Google Cloud includes a mixture of services obtainable over the web which will facilitate organizations go digital. Google Cloud Platform (which provides public cloud infrastructure for hosting web-based applications and is that the focus of this journal post) could be a part of Google Cloud. Some other services that area unit a vicinity of Google Cloud include:

Google Cloud DevOps Engineer Professional

A Professional Cloud DevOps Engineer is somebody, accountable for economical development of operations which will balance service dependableness and delivery speed. They’re knowledgeable at mistreatment Google Cloud Platform to create software system delivery pipelines, deploy and monitor services, and manage and learn from incidents.

Getting a certification in Google Cloud provide you with Associate in Nursing ample opportunities to own a productive career in cloud computing. to assist you together with your preparation for the GCP skilled Cloud DevOps engineer examination, I actually have listed seven free on-line courses that you just will use to find out each cloud computing and DevOps and pass the Google Cloud skilled Cloud DevOps Engineer.

The skilled Cloud DevOps Engineer examination assesses your ability to:

• Apply web site dependableness engineering principles to a service
• Optimize service performance
• Implement service observance ways
• Build and implement CI/CD pipelines for a service
• Manage service incidents

Who should take the Google skilled Cloud DevOps Engineer Exam?

Candidates ought to ace at the applying of Google Cloud Platform in building software system delivery pipelines, deploying and observance services, and managing and learning from incidents.

The skilled Cloud DevOps Engineer examination is primarily designed for these professionals –

• On-premises IT system directors
• Cloud answer architects and application developers
• DevOps professionals with business expertise
• Aspiring DevOps professionals with restricted GCP expertise
• On-premise system engineers

Expertise

Google Cloud DevOps Engineer is one of the best Certification because it validates the experience of the candidates in –

• Applying web site dependableness engineering principles to any service
• Optimizing service performance
• Implementing service observance ways
• Building and implementing CI/CD pipelines for a service
• Managing service incidents

About this certification examination

• Length: 2 hours
• Registration fee: $200 (plus tax wherever applicable)
• Language: English
• Exam format: Multiple selection and multiple choose

Why Google Cloud Certification?

The national average earnings for Cloud DevOps Engineer is ₹9, 14,163 annually in Bharat. Filter by location to ascertain Cloud DevOps Engineer salaries in your space.

This Certifications assist you advance your skilled skills and demonstrate your value to hiring managers. Conjointly once you become Google Cloud certified, you unlock the subsequent benefits:

• Distinguish yourself with a digital badge by sharing it on your social profile or resume.
• Showcase your action on a publicly-accessible Google Cloud Certified Directory.
• Get access to international cloud virtual and in-person events hosted by Google Cloud.

I hope you discover this specific data useful, and if you furthermore might reaching to become a google cloud certified skilled then I wish to recommend you Institute can offer you best coaching by consultants.

DevOpsSchool, One of best Institute that provides the Best Google Cloud Certified DevOps Professional online training and certification program by Experts. This Institute provides this Certification training in both online and offline Classroom mode in top cities of India like Cities like Hyderabad, Bangalore, Chennai, Pune, Delhi, etc.

Thank you!!

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If you’re an administrator, engineer, architect or consultant looking to familiarize yourself with AWS, this is the course for you. You will learn advanced design principles, like strategies for consolidated billing and also learn account access and various connectivity methods.

Who is an AWS Certified Solution Architect Associate?

AWS Solutions Architect is an IT professional, responsible for deploying applications to infrastructure in the AWS cloud. In a simple word, an AWS Solutions Architect use skills and expertise to help develop advanced cloud-based solutions and migrate existing workloads to the cloud. They mainly responsible for:

• Finding solution to business problems with technology implementation
• Identifying the right platform, programming language, and framework for creating a solution
• Take decision on system maintenance and future scaling
• Finding and Minimizing the risks associated with third-party platforms
• Ensuring that infrastructure and architecture are well implemented
• Monitor systems on regular basis to ensure that all business goals are met
• Ensuring sustainability of configuration management

What are the benefits of AWS Certified Solutions Architect Associate Course?

One of the major challenges faced by businesses nowadays is the shortage of AWS certified professionals. Thus, there is a huge demand for cloud computing professionals.

If you are an AWS certified professional, your knowledge, skills, familiarity, and understanding of AWS will be validated. An AWS Certification will demonstrate that you have the most in-demand expertise in the industry.

AWS Certified Solutions Architect Course Training Intermediate Cloud Platforms. This certification demonstrates an individual’s ability to navigate and use the AWS Certified Solutions Architect Course Training Intermediate Software.

