Category Archives: Uncategorized

What are the top 3 myths about cloud ERP software?

The growth of cloud computing has caused a paradigm shift in all sorts of business applications, but perhaps most notably in ERP software.

As noted in a previous article, cloud ERP is growing like wildfire as more and more businesses move to their ERP system to the cloud.

But as cloud ERP becomes more popular, misconceptions about it also spread and it becomes more difficult to separate fact from fiction. In an effort to do just so, here are the top 3 myths about cloud ERP:

Myth #1: Cloud ERP is the same as hosted ERP

This is somewhat analogous to saying that renting a house is the same as leasing a house, which obviously is false. There are numerous differences between cloud ERP and hosted ERP involving software maintenance, network traffic, security, and statelessness.

Hosted ERP requires users to install and maintain software; cloud ERP does not. This saves a ton of time and money for the client and makes the job of the IT department much easier.

Also, cloud-based ERP is designed to minimise the number of network communications, whereas hosted ERP is designed with the assumption that the client and server have a fast ethernet connection between them and therefore, there is a lot more data being transferred between the server and the client, which increases network traffic.

Unlike hosted ERP, in a cloud ERP system communications from the browser to the server are not trusted because the browser can be vulnerable to security breaches. That is why the server verifies all data before it is moved to the database, plus the transmission path is encrypted, which adds an extra layer of security.

Another advantage of cloud ERP software is its statelessness, which enables it to operate even when the internet connection temporarily goes out.

Myth #2: Cloud ERP software is cheap

While the cloud can save businesses money through reduced server expenses, economies of scale, and a smaller IT staff, it can actually raise costs in other areas like training & development, software configuration management, requirements analysis, and data migration.

Whether your company will benefit financially by utilising cloud ERP software really depends on your company’s specific circumstances.

As a general rule of thumb, SaaS ERP tends to be cheaper in the long run for smaller businesses that may not have the IT resources to manage and install applications, and it tends to be more costly in the long-term than on-premise ERP for mid-sized or large businesses that can afford the internal infrastructure necessary to maintain the system.

That’s because the recurring costs of SaaS ERP combined with the ongoing costs of internal IT resources will wind up costing far too much. So although hosted ERP (or on-premise ERP) costs more upfront, it will be less expensive than SaaS ERP in the long run for mid-sized or large companies.

Myth #3: Cloud ERP Solutions can not be customised

This will depend on whether the cloud application is single-tenant or multi-tenant. There are advantages and disadvantages to both but single-tenant cloud ERP software is very customizable; it can be scaled up or down as the client’s needs grow or shrink, users can be added or removed at any time, etc.

With a single-tenant ERP solution, you essentially have flexibility on demand.

The bottom line is, cloud computing will continue to grow and misconceptions about it will hopefully fade away as time goes on.

Source: http://www.cloudcomputing-news.net/news/2013/jan/02/what-are-top-3-myths-about-cloud-erp-software/

Did you like this? Share it:

Cloud computing: Dare to be boring

As long as cloud providers need to make noise over features and functions, we haven’t achieved the goal of utility computing

Cloud computing is one of the most exciting technologies to come along in a very long while. This is largely due to the race in the marketplace to provide the most innovative cloud features and functions. It’s a race to keep up with the hype; it’s also a race to stay or become relevant. However, could all that excitement be masking the true purpose of cloud computing?

Cloud computing should have the objective to provide a core foundation of infrastructure and business processes on demand, and we should use those resources to drive our business. If cloud computing works correctly, the storage and compute systems it provides, or the applications it serves up, should function like any other utility we use: It should just work, and eventually, we don’t even think much about it. In other words, it should become boring.

The emerging cloud computing space is far from boring these days. The feature race will likely go on for years; those looking to leverage public or private clouds are in for a wild ride in terms of how quickly change comes.

The problem is that IT departments in most large enterprises or small businesses don’t have the time or resources to be technology fanboys. They don’t monitor the cloud computing market in real time. They have to keep their businesses running smoothly and use whatever technology they need to make that happen. I call this group the silent majority.

The silent majority is more than happy to consume cloud computing services, as long as they function as promised with little or no maintenance hassles or unexpected costs. As one CIO put it to me, "If I know the name of the technology provider, that’s bad. That means it is not doing its job and keeps coming on my radar. Those technology providers I don’t hear about are the ones providing value."

Cloud computing does not bring new technology patterns to the world of computing; rather, it changes how we consume that technology. Cloud computing providers may want to get over themselves as the end-all, be-all way to reinvent computing, and instead get to work to neither be seen nor heard while consistently adding value — perhaps even dare to be boring.

