcloud. It comes with Ethernet, USB Ports for many devices to be connected. It can be connected to a HDMI TV in the house and log on to a Public Cloud for the user to Browse and Running any kin of Application like MSOffice Matlab AutoCAD Tally and may more.
It would be the cheapest hazzle free Computing Solution for a Flat owner. The can do computing and Browsing without a Physical computer in the House.
Slide 177: Micro Cloud Technologies Cloud Gateway
Slide 178: Micro Cloud Technologies 2. Private Cloud for computing Laboratory
a) Private Cloud
(Cluster of Servers + MicroCloud Controller)
b) “Cloud Gateway” modules
All of your Application softwares like Matlab, Xilinx Foundation, Visual Studio, Dbase, VB, Java and etc., can be loaded into Private cloud and Public cloud. Through the High end Graphics based Cloud Gateway, you can run any of these softwares, Just like running it on a Regular PCs.
Slide 179: Private Cloud for Computing Laboratory Micro Cloud Technologies
Slide 180: Micro Cloud Technologies 3. Cloud Computing Trainer
a) Server b) MicroCloud Controller
c) Cloud Gateway
This is an ideal setup to understand about cloud,
how to submit the jobs in cloud and sharing resources like IaaS, PaaS and SaaS. All kind of jobs like job Submission, Job Scheduling, Job Allocation and Cloud management can be Experimented by the research students faculties.
Slide 181: Cloud Computing Trainer Micro Cloud Technologies
Gateway Connected with Blade Server : Gateway Connected with Blade Server Micro Cloud Technologies
Slide 183: Micro Cloud Technologies Gateway Connected with Cisco UCS
Slide 184: Micro Cloud Technologies
Slide 185: Cloud computing can be defined as
- Server (1 or Cluster of Servers) based Centralized Computing
- Servers are Virtualized for Sharing, Multiple OS Hosting etc.,
- An Embedded light weighted hardware acts as Gateway (next Generation of Think Client) which acts as a PC.
- Gateway and servers are connected either Ethernet (Private Cloud) or Internet (public Cloud) or by both (Hybrid Cloud). Finally This definition is going to evolve like cell phone Tomorrow GateWays will be replaced by Smart phones. Micro Cloud Technologies
Slide 186: THANK YOU