There are numerous advantages to becoming AWS certified. Amazon Web Services certifications…

• Advanced your skills and knowledge in the preeminent cloud computing platform.
• Consistently listed among the top paying certifications worldwide.
• Recognized by industry-wide as reliable and also well-designed.
• Redefine your credibility and dedication to your cloud engineering career path.

Salary in India

Since the inception of AWS, people with AWS knowledge have always been one of the biggest highlights of any report, discussion, or news on skills and salaries in the IT industry.

People who pursue to become AWS architects or developers have a very bright future not only when it comes to their salaries but also the scope of progress in their respective careers.

According to the report, the average AWS salary in India starts from Rs. 7, 12,000 per annum. It could even start at Rs. 4, 10,000 per annum if you don’t get a chance to work at a top firm or don’t have relevant experience. It could reach a high of Rs.1, 821,000 per annum depending not only on the company you are employed at but also your location.

AWS salary in India can be affected by multiple factors. Let’s see some primary salary affecting factors:

• Location
• Experience
• Employer
• Skillset

Exam Details

Conclusion

One thing is sure clear from the above discussion that an AWS solution architect is one of the most important edge role of any IT project. In this blog you also seen a clear picture of the salaries for someone who are willing to pursue solution architect certification can expect to get. And also, AWS is constantly evolving and is coming up with newer updates and service additions every few years.

So pursuing an AWS solution Architect certification is a good choice to go.

If you also want to become an AWS certified solution architect and pursue a career in this IT field then I would like to suggest you DevOpsscool, one of the best institute for this certification to start your journey to become an AWS certified solution architect in near future.

By devOpsscool

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Guys, today in this blog you will learn in detail about DevOps and Azure DevOps, so let’s know what is DevOps and Azure DevOps. DevOps is a term of the two words ‘development’ and ‘operations’. DevOps is not a technology, it is a combination of cultural, practices, and tools that increases an organization’s ability to deliver applications and services. Azure is one of the fast growing cloud computing platform. Microsoft Azure DevOps is built on multi-tier, scalable architecture. It is comprises a range of services covering the full development life-cycle.

What is DevOps?

DevOps is a software development methodology where the Development team & Operations team work as a together. After adopting DevOps, it helps to increase the speed of an organization to deliver applications and services. And it can be defined as the alignment of development and IT operations with better communication and collaboration. And those who are devops engineers use many tools for development & operations process so that our life becomes easy. Like these popular DevOps tools are:- Docker, Git, SVN, Maven, Jenkins, Selenium, Kubernetes, Puppet, Chef, SaltStack, Nagios, Splunk, etc.

How DevOps works in the Enterprise?

You can see through the image.

Works flow of DevOps

Below you can see works of DevOps by following each phase of the DevOps life cycle which includes continuous development, continuous integration, continuous testing, and continuous deployment.

• Continuous Development – Plan application objectives and code the requirements

• Continuous Testing – Verify the product for actual usage in a live environment

• Continuous Integration – It Plan tests and build the product

• Continuous Deployment – Ensures product is deployed with maximum accuracy

• Continuous Monitoring – It Monitor the product output and find the problem areas

Here are the some Benefits of DevOps:-

• DevOps ideology encourages a completely new way of thinking and decision-making.
• DevOps certified professionals are among the highest-paid in the IT industry.
• The market demand is increasing rapidly with its increased implementation worldwide.
• It ideology promotes increased collaboration and communication between the operation and development teams.
• You learn to work in a team consisting of cross-functional team members—QA, developers, operation engineers, and business analysts.

Here you see Salary of DevOps Engineer:-

According to payscale.com, the demand for DevOps is high but companies require individuals to have the correct skill sets. Additionally, the better the experience, the higher is the salary. The average devops salary in India, according to Payscale, is Rs 674,202 per year, inclusive of bonuses and profit-sharing.

Below you can get complete knowledge of Microsoft Azure and Azure DevOps by source of DevOpsSchool.com.

What is Microsoft Azure?

Now, lets know about Microsoft Azure, It is a cloud computing service created by Microsoft that is one of the leading cloud service providers, and day-by-day many organizations are opting for Azure to get the best technologies for efficient computations. Its use will help you to build, deploy, and manage applications through your globally owned network of data centers.

What is Azure DevOps?

Now, lets know about Azure DevOps, it is a mixture of the simplest of technology and therefore the application of best practices. We can say, It is the Next Big thing in IT Industries. Azure DevOps is a Software as a service (SaaS) platform from Microsoft that provides an end-to-end DevOps toolchain for developing and deploying software. Microsoft recently launched this as a result of they perceive that DevOps has become more and more vital to a team’s success. It’s concerning culture and an amendment within the manner we tend to do things, yet as our mental attitude. Azure DevOps captures over fifteen years of investment and learnings in providing tools to support software packages, development groups. more to the present.