Source:  http://www.infoworld.com/d/cloud-computing/cloud-computing-dare-be-boring-209506

Did you like this? Share it:

Who is driving public cloud computing adoption?

What group – IT, user, business, etc. – is pushing hardest for public cloud adoption in your organization, and what internal or external pressures are spurring that group? Who is in charge of your cloud initiatives – CIOs, project managers, system architects or IT?

Consultants from Capgemini have observed many different internal and external change agents in organizations that are considering adopting public clouds, as well as faulty and successful decisions about cloud management leadership. Capgemini’s Mark Skilton sums up and opines on cloud adoption drivers in this article. He also discusses the need for a new type of IT/system administration professional for managing public cloud projects. 

“Cloud decisions are made from either inside-out or outside-in,” said Skilton, director of Global Application Outsourcing for Capgemini, a global consulting, technology and outsourcing services provider.

Inside the organization, most often IT sees public cloud computing as a means to reduce the cost of IT services and achieve application scalability, among other things. “The inside-out change agent in IT wants to do data consolidation, application consolidation and revamp their data census strategy and networking strategy,” said Skilton. “It’s a topology problem for them.”

Outside-in decisions to use cloud come from changes in various areas, such as changes in internal employees’ computer usage behavior. “Whole business units, business managers and the users themselves are actually going out and using smart devices, using them to access and input enterprise data, and – sometimes without knowing it – using public clouds,” said Skilton. These usage behaviors certainly worry IT and business-side managers, who in turn look at public cloud computing as an overall management fabric to control, manage and secure enterprise data.

Therefore, in the inside-out cloud adoption scenario, internal IT is looking to develop new capabilities for organizations without huge capital expense. The outside-in change agents’ computing behaviors are forcing IT and business managers to evaluate cloud as a means to use on-demand applications via the cloud and manage that usage. 

Business’ interest in adopting cloud computing

“More and more today, the change agents, the shifters toward cloud are business people,” said Skilton. They face new customer and competitive needs, largely due to e-commerce and Web application usage, which make cloud computing attractive. 

A large pharmaceutical company’s approach to adopting public clouds is Skilton’s favorite example of the business side acting as a cloud change agent. The business side of this large, geographically dispersed firm determined that small-to-mid-sized subsidiaries needed to boost IT capacity to compete head on with a particular large competitor. They advocated the use of public clouds. Now, the small companies within the larger company go out and get their own infrastructure without incurring capital expenditure costs. The result is the ability to compete effectively head-on against larger players.

Public cloud computing can be an equalizer for small to mid-sized businesses because it provides competitive-level, equivalent access to a market shared by larger competitors. “The long-term economics of this type of public cloud usage still have to play out, but there are promising signs,” Skilton said.

The most promising signs are taking place in large-scale public clouds in Europe, particularly in the government area, where cash-strapped countries are playing catch-up with data protection, sovereignty of data and management of many agencies and citizen-facing processes. “Governments are realizing that cloud computing could have a positive impact on the national infrastructure, as well as the way their business markets evolve,” said Skilton.

The World Economic Forum’s (WEF) research has shown that adopting cloud computing can potentially increase a nation’s gross national product, Skilton said, referring in particular to a May 2010, WEF study, its first on the economic impact of cloud computing.

WEF’s recent follow-up study, “Advancing Cloud Computing: What to do Now?”, reports that public cloud usage is enabling governments to manage socio-economic programs more effectively. Specifically, public clouds deliver accessibility to Web-based, always-available applications and data that helps citizens get healthcare, education, financial services and disaster relief information and services in less costly, more efficient ways.

The business-side impetus to adopt public clouds is the most compelling inside-out change agent, particularly for realizing quick return on investment, entering new markets and maximizing customer service, according to Skilton. Public cloud is a new competitive model – enabled by SOA’s abstraction of application, process and data services – that has put business competition and the need for business agility in warp drive.

A public cloud calls for a mew type of manager

Looking at companies that have adopted public cloud, Skilton has seen them struggling to create a program or an approach that enables full use of cloud capabilities and opportunities. Generally, existing business, development or IT positions or job descriptions do not lend themselves to public cloud decision-making, strategic planning or management.

“What we’re finding is that there’s a need to think slightly out-of-the-box, to think away from where you may be doing things today,” Skilton said. Leaders have to take IT, development and business “slightly out of their comfort zones.” 

