Posts Tagged ‘azure’

On CIOL News,

L&T Infotech, a global IT services provider, today announced that it has teamed with SEEBURGER Inc., a provider of global business integration solutions, for a strategic partnership in order to increase U.S. implementation resources for the latter’s electronic data interchange (EDI) and business-to-business integration (B2B) software.

With this, L&T Infotech would provide both sales and deployment services for the SEEBURGER Business Integration Server and associated solutions, said a press release.

L&T Infotech has nine U.S. offices with dedicated teams in key industry sectors with EDI/B2B needs, including technology, manufacturing, finance, healthcare and energy/petrochemicals. The firm has extensive SAP and Oracle expertise as well as B2B systems integration experience, making it possible to support customers who are deploying the SEEBURGER platform in conjunction with an update, migration or implementation of a new ERP system, according to the release.

“Much of our systems integration business is ERP-focused, and many of our ERP customers need B2B integration as well,” said Sudip Banerjee, CEO, L&T Infotech. “Adding SEEBURGER technology to our portfolio will allow us to serve that need with what we consider as a robust, advanced and scalable EDI/B2B platform,” he added.

“Partnering with L&T Infotech expands our services capacity and provides an additional expert implementation resource for our U.S. customers, particularly for crossover deployments involving tandem ERP/EDI upgrades,” said Wesley Thompson, VP of Business Development, SEEBURGER Inc.

SEEBURGER’s EDI/B2B solution suite includes multiple B2B gateways and related products for disparate enterprise needs, including specialized solutions that automate document exchange with non-EDI-enabled trading partners via e-mail, spoke units and partner portals, the release added.


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AT&T to introduce new cloud computing service” on Siliconindia News Bureau

Global telecom company AT&T has expanded its portfolio of cloud-based services to include on-demand compute capacity.

The addition of Synaptic Compute as a Service offering strengthens AT&T’s position in competing with other large cloud-based services providers like Amazon Web Services, Microsoft and Google. The telecom company already offers cloud-based storage and hosting services.

“As companies increasingly move to cloud-based environments, AT&T Synaptic Compute as a Service provides a much-needed choice for IT executives who worry about over-building or under-investing in the capacity needed to handle their users’ traffic demands,” said Roman Pacewicz, Vice President of Strategy and Application Services, AT&T.

The service, expected to launch in the fourth quarter of 2009, will feature a Web-based interface, pay-as-you-go billing structure and multiple storage options for use with the existing Synaptic Storage offering. AT&T said that there will be no up-front fees, long-term obligations or early-termination penalties.

The company partnered with the leading virtualization software developer VMware and multi-faceted technology company Sun to develop its newest offering. The product is using VMware’s vSphere hypervisor and vCloud API.

The company will deploy the service in the U.S, but it will be accessible from anywhere through the internet. It Plans to expand the offering globally in the future.

Synergetics is Awarded as the “Best. NET Training Service Provider” by Microsoft.

On InfoWorld, Paul Krill Writes,

Windows Azure, Microsoft‘s fledgling cloud computing platform, is piquing the interest of IT specialists who see it as a potential solution for dealing with variable compute loads. But an uptick in deployments for Azure, which becomes a fee-based service early next year, could take a while, with customers still just evaluating the technology.

“We’d be targeting applications that have variable loads” for possible deployment on Azure, said David Collins, a system consultant at the Unum life insurance company. The company might find Azure useful for an enrollment application. “We have huge activity in November and December and then the rest of the year, it’s not so big,” Collins said. Unum, however, is not ready to use Azure, with Collins citing issues such as integrating Azure with IBM DB2 and Teradata systems.

“From a scale-out perspective and for the future, it’s kind of interesting to hear” about Azure, said Michael Tai, director of development at Classified Ventures. But his company is probably not looking to use Azure in the short term, he said.