How does Azure DevOps work?

In the easiest terms, Azure DevOps is the evolution of VSTS (Visual Studio Team Services). Azure DevOps works both public and private cloud configurations – the services include:

• Azure Boards – A work tracking system with Kanban boards, dashboards, and reporting
• Azure Pipelines – A CI/CD, testing, and deployment system that can connect to any Git repository
• Azure Repos – A cloud-hosted private Git repository service
• Azure Test Plans – A solution for tests and capturing data about defects
• Azure Artifacts – A hosting facility for Maven, npm, and NuGet packages

Azure DevOps use cases include – 1. Planning 2. Developing 3. Delivery 4. Operations

How to become a Azure DevOps Certified Engineer and list of the various certifications:–

If you want to become a Microsoft Azure DevOps Certified Engineer: then, you must earn at least one of the following: Microsoft Certified: Azure Administrator Associate, Microsoft Certified: Azure Developer Associate certification.

These are Best Microsoft Azure Certification:-

• Microsoft AZ-900 Certification: Azure Fundamentals course
• AZ-104 Azure Administrator Exam Certification course
• Microsoft AZ-400 Azure DevOps Certification course
• AZ-204 Developing Solutions
• AZ – 303 Microsoft Azure Architect
• AZ – 304 Microsoft Azure Architect Design
• Microsoft AZ-500 Certification: Azure Security Technologies course

Below you can path of Azure Certification:-

Pre-Requisites for Microsoft Azure course

• Basics of Networking
• Basics of the MS Azure Platform
• Basic concepts related to operating systems
• Basic familiarity with infrastructure paradigms such as active directory and PowerShell

What is the Salary of Azure DevOps Engineer?

Here I am going to share with you the average salary of an Azure DevOps Engineer. If you are working at a product-based company, then the salary ranges start from ₹16L to ₹42L per year. And the average salary of an Azure DevOps Engineer working at a service-based company can range start from ₹5.5L to ₹23L per year.

These are some Popular Courses of Azure:-

• Master in Azure DevOps Certification
• Master in Azure Architect Technologies
• Microsoft Azure Security Technologies

What are the Difference Between DevOps and Azure DevOps?

DevOps is basically a culture and it is really hot at the moment and is revolutionizing the workplace. It is the bridge closing the gap between Development and Operations team and bringing them together. DevOps is achieved through tools, processes, and automation, but, even more than that, through a change in organizational culture.

Azure DevOps is a Software as a service (SaaS) platform from Microsoft that provides an end-to-end DevOps toolchain for developing and deploying software. It is a mixture of the simplest of technology and therefore the application of best practices. Azure DevOps works both public and private cloud configurations.

If you are planning to become an Master in Azure DevOps Engineer, and searching to the best institute for preparing for Azure certifications, then I would suggest you one of the best Institutes that is DevOpsSchool.com. This institute has 10 to 15+ years of experienced trainers who providing you quality training with industries requirement.

I am going to share with you some videos, then you can get some overview of DevOps and Start to learn Azure DevOps course.

DevOps Fundamental to Advanced Tutorial for Beginners

Microsoft Azure Fundamental Tutorial | AZ-900 Certification

Why Choose DevOpsSchool | Reviews | Testimonials | Learner’s Feedback

I hope this tutorial is very helpful for you!

Keep learning! Best of Luck

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Top Cloud computing and operating software.

OpenStack

OpenStack is a free and open-source cloud-computing software platform.[2] Users primarily deploy it as an infrastructure-as-a-service (IaaS). The technology consists of a group of interrelated projects that control pools of processing, storage, and networking resources throughout a data center—which users manage through a web-based dashboard, through command-line tools, or through a RESTful API. OpenStack.org released it under the terms of the Apache License.

CloudStack

CloudStack is an open source cloud computing software for creating, managing, and deploying infrastructure cloud services. It uses existing hypervisors such as KVM, VMware vSphere, and XenServer/XCP for virtualization. In addition to its own API, CloudStack also supports the Amazon Web Services (AWS) API and the Open Cloud Computing Interface from the Open Grid Forum.

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Top Cloud computing and operating software.

OpenStack

OpenStack is a free and open-source cloud-computing software platform.[2] Users primarily deploy it as an infrastructure-as-a-service (IaaS). The technology consists of a group of interrelated projects that control pools of processing, storage, and networking resources throughout a data center—which users manage through a web-based dashboard, through command-line tools, or through a RESTful API. OpenStack.org released it under the terms of the Apache License.