The internal public cloud adoption leader should have a role that fosters business innovation, Skilton said. The ideal “business innovation manager” would have business, systems engineering and Agile or Lean methodology experience. That leader would work with business, development and operations to target areas where cloud is best suited to enable speed, scale, economies, innovation and more. Most importantly, the business innovation manager would bring together outside-in and inside-out needs to create an overall public cloud strategy.

Source:  http://searchcloudapplications.techtarget.com/news/2240146494/Who-is-driving-public-cloud-computing-adoption

Did you like this? Share it:

Why Does Samsung Get Android Updates So Fast?

 

Samsung’s Android smartphones have been attractive to tech-savvy phone buyers not just because of their big screens but also because they often run a fresher version of Android than many competing phones. In the coming months, Samsung’s flagship Galaxy phone will be one of the first to get the latest software update from Google, the company said on Wednesday.

Having a phone with a newer operating system is helpful because it ensures that the latest apps and Android features will work. And not even Google has been completely up to speed on getting phones running the newest Android software: Motorola, which the search giant recently acquired, is shipping its Razr HD smartphone with Ice Cream Sandwich, the older version of Android. Only later will it get an update to Jelly Bean, the newer software.

Samsung’s flagship phone, the Galaxy S III, on the other hand, will get Jelly Bean in a few months, the company said. Months may seem like eons in the tech business, but that’s a feat when you consider that only 1.8 percent of Android phones are running Jelly Bean so far, according to estimates by Google.

Why does Samsung get the goods in a hurry, and why is it so tough to keep Android phones up to date in general?

The general explanation is that there are a lot of moving parts: Google releases the Android source code to manufacturers, which then customize it for their devices, said Jan Dawson, an analyst with Ovum. Carriers, too, have to work with the manufacturers to create versions that are compatible with their networks. And then there’s testing that both parties have to do. Because companies have limited resources, they have to give some phones priority in getting newer Android software over others.

Samsung has a few things going for it: The company has strong support from carriers because its phones are selling well and bringing many people to their stores. It also has a lot of resources: Executives at the company have described its engineering team in Korea as enormous. Also, Samsung has a head start with Jelly Bean, because the Galaxy Nexus, which it developed with Google, was the first phone to include the new software.

With all that said, it’s unlikely that the average consumer knows which phones have the latest Android software and which ones don’t, Mr. Dawson said. They do notice, however, when their favorite apps stop working because they’re no longer supported in outdated Android software, or when their friends have flashier features on their newer Android phones, he said.

source:  http://bits.blogs.nytimes.com/2012/10/17/samsung-android-update/

Did you like this? Share it:

Outsourcing to An Agile Framework

 

The market continues to evolve, lenders are under constant pressure to re-think their business models in order to compete with each other and new market entrants. With new regulatory demands, changing customer needs, plus the challenge of reducing operating costs and ensuring operational efficiency, outsourcers must be in a position to help lenders meet the dynamic market challenges. We are seeing increasing prod­uct and service diversification, as well as new innovation launching into the market, as lenders strive to differentiate themselves from the competition.

Working with the right outsourcer can be transformational, enabling clients to access new funding, progressive technology, smart processes, market insight and operational expertise along with the assurance of predictable costs. Outsourcing must be a partnership arrangement which allows lenders to be released from non-core back office processes and to focus more on their market and customers.

Outsourcing can also remove barriers to growth, provide better cost management through closer alignment of operational costs to either reducing or increasing loan volumes, whilst addressing the demanding challenge of managing regulatory changes and compliance. A third party service arrangement can help secure new funding arrangements providing warehouse funders with a more ring fenced approach and greater security over assets.

Loan servicers must be agile enough to adapt quickly to market requirements and undertake multiple roles including acting as a partner for non-core or closed portfolios, as a standby servicer and process consultant or as a manager of defined stages throughout the customer lifecycle. These are all enablers that help lenders manage risk, diversify and adapt to the changing market conditions.

Facilitating new lending

For start-ups or for established lenders moving into new product areas, partnering with an outsourcer can keep market entry costs low by reducing fixed cost overheads such as staff, IT systems and premises along with investment in key servicing infrastructure.

As the lending operation grows, there should always be the option that some or all elements of these functions could be brought back in-house and the reliance on the third party administrator scaled back. This approach enables new entrants to focus on growing their business and controlling costs. By working closely with clients from inception the outsourcer gets to understand the DNA of their client’s business objectives and brand.