Meanwhile, an advertising agency that has done ads for Windows 7 already has used Azure. An official of that company also cited benefits in offloading of compute cycles to the cloud. “We’ve used Azure on a couple of projects already and had great success with it,” said Matthew Ray, technical director at Crispin Porter + Bogusky. “I think what helps us is we don’t have all the time and money” to build huge server clusters for projects that get a lot of traffic but only live for a month, Ray said. Using traditional platforms, “you can spend inordinate amounts of money — hundreds of thousands of dollars — to support something like the Super Bowl, something like that, and you’re done in a day, basically,” he said.

Microsoft has improved Azure since the last time the company looked at it. “It wasn’t as rich as it looks now,” said Sean Gordon, an architect in the strategy architecture emerging technology team at Chevron. “We’re looking at offloading compute resources, potentially, into the cloud,” he noted.

A Microsoft SharePoint software vendor sees Azure‘s potential for purposes such as extranets. “A lot of applications I can see being extended to the cloud,” said Stephen Cawood, community director at Metalogix. “For big companies, they’re still going to want to have their own datacenters and host things like SharePoint, but I can see them using cloud computing possibly for extranet scenarios where they’re working with partners or even customers.”

David Nahooray, software developer for the Organization for Economic Cooperation and Development (OECD), an international intergovernmental agency, said any decision to go to the cloud would be made a higher level. “[Azure] looks interesting, but it’s probably up to my boss to decide if we can go and put stuff outside in the cloud,” Nahooray said. Data such as economic indicators could be deployed on Azure for access by other organizations, he said.

Cloud computing is here. Running applications on machines in an Internet-accessible data center can bring plenty of advantages. Yet wherever they run, applications are built on some kind of platform. For on-premises applications, this platform usually includes an operating system, some way to store data, and perhaps more. Applications running in the cloud need a similar foundation. The goal of Microsoft’s Windows Azure is to provide this. Part of the larger Azure Services Platform, Windows Azure is a platform for running Windows applications and storing data in the cloud.

Cloud computing is a style of computing in which dynamically scalable and often virtualized resources are provided as a service over the Internet. To deploy a new solution, most of your time and energy is spent on defining the right infrastructure, hardware and software, to put together to create that solution, cloud computing allows people to share resources to solve new problems. cloud computing users can avoid capital expenditure (CapEx) on hardware, software, and services when they pay a provider only for what they use.

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Cloud computing won’t have as much value unless we get the data-integration mechanisms right

In a recent InfoWorld article by Paul Krill, Vint Cerf, who is a co-designer of the Internet’s TCP/IP standards and widely considered a father of the Internet, spoke about the the need for data portability standards for cloud computing. “There are different clouds from companies such as Microsoft, Amazon, IBM, and Google, but a lack of interoperability between them,” Cerf explained at a session of the Churchill Club business and technology organization in Menlo Park, Calif.

Interoperability has not been a huge focus around the quickly emerging cloud computing space. Other than “we support interoperability” statements from the larger cloud computing providers, there is not a detailed plan to be seen. I’ve brought it up several times at cloud user group meetings, with clients, and at vendor briefings, and I often feel like I’m the kid in class who reminds the teacher to assign homework.

[Get the no-nonsense explanations and advice you need to take real advantage of cloud computing in the InfoWorld editors’ 21-page cloud computing Deep Dive PDF special report, featuring an exclusive excerpt from David Linthicum’s new book on cloud architecture. | Stay up on the cloud with InfoWorld’s cloud computing Report newsletter. ]

Data interoperability is not that hard. You’re dealing with a few key concepts, such as semantic interoperability, or the way that data is defined and stored on one cloud versus another. Also, you need to consider the notions of transformation and translation, so the data appears native when it arrives at the target cloud, or clouds, from the source cloud (or clouds). Don’t forget to add data governance and data security to the mix; you’ll need those as well.

There has been some talk of concepts such as the Intercloud, or a data exchange system running between major cloud computing providers. Also, a few cloud standards organizations, such as the Open Cloud Consortium, are looking to drive some interoperability standards, including a group working on standards and interoperability for “large data clouds.”

