Monthly Archives: July 2012

First Look at Google Compute Engine for Video Transcoding

For those of us in the cloud computing world, the most exciting thing that came out of Google I/O this year wasn’t skydivers wearing Glass, and it wasn’t a new tablet. The big news was that Google is getting into the cloud infrastructure-as-a-service space, currently dominated by Amazon Web Services (AWS). Specifically, Google has launched a new service called Google Compute Engine to compete with Amazon EC2.

This is exciting. The world needs another robust, performant, well-designed, cloud virtual machine service. With apologies to Rackspace and others, this has been a single-player space for a long time – EC2 is far and away the leader. Google obviously has the expertise and scale to be a serious competitor, if they stick with it. How does it look?
Early reports are positive. Google Compute Engine (GCE) is well designed, well executed, and based on infrastructure Google has been using for years. Performance is good – especially disk I/O, boot times, and consistency, which historically haven’t been EC2′s strong suit.

But how well suited is GCE for cloud video transcoding? We have some preliminary results, acknowledging that more testing needs to be done. Here are some basic tests of video transcoding and file transfer using Zencoder software on both GCE and EC2.

Raw Transcoding Speed

Performance is our top priority, so Zencoder uses the fastest servers we can find. On EC2, we use Cluster Compute instances, which are fast dual-CPU machines in two sizes: 4XL and 8XL. We compared these with the fastest GCE instance type, which is currently a single-CPU 8-core server.

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These tests were done using an H.264 source video at 640×360 and 1280×720 resolutions, and were encoded by Zencoder using the same single-pass output transcoding settings (H.264 Baseline profile, AAC, one-pass Constant Quality transcoding, etc.).

Google Compute Engine vs. Amazon EC2

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Using default Zencoder settings, both types of EC2 instance are faster than GCE. The economics are a bit closer, and there isn’t a clear winner between 4XL EC2 instances and GCE. So GCE is a viable option for transcoding where cost is a higher priority than raw speed, though AWS customers can make use of Reserved Instances and Spot Instances for further cost reductions.

We noticed that the 16-core EC2 instances were roughly twice as fast as GCE 8-core instances when under load with 6 simultaneous transcodes.  Given the similar clock speeds, but half the number of cores, this is what you would expect.  However, if Google adds similar 16 core machines, they could have comparable transcoding speeds.

Transfer Speeds

When transcoding video in the cloud, network I/O is almost as important as CPU. This is especially true for customers working with high-bitrate content (broadcasters, studios, and creatives). So how do GCE transfer speeds compare to EC2?

To test this, we ran four sets of benchmarks:

  • Amazon S3 to Amazon EC2
  • Amazon S3 to Google Compute Engine
  • Google Cloud Storage to Amazon EC2
  • Google Cloud Storage to Google Compute Engine

We did this by testing the same 1GB video file stored on Google Cloud Storage (GCS) and on Amazon S3. Transfer was performed using 10 HTTP connections. (Zencoder does this by default to optimize transfer speeds, and it can dramatically speed up large file transfers over HTTP.)

GCE vs EC2 Transfer Speeds

 

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This is interesting. We expected Amazon-to-Amazon transfer to be fast, which it was. But we also expected Google-to-Google transfer to be fast, which it wasn’t. In fact, it appears that GCS is slower than S3, and GCE transfer is slower than EC2, such that even if you’re using Google for compute, you may be better off using S3 for storage. Transfer was 2.3x faster from S3 to GCE than from GCS to GCE.

More Tests Needed

Consider these results preliminary. Further testing needs to be done to take into account more variables, such as:

a)  Instance-to-instance differences. This is especially true for file transfer, which can vary widely based on network conditions and instance variability.

b)  Additional applications. These benchmarks only cover transcoding, which is a CPU-bound benchmark. Other applications are limited by disk, memory, etc., and these tests don’t speak to anything other than transcoding.

c)  Scalability.  Scalability is extremely important for anyone using the cloud for video transcoding. More tests are needed to see how GCE compares with EC2 when it comes to enormous scale – tens of thousands of servers (or more). At what point do users run into capacity issues? Performance problems? Design limitations? Instability?