One recent example is new lender Castle Trust, coming to market with a new business proposition designed to unlock the UK market for both investors and home owners. Castle Trust chose Target as a key supplier to help them launch their new partnership mortgages. Key to Castle Trust’s decision to outsource to Target was our track record of working with new start-ups and the adaptability of our loan processing software and service model to support new product innovation.

We have also been appointed by a number of lenders who have sought a service partner to support the on-going management of their loan portfolio, but also with the ability to support the launch of additional loan products in the future. As the initial portfolio and balance sheet has continued to grow, these lenders have become confident to diversify into related markets and drive organic growth.

A case study: Servicing a diverse multi–product portfolio

Our client, a large financial services business with a proud heritage needed to seek ways to more efficiently service its existing multi-product portfolios. Our client took the business decision to outsource portfolio management to Target consisting of residential mortgages, commercial mortgages and equity release products.

The business quickly needed a highly skilled outsourcing partner with experienced people, efficient processes and a single software platform capable of servicing multiple product types in order to ensure a seamless and fast transition period. Minimal disruption to their customers and portfolio performance was of paramount importance.

Working with an outsourcer with a track record in multiple product portfolio management was key in their selection criteria as was a provider who would become a guardian for their brand and reputation.

Service migration was achieved within 12 weeks, without impact on customers.

Transforming operational efficiency

Equally as beneficial for existing market players in this changing landscape is the ability to increase operating efficiency through process change and increased automation. At the very least, outsourcers should perform back office tasks efficiently, therefore reducing the need to increase headcount and ensuring leaner processes are deployed effectively.

Taking this further, more sophisticated systems and processes can be harnessed over time in a continual improvement programme which can deliver operational and financial benefits back to the lender but also reduces the need for additional capital expenditure. This approach can be useful in preserving valuable investment capital normally swallowed up by in house IT and service operational infrastructure and resourcing needs.

However, quite often lenders want to maintain ownership of key elements of the customer lifecycle, for example, originations. The optimum model here is to deploy a shared service utilising the same processing platform. This hybrid model provides all parties with consistent and current data, business intelligence support enabling informed decisions, process efficiencies and seamless hand-offs between the outsource partner, the lender and back again.

From the initial on-boarding of portfolios to the servicing platform itself, the need for flexible and efficient software enabling experienced people to perform at their best will be­come even more critical for ensuring a successful outsourcing partnership.

At Target we place the lender’s customers at the core of the service. Progressive systems should deliver a single view of all customer relationships. By bringing together all products held by a customer reduces risk, identifies cross-sell opportunities, aids process efficiencies, and enables effective and intelligent customer service, all key elements that need to be consid­ered by any growing financial services business.

Agile software

In 2011 a new and ambitious change programme began at Target. The Agile framework was chosen to provide a new set of tools and techniques to further improve new software delivery – the enabler of transformational business process outsourcing for our clients.

A significant investment in Agile training and coaching from expert consultants was made – all designed to continually improve the software development process, exceed client expectations and deliver better commercial results.

The objectives of the Agile programme were:

1.      To refine the organisation and change how client and supplier work to improve client satisfaction.

Even greater flexibility is now built into the DNA of Target’s working practices. This enables the client to re-prioritise and the team to respond effectively.

2.      To improve and energise the team.

Understanding and communication between colleagues has improved. There is greater visibility of individuals work, interdependency and output. Ownership, accountability and responsibility are devolved.

3.      Improved commercial performance.

The delivery of results has accelerated considerably. Processes are optimised, work is re-used more effectively.

The three essential elements required to deliver success were identified as:

i.            Strategic leadership and evangelism

ii.            Establishing new organisational structures

iii.            Improved operational practices

New practices were introduced following structured training. This ensured Agile became embedded and refined to build in-house capability. A commitment to quality and continuous improvement was reaffirmed adopting the CMMI (Capability Maturity Model Integration) framework.

Agile development case study project

Project X is part of a multi-million pound mortgage outsourcing contract for Target. Applying Agile development to this project was bold.

The results so far have been impressive. After 10 months, 23 sprints are complete within 100 per cent of expectation in both time and budget. The project was delivered on time and within budget last month.

The behavioural changes have been significant. Improved communication, improved understanding of tasks and their relationship to other colleagues work makes each team member more accountable for their work, deadlines to complete, and the quality standard demanded by the group.

Commenting on Target’s approach to Agile, John Wright, lead consultant at Indigo Blue, said: “What sets Target apart is the staggering pace of change driven through their development teams. They have embraced Agile. They have ambition and drive and are really going for it.”