So how do we get down the path to data interoperability for the clouds? Don’t create yet another standards organization to look at this by committee. They take too long, and this is something that’s needed in 2010 to drive cloud computing adoption. Instead, the larger cloud computing providers should focus on this behind the scenes and create a working standard enabling technology to solve the data interoperability problem. If the larger providers are all on the same page, believe me, the smaller providers will quickly follow.

This article, “The data interoperability challenge for cloud computing,” was originally published at InfoWorld.com. Follow the latest developments on cloud computing at InfoWorld.com.

cloud computing is here. Running applications on machines in an Internet-accessible data center can bring plenty of advantages. Yet wherever they run, applications are built on some kind of platform. For on-premises applications, this platform usually includes an operating system, some way to store data, and perhaps more. Applications running in the cloud need a similar foundation. The goal of Microsoft’s Windows Azure is to provide this. Part of the larger Azure Services Platform, Windows Azure is a platform for running Windows applications and storing data in the cloud.

cloud computing is a style of computing in which dynamically scalable and often virtualized resources are provided as a service over the Internet. To deploy a new solution, most of your time and energy is spent on defining the right infrastructure, hardware and software, to put together to create that solution, Cloud computing allows people to share resources to solve new problems. cloud computing users can avoid capital expenditure (CapEx) on hardware, software, and services when they pay a provider only for what they use.

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USA: Virtual Global, provider of cloud-enabled enterprise solutions and the TeamHost online platform for creating SaaS applications, released its “Top ten cloud computing predictions for 2010″.

Cloud computing‘s time has come,” said Cary Landis, CEO of Virtual Global.

Landis cites multiple factors driving the adoption of the cloud, including costs, entrepreneurship, telecommuting and the more collaborative workspace.

“In 2010, we’ll see infrastructure prices fall, platforms become the norm, and big IT companies struggle for new identities,” noted Landis. “Ultimately, the cloud is more than just a piece of technology. It’s changing the way we do business, the way we work, and even the way we think.”

Virtual Global calls cloud computing “the biggest shift in business since the Industrial Revolution.” The top ten predictions include:

1. Cloud infrastructure commoditizes, and prices fall. cloud computing already provides a price advantage. The underlying hardware prices are decreasing as data center competition is increasing. Prices will fall, making it easier for thousands of SaaS providers to enter the market.

2. Open standards emerge as dominant in cloud platforms. As the Platform as a Service space gains acceptance, the proprietary shakeout will give way to more open platforms in the cloud. This will simplify development, allow for more customization, and address the question of what happens to a company’s applications if a cloud provider goes out of business.

3. Homesourcing becomes mainstream. The era of the cubicle is over. Because applications and data no longer need to reside on the computers in front of us, the physical office is quickly becoming redundant.

4. Corporate processes become decentralized. Larger companies take advantage of the decentralization made possible by cloud computing. This leads to more of outsourcing, which in turn triggers the need for more small companies to fill the need for those outsourced services.

5. A new wave of entrepreneurship emerges. Cloud computing ushers in the next great dotcom boom, only this time things are different. Cloud computing has lowered the barriers to entry so entrepreneurs won’t need to be programming wizards or venture backed. They only need an idea, ambition and a credit card.

6. Smart phones evolve with cloud apps. Smart phones continue to gain functionality, and their reach extends further with access to wireless broadband. This makes smart phones more attractive as an actual working machine, and a tool for accessing productivity apps over the cloud for corporate use.

7. The days of multi-million dollar enterprise software projects dwindle. Enterprise-level cloud computing apps will gradually replace huge on-premises implementations. The Platform as a Service space will become the norm, rather than exception for new software projects. The days of multi-million IT projects will eventually fall by the wayside along with the fall of ground-up Web 2.0 engineering.

8. Cloud computing penetrates all areas of business management. Cloud applications will evolve to accommodate more mission-critical needs, delivering full-fledged management systems to the largest government agencies and corporations in the world.

9. Big-name companies will struggle for new identities. The emergence of new cloud offerings will drive competition in the cloud infrastructure arena. Several new brands will emerge, both from established players and newcomers to the market.