Exciting Future for Cloud Infrastructure

Even though EC2 wins in these early tests, we’re excited about Google Compute Engine. To be a serious competitor for high-performance transcoding, Google needs to add larger instances with faster CPUs. But adding new instance types is easy. Nothing prevents Google from doing this. What is hard is building a robust, performant, feature-complete, scalable cloud platform, and Google seems to have succeeded. If Google is committed to this product and developers for the long run, the cloud virtualization world may have just gotten a second legitimate player.

source: http://blog.zencoder.com/2012/07/23/first-look-at-google-compute-engine-for-video-transcoding/

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Google unveils ultrafast wired home project

The Google Fiber superfast broadband network will be available starting in September, with one-gigabyte per second speeds — about 100 times faster than most current Internet subscriptions.

The wired home project will allow people to replace cable television and Internet with a single subscription to be controlled by a Google tablet computer, which will be offered for free.

"Google Fiber is 100 times faster than today’s average broadband," Google vice president Milo Medin said.

"No more buffering. No more loading. No more waiting. Gigabit speeds will get rid of these pesky, archaic problems and open up new opportunities for the web. Imagine: instantaneous sharing; truly global education; medical appointments with 3D imaging; even new industries that we haven’t even dreamed of, powered by a gig."

The packages offered will include not only Internet but "regular TV, the kind you could only get from your cable provider," as well as on-demand programs, Medin told the kickoff event.

Google said it was offering a full ultrafast Internet and television package for $120 a month, with waived installation fees and a free tablet. It also will offer Internet only for $70 a month.

It will also offer free Internet at the current speed of five megabytes per second but will charge an installation fee.

Google asked residents to register to determine the neighborhoods where the project will be introduced in Kansas City, Kansas, and neighboring Kansas City, Missouri.

It was not immediately clear when or if Google would expand the project to other US cities.

Google announced its plan to build an experimental high-speed Internet network two years ago, saying the United States had fallen behind other major nations in broadband speed and access.

"Fast is better than slow. On the web, nobody wants to wait for a video to buffer or a website to load," Medin said.

"Abundance is better than scarcity. There’s a plethora of rich content available online — and it’s increasingly only available to people who have the speeds and means to access it."

Federal Communications Commission chief Julius Genachowski praised the Google effort.

"For the United States to remain globally competitive, we need to keep pushing the boundaries of broadband capabilities and foster testbeds of broadband innovation," he said in a statement.

"Abundance in broadband speeds and capacity — moving from megabits to gigabits — will unleash breakthrough innovations in healthcare, education, business services, and more."

source: http://phys.org/news/2012-07-google-unveils-ultrafast-wired-home.html

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Apple removes Windows malware from iOS App Store

On Tuesday, an iOS app in the App Store was discovered containing malicious Windows executable files. While this meant your iPad, iPhone, iPod touch, and Mac could not be infected, even Windows users were relatively safe since the malware had to be manually extracted from the iOS application package. Either way, Apple quickly removed it.

iOS user "deesto" posted the following message in the Apple Support Communities forum in a post titled "apps reported as virus" (via CNET):

In short, the app called "Instaquotes-Quotes Cards For Instagram" was being flagged by the user’s antivirus as a worm. While some argued this was a false positive, it was quickly confirmed the iOS package included a threat identified as Worm.VB-900 by ClamAV and Worm:Win32/VB.CB by Microsoft.

The app in question had been in the App Store since July 19. Over the weekend, its price was temporarily slashed from $0.99 to free. It is unknown how many users downloaded the infected app while it was available, and Apple is unlikely to share such information.

Within hours of the report, Apple removed the app from the App Store. The developer "Appsstand" then posted the following message in the same forum topic:

It’s not entirely clear whether the malware’s inclusion inside the app was done on purpose. Given that it wasn’t exactly set up to infect a computer upon download, it’s most likely this was an accidental inclusion due to an the developer’s computer being infected.

Apple needs to start scanning for Windows malware as well as Mac and iOS malware when developers upload their apps to the company’s app repository. A simple extraction and scanning of all the files from the iOS app package would have prevented this threat from getting onto the iOS App Store.

source:http://www.zdnet.com/apple-removes-windows-malware-from-ios-app-store-7000001570/

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Mega IT Outsourcing Deals Move Offshore

CIO — Mega-deal outsourcing deals–those contracts with a value of $1 billion or more-picked up in the second quarter of 2012, according to the quarterly Global TPI Index. Five mega-deals were signed during the quarter compared with just one each in the second quarter of 2011 and the first quarter of 2012. All five were awarded outside of the mature U.S. and Western European markets-three of them in India and Brazil.

Mega-deal activity is always fairly uneven quarter to quarter, said John Keppel, partner and president of research and managed services for outsourcing consultancy ISG, which produces the index. But the location of the awards is worth noting.

"In the future we expect most new scope growth to come from emerging markets," said Keppel, "while the U.S. and Western Europe will generate the bulk of restructuring activity."

The mega-deals awarded by companies in the telecom, banking and consumer goods industries with a combined value of $6.3 billion, accounted for nearly 30 percent of global contract value signed during the second quarter. Four of them were entirely new deals, while one was a restructuring.

Additionally, 11 mega-relationships-those with an annual contract value of $100 million or more–were initiated in the quarter, the most since 2009 and an increase of four signed the year prior and seven in the previous quarter.

Keppel doesn’t expect the mega-deal activity to return to decade-ago levels of robustness. "Some mega deals in the past year, especially those that are restructuring-related, are being broken up and returning to the market in the form of multiple smaller contracts with shorter durations," said Keppel. And the bellwether for large outsourcing deal affairs is likely to be the mega-relationship category of deals as contract durations continue to get shorter. The average deal length so far this year is 4.85 years, compared to 6.48 back in 2000.

"We expect mega-deals and mega-relationships will continue to make up an important part of the market," said Keppel. "We also expect more mega-deals to be awarded in less mature regions but mega-relationships to continue in mature and less mature regions."

Taking into account all outsourcing contracts worth $25 million or more, $13.1 billion in IT outsourcing business took place in the second quarter, up six percent year over year but down five percent over last quarter due to light contracting activity.

TPI is predicting a softer outsourcing market in the third quarter. "Historically, third quarters have been softer than other quarters, and current industry pipelines suggest this will hold true in 2012," Keppel said. "The fourth quarter will likely pick up, with some help from larger deals in the pipeline ready to go to award."

source:http://www.cio.com/article/711727/Mega_IT_Outsourcing_Deals_Move_Offshore

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Businesses outsource IT for reasons other than cost

Cost-cutting is diminishing in importance as a reason to outsource IT, according to research of 630 contracts worth £14bn carried out by KPMG.

In its 2012 UK Service Provider Performance and Satisfaction study, the KPMG found 70% of businesses are influenced by cost when making their outsourcing decisions. This compares with 83% in the last survey two years ago.

The results, from over 200 participants from user businesses, showed 46% said the need for better quality services was their reason for outsourcing, while 51% said it was due to a lack of in-house skills.

Lee Ayling, partner in KPMG’s Shared Services and Outsourcing unit, said the need for better services combined with a lack of in-house expertise is driving outsourcing.

“Just going for a low-cost option isn’t the de facto reason to outsource anymore. Companies are now looking at how outsourcing helps improve the quality of service they can offer to customers," said Ayling.

"At the same time a thirst for quality improvement means they want access to the skills that may be missing in house and the ability to respond rapidly to change.”

Mark Lewis, head of outsourcing at law firm Berwin Leighton Paisner, said the figures look about right from what he is seeing from his clients.

“These figures stack up but I would expect the figure for cost as driver to be in the mid eighties,” said Lewis.

“It also makes sense that a lack of skills drives outsourcing because if you are implementing new technologies it is unlikely you will have the skills in-house.”

The survey revealed 56% of end users were satisfied and very satisfied with their IT service, 31% somewhat satisfied, while 13% were unsatisfied.

Ayling said the increased take-up of multi-sourcing meant suppliers cannot take customers for granted and are being forced to re-invent their service offerings.

“The survey highlights that buyers are now using multiple service providers where they didn’t before – hence service providers have to respond to shifting preferences for how IT is delivered if the current trend is set to continue,” he said.

Other key findings revealed that customers are unhappy about service provider performance. A large 45% believe service providers are failing to actively identify opportunities for innovation and three in 10 claim that some agreements are not met on time or to budget.

source:http://www.computerweekly.com/news/2240159906/Businesses-outsource-IT-for-reasons-other-than-cost

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Eurozone crisis hits IT outsourcing

IT outsourcing contract values have hit their lowest in five years as fears over the stability of the Euro restrain European business spending.

Research on the first half of 2012, carried out by the Information Services Group (ISG), revealed the amount spent on outsourcing in the UK was down 12% to €5.7bn, compared with the same period the year before. The UK started the year badly according to ISG’s previous report.

In Europe the total value of IT outsourcing contracts was down 26% compared with last year, its lowest point in five years. Business process outsourcing (BPO) fell 23%.

The TPI Index, as the survey is known, found the number of deals in the last three months (16) was half that of the same period the year before.

Across Europe the financial services sector was the biggest spender at €5bn in the first half of this year. Manufacturing was next, with €4bn spent in outsourcing.

ISG does not expect things to improve in the next three months but is more positive beyond then.

In terms of a forward look, Duncan Aitchison partner EMEA at ISG, said: “Looking forward, we anticipate a soft third quarter, which faces an especially tough comparison with 2011.

"The fourth quarter will likely pick up, with some help from larger deals in the pipeline ready to go to award.”

source:http://www.computerweekly.com/news/2240159966/Eurozone-crisis-hits-IT-outsourcing

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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/

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The cloud will move supercomputers into the mainstream

Cloud computing will move supercomputers out of the research labs and into mainstream businesses, it was claimed this week.

Dial-up supercomputing services are making it possible for smaller companies to analyse vast quantities of data, run engineering simulations, or design new drugs.

In an interview with Computer Weekly, Matt Wood, product manager at Amazon Web Services (AWS), said that supercomputers are losing their reputation as a niche technology as high-performance cloud services take off.

The company introduced its cluster computing supercomputing service, ranked at number 42 in the top 500 list of the world’s fastest computers, in the cloud last November.

“Supercomputing is only niche because in the traditionally provisioned world, it is difficult to get access to it, but once you make that access easy, then a real world of computing workloads opens up,” said Wood.

Superfast number-crunching

Pharmaceutical specialist Nimbus Discovery and simulation specialist Schrodinger has used a 50,000-core supercomputer on AWS to screen 21 million compounds for their effectiveness in designing a new drug.

The system, which had 59TB of memory – equivalent to 10 copies of the Wikipedia database – would have taken months and cost millions of dollars to create using traditional supercomputer technology.

But Schrodinger was able to complete the work – equivalent to 12.5 years of calculations using conventional computing power – in a few hours, at a cost of £4,900 an hour, with no upfront cost.

Spanish bank Bankinter is using Amazon Web Services to develop algorithms to assess the financial health of its clients. It was able to reduce processing time from 23 hours to 20 minutes by drawing on Amazon’s high-performance computing services.

Other organisations using Amazon’s on-demand supercomputing services include Unilever and Nasa, which is using the service to analyse images taken by its experimental Athlete space exploring robot

Reducing costs and speeding innovation

Wood said there is a huge untapped demand from researchers in industry and universities that need access to mid-range supercomputers – with between 100 and 2,500 processor cores – to run complex simulations.

The high cost of traditional supercomputers and long waiting times for processing slots is a significant barrier, he said.

Medicine is one area where on-demand supercomputing could make a significant difference, by helping scientists to tailor medicine to patients’ genetic make-up.

The first human genome took 13 years to sequence and cost tens of millions of dollars. Today, a genome can be sequenced in two days for less than $10,000. The cost is likely to fall to under $1,000.

“If you get enough computational resource you can start to mine that data. You can start designing treatment regimes to target a specific tumour cell, rather than healthy cells,” he said.

Big data getting bigger

And businesses will harness on-demand supercomputers for analysing growing volumes of big data, Wood predicted. Amazon has developed a cloud-based Hadoop service to help companies process large volumes of data.

“The explosion of data is going to be a big driver. Supercomputing in financial services, mining data, creating better financial models, is going to be very important,” he said.

Amazon sees no reason why supercomputers running at Exascale speeds – equivalent to a million trillion calculations a second – could not eventually be made available in the cloud.

“The number of use cases for that sort of level will grow. It’s a reasonable target,” said Wood, “but we are going to deploy it in a way that everyone can take advantage of it.”

source:http://www.computerweekly.com/news/2240157970/The-cloud-will-move-supercomputers-into-the-mainstream

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10 Signs Your IT Outsourcing Provider Wants to Dump You

CIO — It can happen to any relationship-one partner falls out of love with the other. While IT service providers and their customers have gotten better at seeking out outsourcing engagements likely to work for both parties over the long haul, sometimes they weren’t built to last.

Some of the biggest IT service providers have programs in place to extract themselves from relationships with the bottom 10 percent of profitability. "Providers today are much less likely to live with bad deals or money-losing accounts," says Stan Lepeak, KPMG’s director of research for advisory services

But breaking up is hard to do. The termination clauses of a contract may make it prohibitively expensive for unilateral provider pullout. So the vendor may back away from the account in more subtle ways, either to protect its margins or nudge the customer toward termination–or both.

"When deals become unprofitable–for any number of reasons–the vendor must try to raise the profitability," says Adam Strichman, founder of sourcing consultancy Sanda Partners. "When they start to take very aggressive actions toward profitability, this is the first–and best–signal that the deal is unprofitable. When their actions become too aggressive, that can also be interpreted as trying to get out."

"If the client’s only goal is to squeeze the rates as much as they can and they start playing up to get penalty awards for sub-par performance, they quickly become not only unprofitable, but also a risk for spreading a poor image of that provider’s performance into the market," says Phil Fersht, founder of outsourcing analyst firm HfS Research, who estimates that one in five outsourcing customers falls into that category. "Their providers quickly start to figure out how to either ‘lose’ them at renewal to a competitor or simply churn them via an arbitrator if this bet really bad. [But] there are many more examples where providers are having a terrible time trying to service clients which simply make them no money and they can’t get rid of them"

So how do you know if you’re one of the "problem" clients? Here are 10 telltale signs your IT outsourcing provider wants to dump you.

1. We Need to Talk. "The one thing that is relatively certain when a customer falls to the bottom 10 percent of a vendor’s portfolio is that the vendors will not be shy about letting them know," says Steve Martin, partner with outsourcing consultancy Pace Harmon. "In these problem scenarios, a provider’s first course of action is generally to voice their concerns to their customers and attempt to propose remedies through the standard governance process, rather than immediately developing subtle termination plots. They may also attempt to renegotiate the deal or work through critical issues in executive-level meetings."

source:http://www.cio.com/article/709743/10_Signs_Your_IT_

            Outsourcing_Provider_Wants_to_Dump_You

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Why your IT outsourcing RFP is holding you back

The methods the RFP process employs to "normalise" the proposals of various vendors and create apples-to-apples comparisons virtually locks out any attempts by a provider to bring something creative to the table. The more detailed the buyer gets in the RFP, the less room there is for innovation or flexibility – ?which outsourcing customers claim to want. And outsourcing customers often take an everything-but-the-kitchen sink approach to their RFP requirements, including not only need-to-have requirement, but nice-to-have services.

In response to a recent ISG survey, service providers said their pricing was at least 10 percent higher when responding to complex RFPs An alternative is what Young calls a request for solution (RFS). In contrast to a detailed, buyer-led RFP, the RFS is an open-ended, collaborative process. The customer describes its IT environment, objectives, concerns, and risk tolerance and the potential suppliers come back with unique solutions that meet those general requirements.

"In buyer-led commerce – like an RFP or RFQ – the buyer dictates the terms and scope of the commerce. In seller-led commerce, the seller makes "often unsolicited" offers to the buyer on the seller terms," says Young. "The RFS is meant to bridge these approaches – getting the best aspects of both."

Young likes to use a vacation-planning analogy. With a traditional RFP process, you’d ask a travel agent find the cheapest package for a family of four to fly from New York to a hotel room within five miles of Disneyworld for five days in June. Taking the RFS approach, you’d say you want to take a family of four on a five night vacation and spend $4000 or less and then select from the variety of options the agent provides that meets those criteria, such as a cruise, a camping trip, a European tour, or Disney.

RFS offers a better working relationship

When a buyer really wants to transform an IT environment, they may not know what they want even though a detailed RFP implies that they do. An RFS can reveal options an outsourcing customer may not have thought of, says Young.

When Young first began offering the RFS option four years ago, only a few customers were willing to try it. Today, just under half of those he works take an RFS approach, at least for part of a deal.

The option provides valuable getting-to-know-you time. "An RFP is very formal. It’s doesn’t build trust," says Young. With an RFS, "you’re jointly working together to solve the problem right from the start. And that time is better spent starting off the relationship on the right foot." It can also shift the buyer’s focus from who has the lowest price to who they mesh with best.

One consumer products retailer who recently issued an RFS with Young ultimately chose a service provider based on soft benefits. "They liked them, they trusted them, they fit in culturally," says Young. They shook hands and immediately began writing the statement of work and the contract exhibits. "But [the customer] also made it clear if [the provider] jerked them around, they’d put an RFP cover sheet on the solution and send it out for competitive bid," says Young."

Ideally, that’s the way it works. One of the solutions lights the buyer’s fancy and they fast forward to contract negotiations, cutting the typical four to six month provider selection process in half. But many still follow up with a traditional RFP, either because they think competitive bidding is the only way to get a good deal or because that’s the way they’ve always done it.

"It’s a little disappointing. They just don’t seem to get the fact that the perfect can be the enemy of the good. A good deal managed well is great. A perfect deal managed poorly is terrible," says Young. "They think if they can create a 1,000-page contract through a competitive RFP process, they will be protected. But the more buttoned down the RFP and contracting process is, the more that take their foot off the pedal during the management phase."

RFS requires flexibility and transparency

The kind of handshake agreement created by the RFS process actually encourages the parties to work out ambiguities early on and also leaves room for flexibility as the business and IT environment inevitably changes, says Young. But it requires a leap of faith. Client and provider must communicate, collaborate, and be transparent. "The client has to trust the provider to deliver on requirements rather than micro-manage pricing and service delivery," says Young. They also have to be willing to change their own processes and deal with internal constraints and complexities in order to drive the desired end state.

An RFS approach requires the provider to shake up their traditional sales approach as well. Some of the big players who are doing just fine with the RFP-led process won’t go for it, says Young. But others, particularly tier-two, offshore providers, and business consulting-focused providers, ?welcome the opportunity. An outsourcing provider can spend two or three million on a proposal for a $100 million-plus deal and wind up winning the business less than half the time. The RFS has a lower cost of entry. "It gives them at least one swing at the deal," Young says.

For customers trying an RFS for the first time, Young advises they start small. Pick a project where there’s a lack of consensus about to do – one faction arguing for offshoring, another for a cloud solution, and yet another for a re-engineering effort. And RFP process can bring those options to life. "The RFS can bring clarity and the credibility of the commercial markets to help focus the point of view internally on the proper direction to take," says Young

source:http://www.computerworlduk.com/indepth/outsourcing/3364952/why-your-it-outsourcing-rfp-is-holding-you-back/

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