James Rudolf, managing director of Target, commented: “The teams have responded with professionalism and energy. At our 2011 staff conference I asked the team to embrace change, make a difference, get involved positively. The team has risen to this challenge. We’re continuing to improve, we don’t stand still.”

Reducing costs

Third party servicers should be able to provide flexible, tried and trusted processes, progressive tech­nology and specialist staff, also predictable, controlled and proportionate service costs which removes the need for additional capital expenditure and inward investment by the lender.

Target can provide lenders with the benefits of economies of scale being a ‘one-stop shop’ for the most efficient, tried and tested lending applications. Satisfying all service needs under one roof reduces the lender’s total cost of ownership.

On top of reducing costs an outsourcer can add value to client processes and also remove the burden of regulatory changes. An outsourcer removes the need to employ a separate technology provider and avoids the risk of building or buying software from scratch, along with the cost and time it takes to bed in a new system.

Control your portfolio and control the outcomes

Fundamentally, maintaining the right level of control and oversight is key. Although, quite often lenders will want the servicer to take on the burden of non-core business lines and free up management time for other more strategic business areas.

Lenders will still want to exercise the appropriate levels of governance and therefore servicers need to be accountable for the administration of the loans and provide sufficient transparency across their operation.

From recruiting high calibre client service and operational teams, to applying proven processes and technology, all these combine to ensure lenders can outsource with assurance and confidence of delivery and on-going effective performance from their service partner.

It is critical to have easy access to accurate MI to enable financial and service performance monitoring. Access to highly specialist financial accounting and expert portfolio analysis can enable lenders to maximise loan book performance.

All focus must be to equip clients with the data and insight to enable better decision making and to retain a higher level of control of the strategic direction of the portfolio and desired financial outcomes. This can be particularly true of strategies around the packaging of assets for a current or future sale or to support other divestment strategies.

To ensure success, outsourcers must be flexible to adapt to the evolving needs of lenders to diversify, innovate and retain their competitive edge. They must have the flexibility and not be afraid of wearing multiple hats – be it launching a new lender or product, providing a standby servicer agreement, outsourcing specific elements of the process, or providing a full end to end outsource service, all are of equal importance to the lender.

They must continue to invest in technology, recruit and retain experienced professionals to effectively deliver great service and improved portfolio performance which means more cash collected, better customer service and improved client profitability.

For outsourcers the challenge is to drive for greater efficiency and flexibility, whilst still delivering the defined customer experience and the client’s business objectives.

source: http://www.mortgagefinancegazette.com/features/outsourcing-to-an-agile-framework/

Did you like this? Share it:

Cloud Computing Saves Health Care Industry Time And Money

Researchers are increasingly using cloud computing to discover new drugs and medical treatments. Cloud computing is often cheaper and quicker than in-house computing.

Researchers are increasingly using cloud computing to discover new drugs and medical treatments. Cloud computing is often cheaper and quicker than in-house computing.

The cloud’s vast computing power is making it easier and less expensive for companies and clinicians to discover new drugs and medical treatments. Analyzing data that used to take years and tens of millions of dollars can now be done for a fraction of that amount.

Most of us know Amazon as the world’s largest online retailer. But its cloud computing business is booming too.

Companies can rent massive computer resources by the hour, and the cost is relatively little. The ability to analyze vast amounts of data in this way is changing lots of industries — including health care.

Dr. Michael Cunningham is doing rounds at Seattle Children’s Hospital. As medical director of the hospital’s Craniofacial Center, he sees young patients whose skulls have fused prematurely.

Technology

Following Digital Breadcrumbs To ‘Big Data’ Gold

"The biggest obvious consequence of having craniosynostosis is that your head shape gets very abnormal and it increases the pressure inside the skull, having potential to damage the brain," Cunningham says.

The disease seems to be caused by an abnormality in the way bone cells communicate, but Cunningham wanted much more information. And researchers, working with a huge amount of data stored in the cloud, were able to identify patients whose cells looked similar.

"It’s the first thing that’s ever been found that really gives us a clue as to where to look in terms of underlying cause," Cunningham says.

That should help in coming up with better treatments.

Aided by cloud computing, researchers crunched, analyzed and sequenced massive amounts of information — something Cunningham could not have done on his own. It would have been far too expensive and taken too long.

Work like this is going on at Google, Microsoft and other places too, but Amazon is the leader.