CloudStack

CloudStack is an open source cloud computing software for creating, managing, and deploying infrastructure cloud services. It uses existing hypervisors such as KVM, VMware vSphere, and XenServer/XCP for virtualization. In addition to its own API, CloudStack also supports the Amazon Web Services (AWS) API and the Open Cloud Computing Interface from the Open Grid Forum.

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Cloud Computing and ROI

Most think cloud computing is about the ability to save operational costs. That may or may not be the case, depending upon your enterprise or ecommerce problem domain. Indeed, there are many dimensions to consider here, including:

• Ongoing operational cost reduction.
• The value of preserving capital.
• The value of upsizing on-demand.
• The value of downsizing on-demand.
• The value of shifting the risk.
• The value of agility.

Let’s explore each:

Operational Cost Reduction

We all know that cloud computing is cheap…okay, cheaper…okay, it can be cheap. Thus it’s a good idea to figure out the actual cost reductions that cloud computing can bring to your enterprise IT. The trick here is not only to figure out how much money can be saved, but how much it will cost to save that money.

Preserving Capital

It’s money in the bank which allows the business to run. The more money we have in the bank, the more we can purchase things for the core business such as inventory that can be sold, or new plant equipment that will save the company money during production. In any event, it’s good to keep as much capital as possible on hand to invest in the business, and not into infrastructure such as data centers, hardware, and software.

Upsizing On-Demand

Core to the ability to preserve capital is the ability to upsize your IT infrastructure on demand, or simply pay more operational dollars for additional computing capacity which would traditionally require a capital expenditure. Many cloud computing providers call this being elastic, or the ability to grow or contract to accommodate the business. For example, you can call upon the cloud computing provider to support an additional user and processing load through the holiday, when considering ecommerce solutions.

Downsizing On-Demand

Like upsizing on-demand, you need to consider what it will take to reduce computing capacity and dollars paid. What does it take to scale down in case you no longer need the computing resource and want to reduce costs as well? Such is the case within many ecommerce systems with capacity requirements that are seasonal.

Shifting the Risk

Another core value of cloud computing is the ability to shift the risk from your enterprise to the cloud computing provider. This concept refers to the fact that, since it’s up to the cloud provider to handle the computing processing load and you’ll pay by use, then it’s possible to reduce the risk that you’ll run out of capacity to support your customers and core business processes. The risk functionally shifts to the cloud provider who is better suited to accept that risk.

Agility

Agility means the ability to change the IT infrastructure faster to adapt to the changing needs of the business, such as market downturns, or the introduction of a key product to capture a changing market. This, of course, provides a strategic advantage and allows the business to have a better chance of long-term survival. These days many enterprises are plagued by IT infrastructures that are so poorly planned and fragile that they hurt the business by not providing the required degree of agility.

Article Source: http://www.getelastic.com/cloud-computing-and-roi/

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Overcoming Cloud Computing Obstacles

How to Make the Case to Switch to the Cloud

Companies choosing the cloud computing route often have to make the case for the switch to new technology to a board or investors. The most common obstacles raised towards adoption of cloud technology are concerns around the availability of service, security and auditability of company data and performance issues around data transfer or loading speeds.

Availability of Service

The utility computing economy is currently such that competition is growing among providers. There are a few large, corporate providers of cloud services, such as Amazon and Google, as well as a large handful of small and medium players in the market. The number of companies jumping on the cloud provision bandwagon is growing very rapidly, and because of this, there is great focus on providing a reliable and stable service. Many providers will offer their clients a Service Level Agreement (SLA), stating the acceptable levels of unplanned service downtime, as well as what amount of compensation is available should the SLA be breached. Companies signing up with a cloud provider should look for an SLA offering at least 99.9% availability, but preferably 99.99%. The best way to ensure full systems available for a company’s cloud services is to engage more than one cloud provider for the provision of the same service. This way, if something should happen to the first provider, the second one will be able to pick up the slack.

Security and Auditability of Company Data

Many cloud computing providers offer data encryption as part of their service. Small and medium sized businesses, that are not accountable to regulatory bodies can probably use the standard encryption technologies provided by most utility computing services. Companies, such as small investment firms or hedge funds, will need to invest in higher security measures for storing data in the cloud. By nature, most of the cloud computing infrastructures currently available by mainstream providers are what is known as public clouds. (Armbrust, et al) This means that computer systems are purposed for general use among all customers, and no distinction is made as to which company is using what hardware. This is generally fine for the standard SME, but those requiring data audit capabilities will need what is known as a private cloud. The private cloud is a collection of computing systems that has been walled off, both physically (in a caged area of a data center) and logically, using combinations of Virtual Private Networks (VPN), firewalls and, often, private leased line data connections which are installed to directly connect a company to its cloud service provider.