10. Social networking systems will give way to collaborative management systems. The future of collaboration will be more focused on the emerging needs of mangers who are coping with increased complexity and reporting demands. The future will be less focused on social needs.

Cloud computing is here. Running applications on machines in an Internet-accessible data center can bring plenty of advantages. Yet wherever they run, applications are built on some kind of platform. For on-premises applications, this platform usually includes an operating system, some way to store data, and perhaps more. Applications running in the cloud need a similar foundation. The goal of Microsoft’s Windows Azure is to provide this. Part of the larger Azure Services Platform, Windows Azure is a platform for running Windows applications and storing data in the cloud.

Cloud computing is a style of computing in which dynamically scalable and often virtualized resources are provided as a service over the Internet. To deploy a new solution, most of your time and energy is spent on defining the right infrastructure, hardware and software, to put together to create that solution, Cloud computing allows people to share resources to solve new problems. Cloud computing users can avoid capital expenditure (CapEx) on hardware, software, and services when they pay a provider only for what they use.

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Seventy percent of the 40,000 people who work on software at Microsoft are in some way working in the cloud, CEO Steve Ballmer said Thursday at the University of Washington.

“A year from now, that will be 90 percent,” he said.

In a wide-ranging talk to computer science students at the university, Ballmer explained why he thinks cloud computing is important and how Microsoft aims to take advantage of the trend toward hosted computing services.

“Our inspiration, our vision … builds from this cloud base,” he said. “This is the bet, if you will, for our company.”

All Microsoft products including Windows, Office, Xbox, Azure, Bing, and Windows Phone are driven by the idea of being connected to the cloud, he said. While some recently introduced products like Windows 7 included a lot of work that is not cloud-based, the inspiration for the product starts with the cloud, he said.

Beyond software, Ballmer also described Microsoft‘s different strategies for creating devices that connect to cloud-based services. “The cloud wants smarter devices,” he said.

He admitted mistakes in the way that Microsoft historically approached the mobile market, giving hardware makers a wide range of potential for form factors. “We didn’t standardize enough. The cacophony of form factors for you, the user, was too high,” he said.

Microsoft has unveiled a new version of its mobile software, Windows Phone 7, which has a much stricter set of hardware requirements. Still, it should have more options for hardware makers to innovate than some Microsoft competitors like Apple and Research In Motion where “you get what they choose to build for you,” Ballmer said.

In the case of its Xbox gaming console, Microsoft uses that same strategy. But Ballmer hinted that there could be some variety with the Xbox. “You might have more form factors in the future for different price points and options,” he said.

Ballmer also said that Microsoft wants to help foster the development of different cloud computing services, both private and public. “How does the cloud become something that not just Microsoft and four other companies run on the behalf of the whole planet? How do we give the cloud back to you?” he said. “You should be able to, if you want, run your own cloud.”

In some cases Microsoft may be eager to help organizations run their own hosted environments because it doesn’t make sense for the company to do so itself. For instance, a government might have regulations that hosted data be kept within the country’s borders. But in a small country, Microsoft may not be interested in making the investment. “This company is not likely to build a public cloud in Slovenia any time soon,” Ballmer said. Instead, Microsoft would like to sell a set of products built around its Azure cloud services that a country like Slovenia can buy and implement itself.

The potential benefits of cloud computing for companies and researchers are immense, Ballmer said. For instance, he talked about how bringing the world’s poorest out of poverty will likely mean that those people will consume more energy. “We need to speed up the rate of scientific innovation” that can help solve climate change issues before that happens, he said. Researchers might be better able to run experiments quickly and analyze more data if they are able to access public cloud services, he said.

The cloud “will create opportunities for all the folks in this room to do important research and build important projects,” Ballmer said.

The hosted computing model creates new possibilities for businesses too. “I think we are seeing and will continue to see where there are literally new software investments that create new business models, new opportunities to start and form businesses because of this commercial software infrastructure that’s never existed before,” he said.