Think of the cloud as a giant warehouse full of computers of all sizes and shapes. Matt Wood, head of scientific and technical computing at Amazon Web Services, says pharmaceutical companies are saving money by renting only the computing power they need, and paying for it by the hour.

"We have customers that are running very large-scale drug discovery pipelines," Wood says.

One customer, for example, wanted to run a virtual screening of 21 million chemical compounds.

"So you can imagine 50,000 laptops running this experiment. They didn’t have to buy or provision or manage or cool or power any of those laptops, or set them up. They could just provision what they needed at a scale that they needed it," Wood says.

The entire experiment took about three hours, and the cost was less than $15,000. In contrast, Wood says, if the company had tried to do this in-house, it would have had to spend millions on computers, and the job might have taken years to complete.

"So it really is transformative in the way that it can accelerate the drug discovery process, in the way that it can accelerate the scientific discovery process," Wood says.

Forrester Research analyst James Staten says cloud computing is gaining wide appeal in the drug industry.

"Nearly every pharmaceutical company we speak to, at least in the [research and development] part of their business, is doing this," Staten says. "Given the economic change that this creates for them, it’s extremely attractive."

What’s more, when information is stored on the cloud, it’s easier for researchers to collaborate. Dr. Stephen Friend, president of nonprofit Sage Bionetworks, says that even rival pharmaceutical firms have an incentive to share ideas and information.

"They’re trying to develop their drugs for lower cost, and so pharmaceutical companies love the de-risking that occurs by having much of the data be available for everyone to look at," Friend says.

Already, consumers are reaping direct benefits from cloud computing. Staten points to the company Pathwork Diagnostics, which has put a huge amount of information about cancer tissue in the cloud to speed up diagnoses.

"If a new tissue sample is submitted to them from a doctor who doesn’t know what kind of cancer it is, they can put that single sample into their database on the cloud and, within less than a day, come back with a high-probability diagnosis of what kind of cancer that tissue sample is," Staten says.

And that would help a doctor decide on the most appropriate treatment.

Amazon won’t say how much revenue it makes from cloud computing. But estimates put the number at about $1 billion per year, and it’s growing quickly. Indeed, the company’s cloud services may ultimately eclipse Amazon’s retail sales.

source: http://www.npr.org/blogs/alltechconsidered/2012/10/01/162080613/cloud-computing-saves-health-care-industry-time-and-money

Did you like this? Share it:

Premier: China’s Service Industry Must Expand

Chinese premier Wen Jiabao on Wednesday urged further openning up of China’s service industry and encouraged private and foreign investment in this sector.

The premier said China would continue to promote the industry extensively, and invest in skills training, especially in key sectors which would be vital in attracting overseas direct investment into China.

He added that China would also continue promoting the export of those service skills in key sectors overseas. China will expand areas in service industry that are open to FDI, he said in an anouncement.

During China’s 11th Five-Year Plan (2006-10), the country’s financial services, retail, hotel, transport, tourism, logistic, culture, animation, e-commerce and other emerging services industries and new format industries grew rapidly.

The service sector is reported to have created 5.79 million jobs each year, and provided 34.6 percent of all new jobs.

Speaking at the inauguration of the 4th China Sourcing Summit, Wang Chao, vice-minister of commerce, emphasized the importance of the country’s outsourcing sector, and its benefits to the Chinese economy.

He said that it currently makes a significant contribution to the economy, and that the government will continue to support a number of leading enterprises involved in the sector, especially in their efforts to attract overseas business.

"The Chinese government certainly encourages leading service enterprises to compete overseas, and will ensure a secure environment for intellectual property and information protection here," he said.

He added, to help boost the industry, the government has promoted a number of initiatives, including offering tax incentives and improving related training programs for outsourcing companies, while identifying 21 cities as outsourcing ‘models’.

In 2011, the contract value of China’s service industry was $32.39 billion, up 63.4 percent from the year of 2010, according to the Commerce Ministry.

The latest figures showed that from January to August, Chinese enterprises completed contracts worth $26.9 billion, up 54.7 percent year-on-year. Those contracts worth $18.7 billion were from overseas, up 48.4 percent year-on-year.

"Service outsourcing contributes to the shift in China’s economic growth model and the upgrading of China’s foreign trade in an innovation-led economy," Wang added.

The rapid growth in exports of service skills has also made up for the slowing growth in manufacturing, he said.