Performance Issues

There is often concern around the performance of data transfer within cloud applications. However, it has been shown that, generally, once data has been transferred to the cloud, the speeds of transfer between cloud servers is then much faster than it was on local drives. This is because most current cloud computing infrastructure is far more powerful than what is normally seen in SMEs. The obstacle here is the initial transfer of data onto the cloud service. This can be overcome by loading all data on portable hard drives and shipping it to the cloud service provider for the initial load. Generally, once the initial load is complete, subsequent file transfers will be much smaller in size. Exceptions to this are the data-intensive users of elastic cloud services. For these users, hard drive transfer would currently still be the most economically viable option, but there is evidence that the cost of a private leased line may decrease in future as the cost of high-end routers decreases. (Armbrust, et al)

With a careful analysis of company IT infrastructure requirements, and an appropriate plan to minimize the risks associated with the top obstacles to adoption of cloud computing, business now have the opportunity to adopt a technology which has matured over the past decade into a feasible manner in which to provide reliable and efficient corporate computing at the fraction of the cost of a full IT hardware refresh.

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We just finished the first decade of this century/millennium. The early part of this decade saw great worry about the Year 2000 problem. Much gloom and doom was predicted, but things passed off smoothly. No apocalyptic upheaval.

As we usher in the next decade, the biggest buzzword is “Cloud Computing”, a rapprochement of ASP, SaaS, SOA, Virtualization, Grid Computing, Enterprise 2.0, etc. All these buzzwords have been making the rounds over past few years. Finally, computing as a “utility” seems practical and doable. Amazon took the lead in introducing AWS (Amazon Web Services) way back in 2003. It then brought in Storage as a Service concept via S3 (Simple Shared Storage). It also introduced EC2 (Elastic Computing Cloud), where Infrastructure as a Service became viable.

I just read a nice summary of this written by M.R. Rangaswamy of the Sand Hill Group. While the momentum is on, MR says large enterprises are going to be slow adapters. Much cloud adoption is in the SMB arena where lower TCO and capex override any concern for security and scale. Older vendors like IBM will offer a hybrid model – In-house systems and cloud. This is a no-brainer, as there is a huge legacy of production systems in Fortune 1000 companies running in the premises. But “pure cloud” vendors like Google, Amazon, and SalesForce.com will push for “cloud-only” approach.

Another area of interest is data management, the volume of which has never been seen before. There is the NoSQL movement to deal with unstructured data and framework like Hadoop combined with the MapReduce algorithm is getting quick adoption for fast search.

This decade will see a big landscape change in the computing arena – from the model of computing to how we store and manage data for access and analytics.

Welcome to 2010.

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Cloud Computing is an emerging computing technology that uses the internet and central remote servers to maintain data and applications. Cloud computing allows consumers and businesses to use applications without installation and access their personal files at any computer with internet access. This technology allows for much more efficient computing by centralizing storage, memory, processing and bandwidth. Cloud computing is broken down into three segments: “applications,” “platforms,” and “infrastructure.” Each segment serves a different purpose and offers different products for businesses and individuals around the world.

Cloud computing comes into focus only when you think about what IT always needs: a way to increase capacity or add capabilities on the fly without investing in new infrastructure, training new personnel, or licensing new software. Cloud computing encompasses any subscription-based or pay-per-use service that, in real time over the Internet, extends IT’s existing capabilities.

In June 2009, a study conducted by Version One found that 41% of senior IT professionals actually don’t know what cloud computing is and two-thirds of senior finance professionals are confused by the concept, highlighting the young nature of the technology. In Sept 2009, an Aberdeen Group study found that disciplined companies achieved on average an 18% reduction in their IT budget from cloud computing and a 16% reduction in data center power costs.

Depending on who you are talking to, you will see different perceptions about what Cloud Computing actually is, from the simplest web-hosted solutions right through to virtualized processing environments with Web-Service initiated provisioning and decommissioning.

The main challenges for Cloud Computing before it is likely to enjoy wide-spread adoption are the following:

Persistence & Availability – The ability to continue working during outages or the ability to mitigate outages.
Privacy and National Security Concerns – The hosting of information outside of your country’s borders does concern Public Sector organizations. The US Patriot Act for example is a concern for some countries in adopting cloud services. It is thought that Country-silted Clouds may be able to address this.
Geo-Political Information Management Concerns – The Political risk a country takes on by housing information for another country.