For instance, a new company might only have the resources to offer a product to people in its local community. But if it can use hosted computing, it can offer the product to a wider audience, paying for the compute services as it uses them rather than investing in a data center up front.

Ballmer also suggested that the cloud might even make some open-source developers more interested in commercializing their developments. “With the advent of this new commercial infrastructure, some inventors can now ask, how can I monetize this, how can I get an economic value from the innovations that I get a chance to create,” he said.

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It’s always interesting to me to see the job growth in emerging spaces, such as cloud computing. Typically, the hype is huge around a concept (such as SOA, client/server, or distributed objects) about 8 to 12 months before there is notable job growth. This is often due to companies not understanding the value of the new technology, as well as to the lag in allocating budget and creating job reqs.

Cloud computing seems to be a different beast. After no fewer than four calls last week from headhunters looking for cloud architects, cloud engineers, and cloud strategy consultants, I decided to look at the job growth around cloud computing, using my usual unscientific measurements. This included a visit to the cloud job postings at indeed.com, which provides search and alerts for job postings and tracks trends.

I figured that I would see a line that looks like the bunny slope, gradually sloping up from left to right. Instead, as you can see below, I saw extreme heli-skiing: Since January 2008, the growth in job postings that mention cloud computing has hit 350,000 percent. (Of course, those are all kinds of job postings that mention cloud computing, and some are perhaps not cloud computing jobs. But still.)

While I just have my personal experience to draw upon, this seems to be the largest inflection around a hyped space in IT that I’ve ever seen, especially considering we’ve been in a downturn in which many companies have reduced IT jobs.

There are only a handful of qualified people out there who actually understand the basics of cloud computing, much less the details behind cloud computing architecture, implementation, development, testing, and security. Thus, I suspect we’ll see many jobs filled by the wrong people — and the bad results that come from that. The larger issue is that the people doing the hiring also don’t understand cloud computing, so they don’t realize that the “expert in Amazon cloud service” claim on a résumé actually means the candidate can purchase books and shoes using the site’s “one click” feature.

First, and foremost: I will stay fully employed. 🙂

Second, the salaries of cloud computing experts will be driven up significantly as too many jobs chase too few qualified candidates.

Third, the need for cloud computing training will explode, including architecture, planning, testing, security, and deployment. There’s lots to learn there, and it’s very different than on-premise systems, trust me.

Finally, we’ll have to deal with the many positions that will be taken by less than qualified staff. Thus, there will be some frustration around the productivity of cloud computing that in most cases will be traced back to a talent issue, not the technology itself. We saw the same thing with SOA.

Start that training and update your résumés, people.

Cloud computing is here. Running applications on machines in an Internet-accessible data center can bring plenty of advantages. Yet wherever they run, applications are built on some kind of platform. For on-premises applications, this platform usually includes an operating system, some way to store data, and perhaps more. Applications running in the cloud need a similar foundation. The goal of Microsoft’s Windows Azure is to provide this. Part of the larger Azure Services Platform, Windows Azure is a platform for running Windows applications and storing data in the Cloud.

Cloud computing is a style of computing in which dynamically scalable and often virtualized resources are provided as a service over the Internet. To deploy a new solution, most of your time and energy is spent on defining the right infrastructure, hardware and software, to put together to create that solution, Cloud computing allows people to share resources to solve new problems. Cloud computing users can avoid capital expenditure (CapEx) on hardware, software, and services when they pay a provider only for what they us.

I was taken back a bit by this recent article talking about some big predictions from Gartner around the adoption of cloud computing:

Cloud Computing will become so pervasive that by 2012, one out of five businesses will own no IT assets at all, the analyst firm Gartner is predicting.

The shift toward cloud services hosted outside the enterprise’s firewall will necessitate a major shift in the IT hardware markets, and shrink IT staff, Gartner said.

This is very interesting to me, considering that many new and small businesses are finding a great deal of value in moving to cloud computing. However, I’m not sure I agree with Gartner over the amount of movement that will occur by 2012. Sorry to once again be the buzzkill, but a sure way to bury a space is to overhype and under deliver.