Industry figures show that in 2011, the growth rate of China’s service outsourcing was 40.1 percentage points higher than that of goods exported, which saw a year-on-year growth of 7.8 percent in the same period.

source:

http://www.chinadaily.com.cn/cndy/2012-09/27/content_15785936.htm

Did you like this? Share it:

The Great New American Outsourcing, Clouds to China?

Fast forward to Olympics 2016.  Senator Reid is still the majority leader.  (It could happen.)  This time he’s not calling for the burning of our Olympic team’s Chinese-made uniforms as he recently did, but instead that we boycott watching the games on streaming video.  Why? Because, quelle horreur, in 2016 the gazillion gigabytes of Olympic video featuring our athletes are all stored in the Chinese Cloud.

It’s a future, just four years from now, when we could discover we’ve outsourced not just what remains of our 200-year-old textile industry, but the infrastructure of the 21st century’s information superhighway.

The Cloud is the fastest growing infrastructure on the planet.  Every sector of the world’s economy is migrating to it, from entertainment to medicine.  Accordingly to Cisco’s on-going forecasts, data traffic is growing at a torrid pace.  The numbers and prefixes are beyond easy comprehension: enter the zetabyte era?

Soon hourly traffic on the Internet will exceed annual traffic of a few years back. Data traffic is already bigger and growing far faster inside these warehouse-scale computers, where information is stored and first processed, than the data flow on the network.  Quite rationally, China has targeted outsourcing the West’s soaring appetite for Cloud services.

For the non-cognoscenti, data centers are stadium-scale buildings filled with tens of thousands of power-hungry computer chips and vast digital storage arrays. Inside, a data center resembles the set of a Ridley Scott science fiction movie, or perhaps the Borg ship from Star Trek.  But this is the real world.

China’s Cloud capabilities are being built out at four times the rate of growth of China’s own domestic Internet services.  In fact, China’s Cloud is being built out faster than data demand in the entire Asia-Pacific region.  Unlike many other products and services, the big market for data services is outside of Asia-Pacific. Ripe pickings for outsourcing.

Analysts at India-based Netscribes forecast China’s Cloud spending will rise from under $20 billion today to $150 billion a year before the next Olympics. With that kind of capability, the Cloud epicenter will move from where the Internet was born, just outside the Washington beltway, to Inner Mongolia.

Everyone that matters in the Cloud industry, including industry leaders IBM [NYSE:IBM] and HP [NYSE:HPQ], are doing big business building Cloud infrastructure projects across China.

Here’s one telegraphic bellwether. The world’s biggest single data center, the size of 20 football fields, is under construction in Chongqing and, coincidentally, will be completed in 2016, in time for the next summer Olympics.  The $1.6 billion Chongqing Data Center is triple the size of Apple’s newest monster center in North Carolina.  The Chongqing facility and thousands more nearly as large, form the heart of the expanding Cloud infrastructure.

And the Chongqing center by itself will need 200 megawatts of electric power – consuming the entire output of a city-class generating station.  Therein lies the clue to China’s advantage.  It’s not cheap labor.  The core advantage resides with another infrastructure build-out: China’s electric grid.

A data center’s electric demand can rival a steel mill.  In this case the demand for bits, unlike steel, is accelerating.  Just like steel-mills, data centers crave cheap power.  And more than steel mills, they especially crave reliable, predictable power.

Unknown outside of the cloistered specialists in the data-center world, we’ve quietly entered an era where the cost to powercomputing rivals will soon exceed the cost to buy the computing hardware itself. (For more on these power trends see Price Matters.) It’s no surprise then that a recent global survey by Datacenter Dynamics found that “Energy cost and availability is the #1 worry of data center operators.”

That’s why Apple and Facebook built their massive new data centers in North Carolina where the grid is 85 percent coal and nuclear — the anchors to predictable, long-run reliable and cheap power. That’s why China’s government, having built a spanking new electric grid as big as America’s has designated Cloud computing as a “Strategic Emerging Industry.”  Note too that China’s grid is 80 percent coal-fired.

source:http://www.forbes.com/sites/markpmills/2012/07/16/the-great-new-american-outsourcing-clouds-to-china/

Did you like this? Share it:

Android and Linux re-merge into one operating system

QQ截图20120320101317

Android has always been Linux, but for years the Android project went its own way and its code wasn’t merged back into the main Linux tree. Now, much sooner than Linus Torvalds, Linux’s founder and lead developer, had expected, Android has officially merged back into Linux’s mainline.

The fork between Android and Linux all began in the fall of 2010, “Google engineer Patrick Brady stated that Android is not Linux” That was never actually the case. Android has always been Linux at heart.