Cloud Computing is all about:

1. SaaS (Software as a Service)

These type of cloud computing delivers a single application through the browser to thousands of customers using a multitenant architecture. On the customer side, it means no upfront investment in servers or software licensing; on the provider side, with just one app to maintain, costs are low compared to conventional hosting.

2. Utility computing

The idea is not new, but this form of cloud computing is getting new life from Amazon.com, Sun, IBM, and others who now offer storage and virtual servers that IT can access on demand. Early enterprise adopters mainly use utility computing for supplemental, non-mission-critical needs, but one day, they may replace parts of the datacenter. Other providers offer solutions that help IT create virtual datacenters from commodity servers, such as 3Tera’s AppLogic and Cohesive Flexible Technologies’ Elastic Server on Demand. Liquid Computing LiquidQ offers similar capabilities, enabling IT to stitch together memory, I/O, storage, and computational capacity as a virtualized resource pool available over the network.

3. Web services in the cloud

Closely related to SaaS, Web service providers offer APIs that enable developers to exploit functionality over the Internet, rather than delivering full-blown applications. They range from providers offering discrete business services to the full range of APIs and even conventional credit card processing services.

4. Platform as a service

Another SaaS variation, this form of cloud computing delivers development environments as a service. You build your own applications that run on the provider’s infrastructure and are delivered to your users via the Internet from the provider’s servers.

5. MSP (managed service providers)

One of the oldest forms of cloud computing, a managed service is basically an application exposed to IT rather than to end-users, such as a virus scanning service for e-mail or an application monitoring service (which Mercury, among others, provides). Managed security services delivered by Secure Works, IBM, and Verizon fall into this category, as do such cloud-based anti-spam services as Postini, recently acquired by Google. Other offerings include desktop management services, such as those offered by Center Beam or Ever dream.

6. Service commerce platforms

A hybrid of SaaS and MSP, this cloud computing service offers a service hub that users interact with. They’re most common in trading environments, such as expense management systems that allow users to order travel or secretarial services from a common platform that then coordinates the service delivery and pricing within the specifications set by the user. Think of it as an automated service bureau. Well-known examples include Rearden Commerce and Ariba.

7. Internet integration

The integration of cloud-based services is in its early days. OpSource, which mainly concerns itself with serving SaaS providers, recently introduced the OpSource Services Bus, which employs in-the-cloud integration technology from a little startup called Boomi. SaaS provider Workday recently acquired another player in this space, CapeClear, an ESB (enterprise service bus) provider that was edging toward b-to-b integration. Way ahead of its time, Grand Central — which wanted to be a universal “bus in the cloud” to connect SaaS providers and provide integrated solutions to customers — flamed out in 2005.

Citrix Cloud Center

C3 is designed to give cloud providers a complete set of service delivery infrastructure building blocks for hosting, managing and delivering cloud-based computing services. C3 includes a reference architecture that combines the individual capabilities of several Citrix product lines to offer a powerful, dynamic, secure and highly available service-based infrastructure ideally suited to large-scale, on-demand delivery of both IT infrastructure and application services. This architecture consists of four key components:

Platform – Powered by Citrix XenServerTM Cloud Edition:  The new XenServer Cloud Edition is a powerful virtual infrastructure solution optimized for service provider environments. It combines the cloud-proven scalability of the Xen® hypervisor which powers most of the world’s largest clouds, with all the virtualization management and dynamic workload provisioning capabilities of the full Citrix XenServer product line enabling cloud providers to host and manage any combination of Windows® and Linux environments. XenServer Cloud Edition also features an innovative consumption based pricing model to meet the needs of service providers that charge their customers based on metered resource use.

Delivery – Powered by Citrix® NetScaler’s®:  Through its rich policy-based AppExpert engine, Citrix NetScaler’s delivers cloud-based resources to users over the Web, continually optimizing user application performance and security by dynamically scaling the number of virtual machines (VMs) or servers available in response to changing workload demands and infrastructure availability. This allows cloud providers to balance workloads across large distributed cloud environments and transparently redirect traffic to alternate capacity on or off premise in the event of network failures or datacenter outages.  NetScaler’s can also dramatically reduce server requirements in large cloud centers by offloading protocol and transaction processing from backend server pools. NetScaler’s proven architecture is designed for highly scalable, multi-tenant Web applications and delivers Web services to an estimated 75 percent of all Internet users each day.

Bridge – Powered by Citrix WANScaler:  As larger enterprises begin experimenting with cloud-based services for parts of their own infrastructure and application hosting strategy, cloud providers will also need reliable and secure ways to provide a seamless bridge between hosted cloud services and premise-based enterprise services. Over time, C3 will incorporate a set of open interfaces that allow customers to easily move virtual machines and application resources into a cloud-based datacenter and back again as needed. WANScaler technology will play a critical role in this enterprise bridge by accelerating and optimizing application traffic between the cloud and the enterprise datacenter, even over long distances.

Orchestration – Powered by Citrix Workflow Studio TM: Tying it all together, Citrix Workflow Studio provides a powerful orchestration and workflow capability that allows the products in the C3 portfolio to be dynamically controlled and automated, and integrated with customer business and IT policy. Workflow Studio allows customers to control their infrastructure dynamically–integrating previously disconnected processes and products into a single powerful, orchestrated and cohesive system. This unique capability will make it easier for cloud providers to enable highly efficient burst able clouds that automatically scale resources up and down based on demand, shifting hardware resources to where they are most needed and powering them down for maximum power savings when not needed.

Today, with such cloud-based interconnection seldom in evidence, cloud computing might be more accurately described as “sky computing,” with many isolated clouds of services which IT customers must plug into individually. On the other hand, as virtualization and SOA permeate the enterprise, the idea of loosely coupled services running on an agile, scalable infrastructure should eventually make every enterprise a node in the cloud. It’s a long-running trend with a far-out horizon. But among big megatrends, cloud computing is the hardest one to argue with in the long term.

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Debates have been heating up about Cloud Computing (CC). Biggest challenge is security and bigger bigger challenge is ‘control’ of a company’s tech assets. The only limitation so far has been internet bandwidth, reason why it took CC a while to become mainstream. Futurists such as Nicolas Negroponte saw it coming a while back and evangelized about it repeatedly in his book ‘being digital’ (a masterpiece). Entrepreneurs like Marc Andreessen saw the opportunities early and started Loud Cloud back in 1999 (now Opsware) and Amazon today generates millions in revenue because of Amazon Web Services (Amazon launched its Elastic Compute cloud (EC2) for companies to use back 2006: yes, commercially). What really triggered CC is none other than Web 2.0: all them browser-based enterprise applications! In Summary: we’ve all contributed to Cloud Computing, without realizing it. You’ve been using Cloud Computing.

Cloud Computing is fantastic for emerging economies and their speed in adopting ‘affordable’ new technology. Look what’s happening in Africa, where mobile internet and new telecom infrastructures are making it possible to leap into internet adoption. So why a computer in the first place. Computers are becoming more of a luxury item vs. a need?

Conclusion: Cloud Computing is not a trend, but a major shift in how we ’smartly’ manage technology. For those who are still in denial and resisting change, they’re already lagging and need to catch up fast, cuz that computer is out of the Window!

Great reference here on the history of CC and how far it dates back (60’s) thanks to Computer Weekly http://tinyurl.com/yj7rln3

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There are list of solution which provides Cloud Infrastructures for Hardware as a service (HAAS) or Software as a Services(SAAS).

AllenPort
AllenPort’s technology handles file management chores like backup, file sharing, disaster recovery, remote access and managing user requirements.

AppZero
AppZero offers OS-free Virtual Application Appliances that are self-contained, portable units, meaning enterprises can experiment with moving applications to the cloud while avoiding cloud lock-in.

Boomi
Boomi and its AtomSphere connect any combination of cloud and on-premise applications without software or appliances.

CA
NetQoS’s monitoring prowess and Cassatt’s data center automation and policy-based optimization expertise, CA can boost the functionality of its Spectrum Automation Manger to let it manage network and systems traffic in both public and private cloud computing environments.

Cast Iron Systems
Cast Iron offers an option for integrating SaaS applications with the enterprise. That method, which involves configuration, not coding, can in some cases slash integration costs up to 80 percent.

Citrix
Citrix Cloud Center (C3) ties together virtualization and networking products, arming cloud providers with a virtual infrastructure platform for hosted cloud services. The service, which is available on a monthly, usage-based pricing model and support mode, is an architecture comprising five key components: a platform powered by Citrix XenServer; applications and desktop services via Citrix XenApp; delivery powered by Citrix NetScaler; a bridge using Citrix Repeater; and orchestration through Citrix Workflow Studio.

Elastra
Elastra makes software that enables enterprises to automate modeling, deployment and policy enforcement of the application infrastructure. Its products tie in with provisioning and virtualization tools. Elastra’s Enterprise Cloud Server software handles the management and provisioning of complex systems. Users can quickly model and provision application infrastructure; automate changes to the system deployment process; efficiently utilize internal, external and virtualized resources on demand and enforce IT policy rules. Elastra Cloud Server can also run on Amazon Web Services.

EMC
With its Atmos and Atmos onLine offerings, EMC is evangelizing its approach to the cloud to deliver scalability, elasticity and cost savings by building, virtualizing and deploying services and applications. Atmos onLine is a cloud storage service built on Atmos, EMC’s policy-based information management platform. EMC Atmos onLine provides Cloud Optimized Storage, or COS, capabilities for moving and managing large amounts of data with reliable service levels and in a secure fashion.

Informatica
Informatica basically pioneered cloud computing for data integration, offering a host of offerings for customers of various shapes and sizes. It offers fast and easy pay-as-you-go and pay-for-use options that let users move data into or out of the cloud or manage data within the cloud of from one app to another.

NetApp
Call it IT-as-a-Service (ITaaS) or call it an enterprise cloud infrastructure. Data ONTAP 8, NetApp’s latest cloud computing infrastructure, ties together its two previously separate platforms: Data ONTAP 7G and Data ONTAP GX. It delivers improved data management functions and tighter integration with data center management systems. Ultimately, NetApp Data ONTAP 8 enables storage, server, network and applications layers to talk to each other.

New Relic
New Relic is running full throttle with its RPM offering, an on-demand performance management tool for Web applications. It takes only minutes to implement and offers visibility and code-level diagnostics for Web apps deployed in both private and public clouds, along with traditional and dedicated infrastructures, and any combination thereof. With RPM, New Relic delivers real-time metrics, unlocking the ability to monitor, troubleshoot and fine tune app performance in the cloud.

Novell
Novell is looking to the cloud to tie together all things IT. It is combining products like Moblin, a cloud-centric desktop OS developed by Novell and Intel; the SUSE Appliance Program, a program for ISVs to build software appliances and receive go-to-market support; Novell Cloud Security Service; and PlateSpin Workload Management Solutions for IT managers.

Open Nebula
This open-source toolkit fits snuggly into existing data center environments to build any type of cloud deployment. OpenNebula can be used to manage virtual infrastructure in the data center or to manage a private cloud. It also supports hybrid clouds to combine local infrastructure with public cloud infrastructure for hosting environments. Additionally, it supports public clouds by offering cloud interfaces to expose its functionality for virtual machine, storage and network management.

OpSource
OpSource is all about cloud operations, offering everything from an enterprise-grade cloud infrastructure to fully managed hosting and apps management. Essentially, OpSource Cloud is a virtual private cloud within the public cloud, giving users control over their degree of Internet connectivity. Meanwhile, OpSource On-Demand combines technical operations, application operations and business operations into a Web operations offering that includes application management, compliance and business services. Lastly, OpSource Billing CLM is a self-service offering for SaaS and Web customer on-boarding, subscription management and payment processing.

Paglo
This IT search and management service startup recently launched its Log Management application to let IT managers capture and store their logs as well as search and analyze them in the cloud. Paglo compares it to a Google-like search for logs, collecting data from all network devices. Paglo has also recently launched a new application to monitor Amazon EC2 application instances, such as disk reads and writes, CPU utilization and network traffic. Users can access the cloud-based information from any Web browser.

RightScale
RightScale’s Cloud Management Platform eases deploying and managing apps in the cloud and enables automation, control and portability. The platform helps users get into the cloud quickly with cloud-ready ServerTemplates and best-practice deployment architectures. And users retain complete visibility into all levels of deployment by managing, monitoring and troubleshooting applications. Lastly, RightScale’s Cloud Management Platform helps users avoid lock-in by letting them choose their deployment language, environment, stack, data store and cloud for portability.

Stoneware
Stoneware’s mission is simple: To enable organizations to move from a client-centric to a Web-based, private cloud computing environment. With products aimed specifically at core verticals education, healthcare, manufacturing, legal, financial and enterprise Stoneware offers private cloud technology that is being used to create solutions that enable organizations to access applications, content, data and services from anywhere in a secure fashion.

VMware
Last August, VMware acquired SpringSource which provides Web application development and management services. SpringSource speeds the delivery of applications in the cloud using a process that has become known as lean software. VMWare also acquired Hyperic, an open-source monitoring and troubleshooting vendor. The VMWare-SpringSource-Hyperic trifecta creates an amalgamation that ties together VMWare’s virtualization vision, SpringSource’s strong development tools and application servers as well as Hyperic’s monitoring.

Zeus Technology
Zeus gives users the ability to create, manage and deliver online services in cloud, physical or virtual environments, letting companies visualize and manipulate the flow of traffic to Web-enabled apps. And early this year, they will release the Zeus Cloud Traffic Manager so customers can monitor and control cloud usage, offering a single control point for distributed applications, reporting on datacenter usage and allowing for goals like cost, SLA, security and compliance to be applied.

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