Don’t get me wrong: Cloud Computing will have an impact. I suspect that most midsize and small businesses will use e-mail and document management systems that are outside their firewalls. We’ve seen a lot of movement in this direction in 2009, and with the rapid expansion of Google Enterprise services and the emerging online version of Microsoft Office, this trend will only accelerate.

At the same time, major enterprise systems are now SaaS-delivered, platform-as-a-service is giving open source platforms a run for their money, and infrastructure-as-a-service is becoming much more compelling when considering the technology, as well as the business case. Things are actually moving along nicely.

However, “no IT assets at all” by 2012 in one out of five businesses? That’s a huge shift in a short amount of time. While analysts and thought leaders love to make revolutionary statements such as this because they are provocative, in the real world most businesses, large and small, are still struggling with the place that Cloud Computing will have in their IT strategy, and they are far away from complete outplacement of major IT assets. In other words, I appreciate Gartner’s enthusiasm, but I don’t see it based on what I’m seeing with my clients or in the industry in general.

LOS ANGELES — Silverlight and Windows Azure headlined Microsoft’s Professional Developers Conference last week, but Microsoft also made a number of significant announcements concerning interoperability, identity management, Surface touch technology, and SharePoint.

Microsoft delivered a Java SDK for Windows Azure storage, with additional tools and guidance for deploying the Tomcat application server in Windows Azure. Microsoft has enabled external endpoints to allow applications that are not running on Internet Information Services to receive traffic, said open-source community manager Peter Galli in a blog post.

Microsoft will also allow Azure to be used as “Infrastructure as a Service” with Windows Server Virtual Machine support. SugarCRM, an open-source customer relationship management software maker, announced that it would offer its applications on Azure.

Azure is designed to be open and interoperable from its basic protocols, said Jean Paoli, general manager of interoperability strategy at Microsoft. When asked about portability, he said that Microsoft was participating in the Distributed Management Task Force’s Cloud Computing standards efforts, and it was “trying to make sense” of cloud scenarios. The Distributed Management Task Force is a standards body.

Microsoft also announced an identity management solution that works in the cloud as well as on premises.

Stuart Kwan, group program manager for Microsoft’s Federated Identity team, unveiled the final version of Windows Identity Foundation, a product for identity and access management for .NET applications. The technology is a core element of Microsoft’s “Geneva” platform, and it is designed to interact with outside identity systems, he said.

Geneva enables identities to be federated to new services in the cloud and in a service-oriented architecture.

Identity Foundation is designed to help developers write identity into an application without being identity experts, Kwan said. “Developers only think about claims and do not need to be concerned about how they get them, as long as they trust who they get them from.”

On the desktop, Microsoft‘s development efforts are focusing on developing touch-screen user interfaces. The company gave each PDC attendee a touch-screen-enabled laptop. Its Surface team developed Microsoft’s touch-screen technology.

The Surface team also delivered a public SDK and technical documentation to the Microsoft Developer Network. The documentation focuses on how developers can design valuable applications with the multi-touch interaction paradigm, said Brad Carpenter, general manager of software and user experience for Surface.

The number of Surface development partners has increased from 60 last year to 250 today, Carpenter said. Technology from Surface is used in Windows 7, and the team produces Windows Presentation Foundation controls that OEMs can install on PCs, he added.

The company is also investing in broadening development tools for Office SharePoint Server.

Microsoft announced beta releases of Office 2010 for public download. It is also offering Web editions of Office applications, also in beta.

Developers can integrate social networking into Office Outlook 2010 with an SDK to connect with LinkedIn and other networks. There is out-of-the-box integration with Windows Live and SharePoint.

What’s more, Microsoft delivered new tooling for SharePoint 2010, as well as Business Connectivity Services, a set of features to connect SharePoint to Web services.

“Developers can write code and deploy on-premises, but also put partially trusted code into SharePoint online,” said SharePoint director Arpan Shah. He explained that applications cannot access resources outside of the site container, and Microsoft provides governance over application resources.

A new version of Microsoft‘s “Duet” SAP integration software was re-architected to utilize Business Connectivity Services, Shah said.

He said that Microsoft has more than 4,000 SharePoint development partners, and he expects that number to double with the next release. Partners generate US$5.6 billion in services revenue, he added.

On SDTimes, Microsoft unveils a bevy of supplemental software – By David Worthington – November 24, 2009

 

 

 

 

 

 

About Azure Seminar

The seminar is designed for Senior IT Professional to understand the Microsoft Cloud offering – Windows Azure. The information will enable you to prepare for the new upcoming culture in the IT world called Cloud computing. This seminar will also deal with a comparison of various vendors offerings under the Cloud Platform.

 

One of the biggest technical obstacles in the world of cloud computing is integrating cloud applications with each other and with on-premise systems. Data integration software developer Informatica released a package of software tools the company said can help businesses overcome those hurdles.

 

For Informatica’s channel partners and systems integration allies, the new cloud 9 toolset offers a means of building customized data integration software for customers and assembling data integration links that can be reused in multiple deployments, said Darren Cunningham, senior marketing director for Informatica’s on-demand products.

As more businesses adopt Software-as-a-Service applications and other cloud computing technologies, they find themselves wrestling with the problem of how to link those applications with their existing IT systems. Informatica, a longtime player in the data integration arena, is a natural to fill that role, company executives argue. A number of younger companies are also jumping into the on-demand data integration space, including Boomi and Cast Iron.

Informatica Cloud 9 includes a multitenant, Platform-as-a-Service (PaaS) data integration system that developers and systems integrator partners can use to build and reuse custom data integration services and run them in the cloud, according to the company. Business users can configure data rules or run data mappings built by IT using Informatica Cloud Services for data integration.

Cloud 9 incorporates Informatica’s Cloud Services Winter ’09 release of purpose-built Software-as-a-Service data integration applications for nontechnical users. It also provides Address Quality Cloud services based on technology Informatica acquired when it bought AddressDoctor in June. A new sandbox feature includes data synchronization and replication capabilities for software development and testing projects.

The package also includes new and expanded offerings through Amazon’s Elastic cloud computing (EC2) service. The new Informatica Data Quality cloud Edition, which runs on Amazon EC2, offers data quality services such as profiling, cleansing and matching. Informatica Cloud 9 also supports the recently released Amazon Relational Database Service.

Earlier this month Informatica unveiled Informatica 9, a new release of its core data integration software that’s the foundation for the new cloud computing offering.

The Informatica Cloud Platform is currently available as a beta with the final release scheduled for December priced at $1,000 per month. The Data Quality Cloud Edition is available on Amazon EC2 as a beta with the production release set for next year’s first quarter. The Informatica Address Quality cloud services are available today with pricing based on transaction volumes.

On ChannelWeb, Rick Whiting Writes, Informatica Debuts Cloud Computing Integration Tools, November 26, 2009

 

 

 

 

A .NET Cloud Computing Applications Versatilist:

The .NET Cloud Computing Applications Versatilist candidate would be someone who:

  1. Has one or more technical specialties (e.g. application programming, Designing, composing and consuming Services from and in .NET Applications).
  2. Has at least a general knowledge of software development lifecycle.
  3. Has at least a general knowledge of the business domain in which they work.

 

The Versatilist program for .NET Cloud Computing Applications Professional will enhance and empower the candidate with the following skills:

  1. Knowledge of the different cloud computing platforms
  2. Understanding the concept of SaaS
  3. Identifying the benefits and scenarios where cloud computing will be applicable
  4. Detailed understanding of the Cloud Computing platform from Microsoft – Azure Services Platform
  5. Designing, implementing and deploying a solution in the cloud using Azure platform
  6. Creating Service Bus and workflow applications using .NET Services
  7. Using the SQL Database in the cloud with SQL Data Services
  8. Creating Live Mesh applications with Live Services