At the same time though Google did take Android in a direction that wasn’t compatible with the mainstream Linux kernel. As Greg Kroah-Hartman, the maintainer of the stable Linux kernel for the Linux Foundation and head of the Linux Driver Project, wrote in Android and the Linux kernel community, “The Android kernel code is more than just the few weird drivers that were in the drivers/staging/androidsubdirectory in the kernel. In order to get a working Android system, you need the new lock type they have created, as well as hooks in the core system for their security model. In order to write a driver for hardware to work on Android, you need to properly integrate into this new lock, as well as sometimes the bizarre security model. Oh, and then there’s the totally-different framebuffer driver infrastructure as well.” That flew like a lead balloon in Android circles.

This disagreement sprang from several sources. One was that Google’s Android developers had adopted their own way to address power issues with WakeLocks. The other cause, as Google open source engineering manager Chris DiBona pointed out, was that Android’s programmers were so busy working on Android device specifics that they had done a poor job of co-coordinating with the Linux kernel developers.

Source: http://www.zdnet.com/blog/open-source/android-and-linux-re-merge-into-one-operating-system/10625?tag=content;search-results-river

Did you like this? Share it:

How to create paging using PHP? – Part I

In the previous “How To” tutorial, I demonstrated how to display table with alternative row styles using PHP and CSS. (View Topic: How to create a table with alternative row style using PHP? The previous tutorial displays around one hundred randomly generated numbers in one table.) I will use the code from the previous material to demonstrate how to create paging using PHP.

Step 1: Display a part of the $tblData array. The array contains 100 randomly generated integers. The code below will look like figure 1.

$self = $_SERVER['PHP_SELF'];
$offset = 0; //lowerbound
$limit = 10; //number of rows displayed
// insert more code here in step 3
$bound = $offset + $limit; //upperbound

//create array with 100 randomly generated integers
for($i = 0; $i < 100; $i++)
	$tblData[] = rand();

echo "<table width=200 >";
echo "<tr><td>Array Index</td>";
echo "<td>Random Numbers</td></tr>";

while($offset < $bound)
{
	echo "<tr class=".(($offset & 1)? 'odd':'even');
        echo " width=60>";
	echo "<td>".($offset+1)."</td>";
	echo "<td>".$tblData[$offset]."</td>";
	echo "</tr>";
	$offset ++;
}
echo "</table>";

Figure 1: display the first 10 elements in $tblData
Display First Ten Elements From tblData Array

Step 2: Generate Page Numbers
The code below would display the page numbers and generate url links (view figure 2).

//get max pages
$maxPages = ceil(count($tblData)/$limit);

//display the page number with link format ?page=1
for($i=1; $i< $maxPages; $i++)
echo " <a href=\"$self?page=$i\"> " .$i." </a> ";

Figure 2: Display Page Numbers And URL
Display Page Numbers And URL

Step 3: Shift Data Displayed
Notice from Figure 2, even though I have generated the page numbers with their relative url, the data is still the same as from figure 1. So to shift the data displayed when click on a different page, the following code is needed.

if(isset($_GET['page']))
{
	$page = $_GET['page'];
	$offset = $limit * ($page - 1);
}

Now we have a simple php paging system. So to put it all together!

<html>
<head>
<style>
.odd{ background-color:#CCC;}
.even{ background-color:#EEE;}
</style>
</head>
<body>
<?php
$self = $_SERVER['PHP_SELF'];
$offset = 0; //lowerbound
$limit = 10; //number of rows displayed

if(isset($_GET['page']))
{
	$page = $_GET['page'];
	$offset = $limit * ($page - 1);
}

$bound = $offset + $limit; //upperbound

//create array with 100 randomly generated integers
for($i = 0; $i < 100; $i++)
	$tblData[] = rand();

//display array in a table
echo "<table width=200 >";
echo "<tr><td>Array Index</td>";
echo "<td>Random Numbers</td></tr>";

while($offset < $bound)
{
	echo "<tr class=".(($offset & 1)? 'odd':'even');
        echo " width=60>";
	echo "<td>".($offset+1)."</td>";
	echo "<td>".$tblData[$offset]."</td>";
	echo "</tr>";
	$offset ++;
}

//get max pages
$maxPages = ceil(count($tblData)/$limit);

//display the page number with link format ?page=1
for($i=1; $i<= $maxPages; $i++)
echo " <a href=\"$self?page=$i\"> " .$i." </a> ";

?>
</body>
</html>
Did you like this? Share it: