Having followed the optical network business for over a decade, one thing I have learned is that the boom and bust cycles of the business often mask patterns that have long-term implications. The overbuilding of U.S. networks in the 1990s foretold a bust in the telecom industry. The buying up of bankrupt carriers’ assets indicated the rise of new players including Google, which has built a fearsome infrastructure. These days, all the excitement in the optical business is around new undersea cables being laid (or planned), bridging previously unconnected parts of the world. These cables are, in fact, the early warning signs of a pending economic boom.
Let me explain. In the 1990s, we saw a grotesque number of cables laid under the Atlantic and Pacific, connecting the United States with Japan, parts of Asia Pacific and Europe.
Those three regions went through an unprecedented boom, much of it inspired by technological changes that had millions turning to the Internet. The boom, also inspired by deregulation of the telecom infrastructures in those countries, led to further spending on communications such as wireless phone calls and high-speed Internet. Unfortunately, the demand (captured quite well by bandwidth provider Global Crossing in early days) led to overbuilding, oversupply and eventually a bust.
Growing Fibers In Asia
A similar scenario is now playing out in the Trans-Pacific region where cables are being built rapidly, and the bandwidth capacity on pre-existing cables is being doubled. Many more cables under construction are connecting with India and China, both of which are going through their own economic booms. According to the World Bank, China is the world’s second largest economy, and India claims the fourth spot. These countries have become economic hubs — not only buying but also selling to the outside world. And a key ingredient of trade is the ability to communicate, which in turn requires the large amount of capacity that can only come with undersea fiber cables.
The latest such effort is SEACOM, a $650 million, 15,000-kilometer cable connecting East Africa with Asia and Europe that is expected to be completed in June 2009 and provide 1.28 Terabits per second of network capacity. This is just tip of the iceberg.

According to TeleGeography, a research firm that tracks the global broadband business, there are about 12 cables either in planning stages or under construction that will connect Africa to the rest of the planet. Those connections will have a theoretical capacity of over 13 Terabits per second, and construction is estimated to cost more than $3 billion.
In Africa, Mobiles Drive Bandwidth Demand
Why so much connectivity? After all, PC penetration is abysmally low in Africa. The answer is cell phones. At the beginning of 2008, there were a quarter of a billion mobile subscribers on the continent, according to International Telecommunications Union, and Portio Research estimates the number will increase to 378 million by 2011. Local companies are furiously building out networks, and by all indications, the overall market penetration is going to increase from the 28 percent mark reported at the start of this year. Cell phones need networks to transfer calls between countries, so there is a need for networks to circle the continent — or at least countries like Kenya, Nigeria and South Africa, which have the most critical demand.
In the recent past, India went through a similar cycle, where a spurt in mobile sales acted as a catalyst for the overall economy. Phone calls provide the vital connections for trade to flourish in areas hitherto unconnected. Something similar is happening in Africa, where mobile banking has emerged as a facilitator of cross-border trade.
You can see a similar scenario set to play out in other parts of the world. There are about five cables on the drawing board or under construction that would connect Cambodia, Bangladesh, Vietnam and some of the smaller countries in Asia. All these countries are going through an economic upsurge and are becoming part of the global economic system.
This leads me to my conclusion: Building new cables is the equivalent of adding new roads, new shipping lanes or flights. The undersea fibers of today are what sea trading routes were in the past — an indicator of future economic activity and the subsequent boom.
This article first appeared on BusinessWeek.com

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Is cloud computing right for you? For the fledgling startup, the appeal of the cloud is obvious. Given how easily an entrepreneur’s vision can be stymied by a lack of technical and operations expertise, leveraging an Amazon EC2 or Google App Engine could provide the only viable option.
But what about large enterprises that not only have an in-house technical staff to do their bidding, but existing data centers and deep pockets? Stacey has already identified issues with some cloud providers, such as security, reliability and portability. However, assuming they are all resolved, are there compelling reasons for large enterprises to even be interested in cloud services? And if so, under what conditions?
In order to decide, the enterprise needs to ask these five simple questions:
1. Is demand constant? If demand is constant, dedicated resources in an enterprise data center are fine. Smooth, constant workloads mean that a fixed pool of servers can chug away 24/7, meeting utilization targets.
Unfortunately, very few enterprise applications have this kind of profile. Consider a retailer that does 80 percent of its annual business in the month following Thanksgiving Day. Fixed capacity engineered to peak would only be fully utilized during those four weeks, compared to utilization of slightly more than 2 percent during each of the other 11 months. In other words, its investment would go virtually untouched for more than 90 percent of the year. Try selling that to the finance committee. A cloud, on the other hand, can provide dramatic cost savings by offering access to scalable resources on a pay-per-use basis.
2. Is growth predictable? Even if demand isn’t constant, if growth is predictable, it can be managed in an enterprise data center. By building in lead times, one can place orders for additional capacity and rest easy that it will arrive in time, even by snail-mailing paper purchase orders for servers that get delivered by slow ships.
But when growth is unpredictable, the pay-per-use model of the cloud makes “cloud-bursting” — that is, leveraging cloud services to handle spikes — a more cost-effective option. Plus, with fixed capacity, it’s easy to make one of two fatal errors: Being overwhelmed by surprise demand can easily lead to poor performance or no service, resulting in the loss of both revenue and reputation. On the other hand, investing in capacity that remains idle can bankrupt a small company.
3. Can demand be shaped? Users today expect instant gratification, even from free services. While some demand can be shaped and smoothed – either by avoiding it, deferring it, or incenting it, via sales, promotions, queuing, congestion pricing, or variable pricing for yield management — some can’t.
If spiky demand can’t be shaped, on-demand scalability is indispensable. After all, how popular would Google be if a search request returned, “We’re kinda busy right now. How does next Tuesday around 2 pm work for you?”
4. Where are the users? If users are concentrated in a particular locale, they can be serviced by a single nearby data center (or two, for business continuity), but not if they’re scattered around the globe.
The only way to engineer today’s rich Internet application for a global community is to leverage a network of dispersed web, content and application servers. While building lots of data centers all over the world might have seemed like a good idea for enterprises a few years ago, a better option today is to consolidate enterprise data centers while simultaneously leveraging a cloud service provider with a global footprint.
5. Is the application interactive? There are still many applications out there that aren’t highly interactive, such as seismic analysis, circuit simulation and equity portfolio optimization. For them, geographic dispersion could be a negative, due to an inability to effectively partition the compute tasks into loosely coupled components.
However, for the tidal wave of emerging Web 2.0, AJAX, Rich Internet Applications, proximity to a service through geographically dispersed cloud resources is key as the client portion of the app has to make frequent round-trips to the server — in some cases on every keystroke. And for applications such as multipoint video collaboration, reducing hops and propagation delays between end points and cloud-based bridges is essential to creating a natural experience.
So for enterprises with smooth and predictable demand created by accommodating users who are willing to walk back across the street another day to process their batch jobs, clouds may be unnecessary.
But for enterprises pursuing emerging, shifting and uncertain global markets, with global supply chains or virtual enterprise partners and variable and unpredictable workloads coming from demanding users who want engaging, interactive interfaces, the cloud could be the right — perhaps even the best — option.
| Constant | Variable | Scalable and On-Demand |
| Predictable | Unpredictable | |
| Deferrable or Promotable | Not Shapeable | |
| Concentrated | Dispersed | Globally Dispersed to Reduce Latency |
| Batch | Highly Interactive |
Joe Weinman is Strategic Solutions Sales VP for AT&T Global Business Services. The views expressed herein are his own and do not necessarily reflect the views of AT&T.

Online storage companies pop up more frequently than mushrooms after a downpour in Southern France. And like the wild-growing fungus, not all of them are easily digested. Case in point: AOL’s Xdrive, which despite corporate backing recently joined the likes of Omnidrive and MediaMax on the proverbial technology garbage heap.
That doesn’t dissuade entrepreneurs and their backers from joining the fray. At last check, we counted more than two dozen startups trying to carve a piece of the online storage pie in the hopes that they’ll get enough traction to one day make money. Along with clever and colorful names, each one claims a subtle twist — syncing, access from mobile, or whatever — on what is essentially a commodity offering: storage.
Sure there are some services that are clearly superior (SugarSync, for example) or have nifty features like automatic syncing (Dropbox), but when viewed as a group, it’s hard to tell which one is going to emerge as the winner over the long term. When you think about it, the online storage business is no different that selling denim jeans that have different shades of blue, rivets, fits and flares.
Storage startups similarly distinguish themselves with storage capacity, or features such as the ability to sync automatically or share large files. These days many of them have started to use Amazon’s S3’s wholesale storage to power their services, which makes the differences in some case largely cosmetic.
I am constantly asking these startups how, exactly, they plan to make money. I typically get one of two standard answers: by selling ads or charging for additional storage. Nice ideas in theory, but clearly out of sync with reality.
In order to make a decent amount money off advertising, these startups need to generate hundreds of millions of page views, unlikely unless they allow people to share large files, which can often lead to a legal mess.
The presence of a large number of players with no clear leaders means there is little hope of making money in the online storage business from advertising. It also explains why Xdrive, which is owned by AOL, a division of Time Warner, is getting out of the business.
How about getting consumers to pay for storage? Even that seems to be an uphill task. I have spoken to a few founders of online storage companies and they’ve admitted that conversion rates to paying customers are abysmally low. Why? It is the same pesky problem of too many players, which allows you and I to spread our files all over the Internet without spending a dime.
One of the services that seems to be doing quite well is Mozy, which was acquired by EMC, mostly because it had started to sell to larger companies. Mark Lewis, an EMC executive, was quoted as saying that Mozy may be popular with consumers, but it is a perfect solution for large companies as well. The company hasn’t revealed how many people are using the service, but Mozy.com does get about 100,000 people checking it out every month, according to Compete.com, a web site traffic tracker.
So what are the options for surviving in the online storage business? Actually there are a few tricks that can help startups both stand out and thrive. SmugMug, for instance, has used Amazon’s S3 as its back end to offer a for-pay niche service optimized for professionals like photographers and building features such as watermarking. Of course, these opportunities are few, and folks like SmugMug have already staked out their position.
The other option is to shift focus away from storage to “collaboration.” Using online storage as an underpinning to share documents, files and folders with people in your network (whether consumer or corporate) is the right approach.
Microsoft is doing quite well with its SharePoint service, which is essentially storage layered with other services. Chris Caposella, corporate VP in charge of the Redmond giant’s business division, described SharePoint as “the office suite for the next generation.” This service is so popular that it’s expected to bring in about $1 billion this year for Microsoft. What’s working well for Microsoft, and to some extent, Google, is that they are treating storage for what it is — a cheap throwaway service — and layering it with more valuable ones.
One company that seems to have gotten the “collaboration memo” is Box.net, a Palo Alto, Calif.-based startup that has developed an open-collaboration strategy. Box.net is using its API to interface with other web services such as Autodesk, EchoSign, eFax, Myxer, Picnik, Scribd, Zazzle, Thinkfree and Zoho, and in the process becoming a major collaboration platform that rivals SharePoint. Box.net calls its strategy OpenBox.
This is an offering that Box.net CEO Aaron Levie can sell to businesses –- big and small — as a service for a monthly fee. And perhaps that is one way he can avoid the fate of some of his more prosaic rivals.
This was originally published on BusinessWeek.com.

Steve Jobs, in an internal email seen by Ars Technica, makes clear that he’s upset about the botched launch of MobileMe, Apple’s new online suite of applications that has been plagued with bugs, including being flat-out unavailable to some for days at a time.
“It was a mistake to launch MobileMe at the same time as iPhone 3G, iPhone 2.0 software and the App Store,” he says. “We all had more than enough to do, and MobileMe could have been delayed without consequence.”
Amen to that. Having been a subscriber to dot-Mac for years, I was quite upset when the service failed to work at launch. They tried to hush everyone by waiving one month’s fee, but regardless, while some parts of it are up and running, many of the problems continue.
It wasn’t till Walt Mossberg and David Pogue publicly spanked the service with their respective wet bamboo stems that Apple started to understand the magnitude of the problem.
In his email, Jobs says: “The MobileMe launch clearly demonstrates that we have more to learn about Internet services.” You can say that again. The big question in the wake of the MobileMe debacle is whether or not the company even knows how to plan for heavy load.
I have picked up some tidbits from my Internet infrastructure sources, who tell me that:
One of my sources opined that Apple clearly wasn’t too savvy about all the progress made in infrastructure over the past few years. If this insinuation is indeed true, then there is no way Apple can get over its current spate of problems. It needs a crash course in infrastructure and Internet services. Apple’s problem is that it doesn’t seem to have recognized the fact that it’s in the business of network-enabled hardware.
The looks, UI and edge devices are only as good as the networking experience — whether it comes from Apple or from its partners. MobileMe could just be the canary in the coal mine as far as the Cupertino Kingdom is concerned. MobileMe isn’t that big a portion of their revenues right now, but what happens when the problems hit the iTunes store? Imagine the uproar when your 3G connections slow to a crawl because AT&T’s wireless backhaul can’t handle the traffic surge.
It might not be a problem of Apple’s making but the company will face the brunt of the backlash. Remember, most of us instinctively blame the device first, then curse the carrier.

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In 10 years, which company will own the cloud computing space? That question has been the subject of long and contentious funding debates over the past year, especially here on Sand Hill Road. And while I know that predicting the future is an inaccurate science, I think that when it comes to evaluating this nascent industry, the VC community has been focusing on the wrong criteria.
Today, cloud computing offerings are application-specific frameworks that are run by companies both large and small. Google’s App Engine is a cloud for running Python applications; EngineYard is a cloud for Ruby-on-Rails; Amazon’s EC2 and S3 provide generic compute and storage clouds, and so forth. While each of these companies addresses a vertical market need, I believe that by 2018, clouds will instead be evaluated based on three generic criteria: transactions, user experience and presence. And as with any active market, it’s a safe bet that there will be plenty of companies that best showcase each of them. One of the emerging trends in cloud computing is providing infrastructure that allows businesses to perform transactions. Two companies that immediately come to mind are eBay and Amazon; both have significant infrastructure expertise and business divisions devoted to processing their customers’ transactions. Amazon in particular just launched Checkout, which facilitates highly scalable transaction services. Imagine if over the next 10 years these companies find a way to bring their scale and transaction expertise to a cloud offering across multiple industries and market segments.
What will become increasingly critical is providing cloud consumers with a spectacular user experience, something nobody does better than Apple. While I realize the company is not strictly focused on cloud computing today, imagine a scenario in which it leverages the success and elegance of iTunes — essentially a cloud for selling digital media — to other markets. I can foresee a cloud computing environment where Apple allows users to build applications using their user interface templates and designs; every application developer that strives to make their application “as sexy as iTunes” could leverage this infrastructure. A current example of Apple’s approach can be found in its new MobileMe cloud, which emphasizes ease-of-use and user experience for keeping email, calendar and contacts synchronized. Elsewhere, Google Gears and Microsoft Live Mesh are also attempting to be environments in which users develop cloud applications, but they don’t seem to have the same focus on consistency of user experience.
Speaking of Microsoft, when it comes to presence in the computing space, they have an enviable position. With their software presence on the PC, mobile phone, game console, media center and even autos, they’re set up to be everywhere for at least the next decade. And the Redmond giant has recently changed its PR to emphasize software and services, which leads me to think that they’re moving to offer a wealth of cloud-based services.
The key will be leveraging their almost ubiquitous presence across nearly every aspect of the computing space to convert their hordes of desktop and IT application developers to work on their cloud in order to come up with future services for the same markets. If Microsoft can execute on this strategy, use their presence and motivate their developers, they will be a significant player in the cloud computing market in 2018.
It seems clear that the dominant cloud computing company in 2018 will be able to process transactions on the scale of Amazon and eBay, have the eye-popping user experience of Apple and the presence of Microsoft. Which cloud company do you think it will be?
Fellow GigaOM writer Alistair Croll contributed heavily to this post.

In an effort to burnish his public image, Federal Communications Commission Chairman Kevin Martin has taken up a populist and politically lucrative crusade against the evil cable company Comcast and its nefarious efforts to block certain kinds of traffic.
Given that we all love to hate our cable companies, especially the big ones, it is a calculated bet by Martin, who is rumored to be contemplating running for the House of Representatives after he leaves the FCC. No wonder he has been campaigning hard to chastise Comcast, and perhaps censure them for an undeniably lamentable act.
My inner cynic believes that this so-called punishment is nothing but a smart tactic by Martin to show that he is on the side of Network Neutrality and a champion of open access and the people. He told The New York Times that he was pursuing this because of openness he wants to see in the networks.
“We are setting a very high bar on what network operators can do in terms of putting limits on consumers.”
I chortled when I read that and had to shake off the image of Martin as the proverbial Internet Robin Hood. The reality is that all this talk is nothing but hot air, a diversionary tactic that taking the attention away from a bigger, more evil problem that’s emerging for the U.S. Internet: metered broadband.
Metered Broadband, better even with Network Neutrality
Today for instance, Frontier, a smallish telephone company that has operations in upstate New York, decided to impose a 5GB bandwidth transfer limit on some of its DSL offerings. As my dear friend Dave Burstein pointed out earlier today, their main rival is Time Warner Cable, which also wants to charge people by the byte.
While 5 GB looks pretty sizable – Comcast claims that their average broadband subscriber only uses 2 GB per month – in reality, it’s nothing. It’s essentially two movies in HD. Once you go over the limit, the meter ticks over faster than a San Francisco taxicab. That would limit the amount of Internet a consumer can use on a daily basis, thereby limiting the amount of time people spend on Facebook, MySpace, Microsoft, Google, Yahoo or any one of numerous services.
The situation would be no different than the early days of dial-up, when the pain of dialing up prevented us from being always on the network. When broadband came along, things changed, for usage of services like Google skyrocketed, Skype came along and YouTube became part of our lives.
Of course, it helped that the growing use of the Internet increased the amount of advertising dollars being spent online. The billions of dollars in profits being raked in by web companies made broadband providers – mostly old phone companies and cable companies with reputations for pulling a fast one on customers – jealous.
First they thought that they could get rid of Network Neutrality – by charging web companies special rates to make their sites easier to access than the non-paying ones. That turned out to be a political hairball. Comcast is finding that out the hard way.
Fuzzy Math of 5 GB Download Limits
Instead, they came out with an ingenious plan: Charge people by the byte, aka metered broadband. This way no one can blame them for playing favorites, and if consumers continue to constantly use the network, then they will have to pay more and more cash. In an earlier post, we did the math on how carriers are going to gouge consumers and pointed out what you can do with 5 GB a month:
* download about 1,000 songs from iTunes. * download five full-length movies from iTunes. * watch about 500 minutes of YouTube video. * share about 2,500 two-megabyte pictures.
According to data cobbled together by Dave, since 2001 web data traffic has grown 25-40 percent per user. As we use more web-only services – Twitter, Facebook, MySpace, YouTube and Hulu – we are going to consume more and more bandwidth. Add to it iTunes downloads, and before you know it we would be using much more than the 5 GB some incumbents want us to use. It is hardly a surprise then that nearly 90 percent of you who responded to an earlier poll conducted by us found the idea of metered broadband moronic.
Saving Incumbent Video Schemes
What makes the scheme even more devious and clever is that it saves the service providers’ video franchises. I had earlier pointed out that most of these carriers have spent billions of dollars to upgrade their video networks (telecom operators built entirely new ones) with a view that they could earn big profits as video-on-demand takes off.
The broadband juggernaut allows content owners to go directly to the consumers, by passing these video gatekeepers. But by capping the bandwidth and asking people to pony up big dollars for over-the-wire downloads, the pipe owners want to ensure that they can make their money back and then fleece us silly.
That is so much better than getting rid of Network Neutrality and of course, much harder to prove since the carriers control the numbers and they know how to fudge them silly. With that as background, here is the juicy little bit from The New York Times story that shows Martin’s heart isn’t in the right place, Comcast’s pending punishment notwithstanding:
Mr. Martin was asked whether the commission’s approach will push more Internet providers to start to impose caps on how much bandwidth consumers can use. He said he wanted to reserve judgment on that trend. He seemed comfortable with Internet providers offering services with limits, so long as they are clearly stated.
If Martin wants us to believe in him as one of the people, the 21st century Robin Hood who is looking out for the U.S. Internet consumer, then he should start by putting an end to this metered broadband nonsense right now.
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Last week, at the Fortune Brainstorm: Tech Conference in Half Moon Bay, Calif., I caught up with Michael Dell, founder and chief executive officer of Dell Inc., the Round Rock, Texas-based computer hardware maker. He’s been trying to get Dell’s mojo back for over a year now, and in the past three months, things have started to come together, with sales, profits and the company’s stock price beginning to move in the right direction.
We had a wide-ranging conversation, one that covered everything from cloud computing to the likelihood of Dell entering the smartphone business to the advantages of being a founder. Below are edited excerpts from my chat with the eighth richest man in the U.S., who is as humble today as the day he started selling computers from his college dorm room.
On cloud computing
Om Malik: Will Dell ever start offering its own cloud services?
Michael Dell: Today, we sell to the guys who make clouds. We actually already have some services that we provide; you can think of them as software-as-a-service. For example, for managing your infrastructure, we purchased a number of companies recently like Everdream that are all services provided online. We’ve got a huge business in managing the computing infrastructure for large companies.
Om: What do you do as a company to become a leader in (cloud) client computers?
Dell: For the last eight years, here in the U.S., we’ve sold more computers than any company in the world. In fact, last quarter our lead kind of widened relative to the No. 2 company. Mobile Internet devices and smartphones are all part of our mobile computer business. Our focus is on the bull’s-eye of the volume, which today is notebooks, computers and laptops.
The interesting question is these “Internet-in-the-pocket” kind of things. Do those replace the notebook, or are they a compliment to the notebook? That is the kind of threshold question one would think about as you explore this.
Om: It is actually a complimentary device. But I think the bigger opportunity is in buying those devices because they can be replaced every six months.
Dell: No question, this is a large and significant opportunity and it’s one — I think you will see Dell move in that direction. But I think it will be sequenced in the right order relative to all the opportunities we have.
Om: What do you think is the biggest opportunity for Dell?
Dell: We have identified five big opportunities. When I say big, I’m talking about $5-$10 billion dollars each in terms of scale opportunities. They are the consumer business, mobile computers, emerging countries, enterprise, and small/medium business. We [have] reorganized the company around these key priorities.
On smartphones
Om: Any plans for mobile phones or smartphones?
Dell: We are certainly looking at the whole smartphone category, but I wouldn’t expect anything anytime soon.
Om: With the emergence of Google’s Android, and with Symbian OS and Microsoft Mobile already on the market, do you think that makes it easier for Dell to get into the phone business?
Dell: What you’ve got [are] industry-standard platforms upon which applications are being built and ecosystems are being created, and that kind of building-block architecture gives us all sorts of opportunities.
Om: You can be a big game-changer in this market, right? You can decide to work with Android or Symbian. Is there a desire on your part to work with one over the other?
Dell: We’re not ready to publicly disclose our plans there…we’re kind of working on that.
On being a founder
Om: From your perspective as a founder, what makes a founder/CEO different than a professional CEO?
Dell: The founder has special permission to make changes at a company. There have been two or three times within the history of the company where we’ve made some pretty dramatic changes; the last year and a half has been a good example of that. When I told our company that the direct model has been a great revolution for the industry but it’s not a religion, that was actually a pretty big shock to a lot of our people. Some of them thought it was a religion.
I think as a founder you get special permission to call into question things from the past, and it is up to you to figure out how to do that.
Om: So it’s almost like a political job in that sense.
Dell: I think there’s a lot of equity and trust that gets built up in the company over time. And when we’ve laid out the priorities in the organization — if we’ve done a good job and people see the results and they can see how their efforts apply to their success, and how they can realize their own dreams at the company — then they kind of say, “These guys know what they’re doing.”
On the future
Om: My impression has always been that your biggest competitive advantage was your supply chain; you fine-tuned it to such a level that others couldn’t compete. That has actually evolved over a period of time because others have started to think like the “Dell” way. What is the next competitive advantage going forward?
Dell: I think it’s true that we have had and have a supply-chain advantage. If you look at, for example, return on equity, you’ll see that our return on equity or vested capital [has been] massively higher than our competitors and still is today.
That advantage is very much intact in terms of the capital efficiency of the business. But I think that is really only part of the story. What informs that advantage is the connection we have with customers and the information that customers convey to us in the process. By knowing exactly what customers want and being able to build that and provide products and services tailored to customers’ needs and being able to personalize products — that creates significant advantage and significant growth possibilities for us.
Photo Courtesy of Dell Inc.

When was the last time you bought software that came in a box, an actual CD that you put into your disc drive in order to load it onto your computer? It’s probably been a while, since most applications are now downloaded straight from the Internet. Today a growing number of companies are buying their computing capabilities that way, too. Instead of buying a rack of servers from IBM, Dell or HP, or a dedicated box hosted in a data center, businesses are buying compute power in the form of services from companies like Amazon, GoGrid and Mosso.
Such services are generally referred to as cloud computing, and the game-changing potential of those services has venture firms sitting up and taking notice. Indeed, after spending the past few years pouring money into Facebook applications and me-too social networks, venture firms are starting to invest in infrastructure again, with both hardware and software plays tied to the cloud.
“Clearly there is a renewed interest and investment in infrastructure,” says Bernard Dallé, a partner with Index Ventures. “Twenty-four months ago it was all about the consumer Internet and still a lot of money is going after that, but it has been rebalanced. Now firms see the value that EqualLogic and virtualization has generated, and it’s time to invest.”
So far this year, companies providing cloud services or building services on top of the cloud have raked in more than $70 million. That’s nothing compared to the $14.9 billion that VCs invested during the same six-month period overall, but interest is picking up.
Just this week, 10gen raised a $1.5 million first round from Union Square Ventures to create a platform for programmers to build products on top of the cloud. Appirio, a company trying to help enterprise customers link their data among clouds offered by Google, Salesforce and Amazon raised $5.6 million from Sequoia. And earlier this month, EngineYard raised $15 million from New Enterprise Associates, Amazon and Benchmark Capital to build out a development platform for programs built using Ruby on Rails.
These companies join a growing ecosystem of startups trying to create utility and business models built on top of thousands of servers. If you peel back the fog surrounding cloud computing there are several layers of services. It all starts with a virtualized server running a hypervisor. Between the hypervisor and the operating system — such as Linux or Windows — sits a class of service providers, among them Elastra and Enomaly. They provide tools and services that help an IT manger build out, monitor and manage the virtual hardware inside the cloud.
On top of those are development platforms that can be tailored to a specific cloud, such as Amazon’s, or tied to a programming language, such as Ruby on Rails. Startups here include Bungee Labs, EngineYard and Coghead. Once developers have their programs built on the cloud, they need to monitor and tweak them using tools from the likes of RightScale and Hyperic. With the exception of Enomaly and Coghead, all of these startups have scored venture funding this year.
Coghead raised $8 million last year, and Reuven Cohen, co-founder and CEO of Enomaly, says he’s fielding about 40 calls a week from venture firms that want to invest in his profitable, boot-strapped company. “I’m not in any desperate need to raise funding to keep the business afloat, but we could grow substantially faster,” Cohen says. “We are open to it and from what I can see, there won’t be a better time for valuations.”
Valuations might be on the rise, but VCs are still focused on capital efficiency. For example Sunil Dhaliwal, a general partner with Battery Ventures, says he’s not interested in investing in any cloud provider that wants to build out thousands of servers as there are plenty of companies — among them Google, Amazon and Rackspace — doing that already. In fact, he’s approaching the entire cloud space with caution.
“We’re so early and there’s still plenty of money to be lost — and I underline lost here — and plenty to be made,” Dhaliwal says. “I think there is going to be a lot of trial and error. People are defining and building solutions without people knowing how they really want to consume them.”
He believes the big opportunities will lie with firms that can help corporate customers connect their existing IT networks to the cloud, as well as with those that provide computing as a service to small and medium businesses that don’t want to manage their own IT networks. One way or another, the move to computing delivered as a service is a huge change in the way businesses and even consumers will consume information technology. As far as venture dollars floating amongst the clouds, this is only the beginning.
This was originally published on BusinessWeek.com.

In the life of every company, there comes a time when it is faced with the choice of how to extend its reach: Either build a new product or service, or acquire the one that’s already established itself as the best in its class. Larger companies face that question every day, but it is rare for a nano company like ours to have to make such a decision.
I am pleased to announce that Giga Omni Media, the company behind GigaOM, has acquired jkOnTheRun, a blog started by James Kendrick and Kevin Tofel that focuses on the wonderful world of mobile gadgets, including mobile phones and cloud client computers. James and Kevin will join GigaOM, but will continue to work from their respective homes of Houston and Telford, Pa., and jkOnTheRun will become the sixth blog in the GigaOM Network. (James & Kevin write about the deal on jkOnTheRun. Also, coverage on The Houston Chronicle & Techcrunch.)
“Acquiring,” while technically the right word, is a relatively soulless one. I prefer to think of this deal more philosophically. As I see it, we have proudly added two new members to our growing family.
Why jkOnTheRun?
jkOnTheRun is one of the rare blogs that covers the world of mobile gadgets with razor-sharp wit and insight. More importantly, it has a genuinely consumer-centric point of view. I first got to know the blog as a reader and have long considered it good enough to rank among my 10 favorites. (WebWorkerDaily editor Judi Sohn is also a fan.)
Strategically, it’s a publication that rounds out our existing areas of coverage. For instance, GigaOM tracks the world of web infrastructure pretty closely, but very rarely do we write about cloud client machines. And with the exception of the iPhone and some occasional mobile reviews, we don’t provide much gadget coverage, either. I think as we start to cover the world of cloud computing more closely we will no longer be able to afford to ignore the client side of the equation.
What happens to jkOnTheRun?
Absolutely nothing! Sure there are going to be some cosmetic changes, including cleaning up the web site to make room for sponsors and advertisers, but if it ain’t broke, why fix it?
James and Kevin will continue to write their posts, record their podcasts and shoot their videos. The jkOnTheRun feed will be integrated into that of our network and will be syndicated along with our other blogs. We hope some of our readers become part of their community, and hopefully some of jkOnTheRun’s readers will find something in our network that they like as well.
In summary
Getting back to my introduction: We were faced with the choice of either building out a blog that helped us track the mobile revolution more carefully (but with a consumer perspective) or buying one. It would have taken us a long time to build one — buying jkOnTheRun was a far better option.
I think in many ways that is the blueprint of our strategy going forward: When we find blogs that allow us to dig deeper, to complement and extend our areas of coverage, we will acquire them. If we can’t find ones we like, we will build them. But all that is in the future. Today, please join me in welcoming James and Kevin!

Here’s a horror scenario for everyone on the content side of the Internet: A consumer comes to a web site to download a movie, work presentation, software update or photos, and just before they commit to the download they pause and wonder: Am I over my usage quota this month? How much will downloading this new HD movie from Netflix on my Xbox cost me?
We’ve all been there before — with cell phones, about a decade ago. Usage-based pricing tiers started out with very limited minutes and lots of overage charges. Competition in the market by innovative operators drove plans fairly quickly to a point where only exorbitant usage resulted in overage charges (and now there are flat-rate plans for those consumers, too).
Unfortunately, the usage-based pricing plans (starting at 5 gigabytes) being considered by AT&T, Time Warner and others will force us all to wonder about the size of our connectivity bill on a monthly basis. Further, the lack of last-mile (the infrastructure that connects the consumer to their Internet service provider) competition will not result in these plans changing in the near future. Today, true competition on the Internet last mile requires new copper or fiber to each consumer — a very costly proposition. Cellular competition, on the other hand, required a less costly (on a relative scale) deployment of cellular towers.
While it is true that the consumer can elect who provides services over their last mile, most of us have very limited choices. As an example, a friend of mine recently moved into a building in downtown San Francisco that had exactly one last-mile provider: AT&T. The 700Mhz wireless spectrum provided a hope for an alternative consumer last-mile option, but that dream quickly faded.
Competition and an aggressive last-mile build have resulted in reasonable usage-based pricing models in Japan. OCN, the carrier operated by NTT Communications, is planning for unlimited download bandwidth usage and a 30-gigabyte limit on daily upload usage capacity. By my estimates, that will be more than adequate for all but the largest consumers of Internet bandwidth and does not invoke any horror scenarios for the large content owners.
In fact, large content owners may help us all avoid usage-based pricing horror scenarios. They spend hundreds of thousands of dollars every month (assume $10/month/Mbps using 95th percentile on 10Gbps of traffic) with the same Internet service providers buying connectivity to their networks because they want to be connected directly to the consumers via the last mile.
If the Internet service providers start billing on usage-based pricing, it’s inevitable that large content owners will look for new ways to reach the consumer. It seems unlikely that they’ll be willing to pay the service provider for access to their last mile if at the same time the consumer is being motivated not to access their content. Why would Microsoft and Netflix pay Time Warner for connectivity to their cable Internet infrastructure consumers if those same consumers are being billed on usage and worry about their usage quotas before downloading HD movies onto their Xbox?
Like other large businesses, Internet service providers are looking for ways to extract more value from their customers. As a venture capitalist, I understand and appreciate that perspective. Usage-based pricing, however, at least as currently envisioned by the service providers, will not only change consumer behavior but will work against some of their larger customers.


It could be my advancing years – I seriously doubt that – but every morning I dread turning on my MacBook Pro, fearful of the data deluge that it will bring and the day-long struggle to find the information I need to get things done that will ensue. And I’m not the only one caught in this quicksand-like avalanche of digital data.
According to market research firm comScore, in May the total number of Internet searches conducted in the U.S. alone was about 10.7 billion — up nearly 20 percent from 9.1 billion searches in May 2007. Those numbers make clear that we’re all searching for more information. What they don’t make clear is that often we don’t find what we’re looking for, and so end up trying again and again.
The problem is that there’s too much data coming online too quickly, and the traditional method of search that involves first finding and then consuming the information is not going to work for much longer. There just won’t be enough time for us to do that and still have a life. It’s a problem, and therefore solving it is an opportunity — a very big opportunity.
Earlier this week I was going through the digital detritus that has accumulated on my computer when I stumbled upon an old slide presentation made by Google back when they were still tiny. One slide estimated that by 2002, there would be about 500 million searches a day and between 3 billion and 8 billion web pages. Now those numbers seem so last century, for every day the amount of information online continues to grow at an exponential rate. It’s nearly impossible to calculate the exact number of web pages that are out there, but a good yardstick would be data from Netcraft, which tracks the number of servers on the Internet and says that the number of active domains almost quadrupled from 2002 to 2007. The total number of web sites at the end of April stood at over 162 million.
Many of these new sites are courtesy of Web 2.0 technologies that have allowed for the easy creation of digital data. Blogs, social networks, RSS feeds, Flickr feeds, Twitter messages, video clips…the data just keeps growing and growing, much like the proverbial Energizer bunny. And the problem of data overload is going to get even bigger as devices such as the 3G iPhone, with their fast wireless connections, make the on-the-go creation and sending of videos, messages and photos to our friends even easier.
If someone can become the Dolby of the web — remove the noise and give us clear sound — then they are going to make a lot of money. And when I say sound, I mean data that is truly useful. But that would just be the start.
Pip Coburn, who runs his own investment firm in New York, recently pointed out that “It’s not data that’s important, but what you do with it.” A good example of that would be a tiny startup called Summize, which is reportedly being acquired by Twitter.
Summize has come up with a clever way of peering through Twitter’s vast data stream and finding out what’s hot, where and how. The results are essentially keywords — topic-, person- or location-based — and thus can be used to show contextual advertising next to the pages that show these results. In other words, Summize has developed an ability to monetize conversations without being intrusive.
The possibilities of what a similar service could do with this data are endless. Imagine a service that would scroll through all the Flickr photos, Twitter messages and marry them to data on the Internet, such as nearby mass transit stations, Starbucks, movie theaters and grocery stories.
All this information would show up on your phone, but you would only see the options in, say, a 100-meter radius that could be increased by zooming out. It would be the ultimate mash-up of various web data sources offered to you as an application, and such applications would make it possible to find, consume and share information — without even trying.
Almost like serendipity! How’s that for a business model?
This post was originally published on BusinessWeek.com.

It was over a decade ago when I got my first broadband connection — by today’s comparison a very slow DSL connection from my then-local provider, Verizon Communications, which went by the name of Bell Atlantic. At $60 a month (not including the cost of the modem), the service, which got around 256 Kbps on a good day (vs. top speed of up to 640 kbps), was really a novelty.
With the exception of many who worked in New York’s Silicon Alley, not many cared about the expensive, always-on connection. Being a broadband nerd of sorts, I couldn’t care less about the price tag; I couldn’t wait to pay more to get more bandwidth.
I am reminded of that moment — of that thrill — of experiencing the web without delays, thanks to the new iPhone and its ability to connect to the 3G network. I already can’t wait for AT&T to upgrade their network from HSDPA to HSPA to HSPA+ to LTE so we can get faster and faster broadband.
For now, the best we can get on the iPhone 3G is HSDPA, which has a theoretical download speed of between 400 and 700 Kbps, though Apple on it site says it’s going to be 2.4x the speed of EDGE - about 100 Kbps. Still, I am going to go out on the limb and mark July 11 down as a red-letter day for 3G wireless.
Don’t get me wrong — it isn’t the day 3G wireless was first introduced in the U.S. Neither is iPhone the first 3G phone. I have had 3G phones, USB and PC Card modems for a while now. It isn’t the first time I have used 3G broadband; I am on old hand at using EVDO to connect my laptop to the web, or at connecting my Nokia e61 to a 3G network whenever I am in Europe, or using the Nokia N95 to snap-and-share photos and videos via one of the life-streaming services.
Yet this is the first time that a 3G connection on a non-computer device actually feels like a broadband connection. “This device is a true game-changer. Why? The immediacy of the data at your fingertips is huge. Imagine, looking up anything, anywhere,” is how AT&T Mobility CEO Ralph de la Vega told me in a chat earlier this year. In the U.S. especially, the iPhone is going to have a major impact, mostly because are a PC-centric society constantly search for web-like experiences. (So far, most of the carriers have made their money off 3G computer connections. I am wondering how the iPhone impacts (or not) 3G usage in Europe.)
I received the new iPhone 3G on Friday, and since then I have been tinkering around it — a lot. My first (and perhaps lasting) impression: The 3G speed is quite addictive and it doesn’t take long to slowly start switching your daily compute tasks to this device instead of reaching for your computer.
A lot of that is because the iPhone has a generous screen and is very easy to use, but more importantly it has a more than adequate browser, making it an ideal candidate for being a “cloud client.” All that was missing was a fast-enough connection that helped “off-source” some (or, in the case of others, many) tasks from their computers.
The briskness with which I can surf web pages means it has become easy to keep and eye on this and our other network blogs. The email shows up in the inbox as quickly as on my desktop. NetNewsWire’s iPhone App has already become my preferred way to read RSS. Its ability to sync with the desktop client over the web only adds to its utility. Facebook on the iPhone is almost infinitely more usable than its web counterpart. (John Markoff is marveling at the pocket-sized experience as well.)
Truphone’s new iPhone app makes it easy to place VoIP calls on the iPhone, thereby making it less necessary for me to fire up the old computer to call mom. It sure would be nice to see a Skype client for iPhone. I am sure that over a period of time other habits will form — including watching YouTube videos - which just got bearable, thanks to a faster connection.
More importantly, 3G has freed me up from thinking about the availability of a Wi-Fi connection. Of course, if everyone else gets into the same habit, as I suspect they will, this is going to put some stress on AT&T’s 3G Network.
Going back to the early days of broadband, the thrill of doing mundane web tasks faster and without tying up a phone line didn’t seem as great in the beginning, but acted as a spark for the broadband revolution. It wasn’t till Shawn Fanning unleashed Napster that broadband demand took off, eventually leading to innovations like Skype, YouTube & Facebook.
I think that from that perspective, the iPhone 3G is going to provide a similar spark for wireless broadband. Just like touch and big screens are becoming increasingly commonplace in high-end phones, over the next 12 months I wouldn’t be surprised to find mobile device makers focusing heavily on the Internet, all while waiting for the elusive killer app, which none has seen just yet. Despite the tight control of carriers on wireless spectrum, this could be the start of a new wireless wave.
Photo of iPhone & Safari courtesy of Apple.
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About six months ago, I heard that Yahoo was contemplating offering its entire search platform as a web service, much like Amazon’s S3 storage and EC2 computing services. Since the rumor was short on details and Yahoo was already in the midst of a gut-wrenching upheaval, I didn’t put much stock in it. Apparently I should have, for Yahoo today announced the beta version of BOSS (Build Your Own Search Service), which essentially turns its core search and other related technologies into a free web service that can be used by anyone who wants to build their own search engine.
This isn’t simply access to Yahoo’s search results; Google did that ages ago, though I wonder if anyone actually uses it. Rather BOSS will allow anyone to rank, arrange and display search results that befit their own algorithm, without as much as acknowledging that the results are coming from Yahoo.
Yahoo News Search, Image Search and Yahoo Spell Checker services will all be offered as part of this effort. Combine this with Yahoo’s recently introduced SearchMonkey tool, and you could build a search engine that is entirely your own.

Prabhakar Raghavan, chief strategist for Yahoo Search, said it typically costs around $300 million to build a search engine and its related infrastructure, which is why there are so few players. He has a point: Powerset recently sold out to Microsoft for precisely those reasons.
Raghavan hopes that BOSS could help foster a lot of experimentation around search, and more importantly, around the search experience, because startups will no longer have to spend millions on infrastructure. “The opening up of our search is a philosophical shift, and we are saying that if you can be better than us, so be it,” said Raghavan. “There is no shortage of search ideas, though the barriers were only a few hundred million dollars. You have to be willing to have your lunch eaten in order to disrupt.”
The BOSS service is being offered for free, though as part of the deal users will have to use Yahoo’s Search Advertising. Yahoo believes that by boosting query volumes, it can create more volume for its search advertising and thus begin to grow against its nemeses: Google & Microsoft.
It’s a very bold move by the hobbled online giant, as it puts its own search business at risk. “We are trying to disrupt the market by allowing people to come and build on our platform,” Raghavan admitted. Two startups, Hakia and Me.dium, have already signed on for the service.
But I think it’s a risk worth taking, for it will shake up the search status quo and offer a way in for the little guys and all their creativity. Far more importantly, however, it helps people to think of Internet search beyond the tried and tired paradigm of proactively “finding” information.
Unlimited queries, the ability to mix with other content including news, and research from universities and other such repositories could really change the game. By allowing folks to use its engines in tandem with their proprietary data (such as a proprietary social graph), Yahoo will allow them to build a different kind of user experience. “We don’t need to see proprietary data but work with them,” Raghavan said.
This isn’t a slam dunk, however. Yahoo still has some serious challenges ahead of it. The company’s hope is to show big gains in search queries and search-query related advertising revenues. Just like I hope to be the starting pitcher for the Yankees.
Yahoo executives didn’t answer my repeated questions about the potential impact on their business. Notably, they are asking startups to sign up for their search monetization system — the very same system that is going to use Google to drum up ads. That isn’t a very confidence-inspiring move. And if this monetization tool was so great, Yahoo wouldn’t be in the kind of trouble it’s in. If you’re a startup, do you want to hitch your wagon to a wanna-be ad system?
My reservations aside, this is a big, gutsy move by Yahoo to emerge from the stupor that has enveloped the company and the search industry at large. I’m looking forward to seeing the results of this experiment.
Yahoo’s Blog has more details on the new offering.

According to AT&T, Time Warner and others, usage-based pricing is coming to your Internet connection. While the reasons for this change in pricing model are varied, both in terms of technology and politics, it’s clear that consumers used to an “all-you-can-eat” buffet of streaming video, photo-sharing and podcasts are headed for a lean diet of Web 1.0 and email. Unless, of course, you want to pay a lot more for your Internet connectivity.
How much more? While the service providers have not announced their pricing plans, it seems clear that usage-based pricing will be based on the number of bytes you send and/or receive from the Internet on a monthly basis. Time Warner has suggested that usage-based pricing will be tier-based, with tiers at 5, 10, 20 and 40 gigabytes and overage charges applied for bytes that exceed them.
To put those numbers in perspective, here in the Bay Area I subscribe to AT&T DSL for $24.99 per month. I can download at 1.5 megabits per second and upload at 512 kilobits per second, which means I am bit-rate limited to downloading 500.2 gigabytes per month, or about 20 gigabytes per dollar. That same $24.99 per month also allows me to upload 165.9 gigabytes per month, or about 6.6 gigabytes per dollar. But to keep the pricing simple, let’s assume that I’m currently paying 5 cents per gigabyte sent or received. Granted, I may not consume all of these gigabytes every month, but in theory, I could.
I think it’s safe to assume that the service providers will price their usage-based tiers at amounts comparable to today’s monthly fees. They’ll want to lure in customers to the lowest price tier and then gouge them with overage fees. So let’s assume that the lowest priced usage-based tier, 5 gigabytes, costs $10 per month. That equates to an increase in my current fee of 40 times, to $2 per gigabyte. The highest tier, 40 gigabytes, will undoubtedly cost the same or more per gigabyte. If we assume that this tier will be priced at the same cost per gigabyte, then that equates to $80 per month. And again, that’s without overage fees, which will undoubtedly be as hefty as the surcharges on cell-phone plans.
As a rough reference, 5 gigabytes is the equivalent of doing one of these activities over the course of a month:
These references are estimates and do not account for other ways we typically use bandwidth during a month, among them file backup and recovery; VPN connections to the office; IP video conferencing; downloading Microsoft software upgrades and patches; use of cloud computing sites such as Google Docs and Amazon’s EC2; and so forth.
Of course, service providers will argue that in reality I do not consume 500.2 gigabytes of data each month, that my effective cost per gigabyte is higher than 5 cents and closer to the usage-based prices. And if I’m only browsing the web, doing email with small attachments and downloading the occasional picture, then my usage should fit in the 5-gigabyte usage tier and my monthly bill could actually go down. But that’s not the point — the point is that the unit economics of the Internet have changed and consumers are going to increasingly pay more for each byte of data delivered to them.
Why have the unit economics of the Internet changed so dramatically? “We built a road that was well-suited for bikes and cars and spent the money to build and maintain that more or less properly,” was the way one service provider executive explained it to me. “Now we have folks landing planes on the road, tearing it to shreds and making it unusable for others. So we need to spend lots more to maintain the road for bikes, cars and planes.”
Infrastructure technology like terabit routers, 60-gigabit backbone connections and multimegabit broadband connections do exist to support bikes, cars and planes — but the service providers have failed to spend the money from your Internet connection fees to invest in that infrastructure. Instead they have spent it supporting their bloated organizations and devising new pricing models to extract more money from consumers for less service delivery.
And therein lies the rub: The Internet has evolved and has enabled new applications such as peer-to-peer and video streaming that are increasingly being used by the consumer. Unfortunately, the infrastructure evolution of service providers like AT&T and Time Warner are working at a significantly slower pace. And that slower evolution costs them money, because their infrastructure cannot handle the new Internet applications, so instead of building efficient organizations that can evolve and deploy infrastructure faster they are looking for more money from the consumer in the form of usage-based pricing.
One day soon, when you get your Internet connection bill and it is much larger than you expected, don’t blame Hulu or Microsoft for offering you funny videos or a new security patch, blame your service provider for not evolving with the Internet.

When visiting Israel in the middle of summer, it’s generally not a good idea to go for a walk in the afternoon, even if it is along the sea. The heat and humidity sap your energy, making you feel as if you spent nearly three hours in the gym. But that wasn’t enough to stop me from writing a post about Microsoft buying Powerset for what is rumored to be around $100 million.
I’ve been unable to stop wondering why founder Barney Pell decided to take the money and run — after all, he used to turn blue in the face telling people how superior Powerset’s approach to search was. If it was so superior, Mike Masnick of Techdirt put it best when he wrote that “[T]he exit certainly falls well short of the hype around Powerset. If Powerset was actually seeing any traction at all it never would have agreed to sell at that price.”
To some extent, Mike is right, but I would add another reason: infrastructure, specifically how expensive it is to build. At our Hadoop meet-up earlier this year, Chad Walters, director of engineering at Powerset, noted that their search “requires 100 times more processing than simple keyword searching and indexing (about one second per sentence is required for processing).”
Powerset used some pretty nifty technologies to build out their system, but in order to really scale, they would have needed more money — a lot of it.
And Powerset would have had to scale; there’s no other way to compete with search’s 800-pound gorilla, Google. That’s why Microsoft is building a gigantic data center in the Chicago area focused almost entirely on search. (Which it can now use to help roll out Powerset’s search technology to a larger audience.)
This is an abject lesson for every startup looking to get into the business of search: No matter how good your algorithms are, you still have to deal with the cost of queries, which need to be low enough to be offset by some kind of advertising in order to make a profit. (The conspiracy theorist in me says that if your results are really good you won’t be able to generate enough inventory to serve up ads that bring in the dollars, but maybe I’m just too cynical.)
One of our readers believes that it is possible to build a search engine that surpasses Google’s. Nevertheless, as I’ve noted in the past, “[P]rocess-optimized infrastructure ensures that Google???s cost of executing a query keep going down” — and that allows the company to wring more dollars from the system.
Given all that, Powerset has done a good job of wringing a hundred million from Microsoft. Not that there’s anything wrong with that.
Bonus Link: Don Dodge of Microsoft explains the logic behind the deal.

A few minutes after she delivered a speech at our Structure 08 conference in San Francisco, I caught up with Microsoft’s corporate VP of global foundation services, Debra Chrapaty, for a video chat. I think a more appropriate title for her would be Mr. Softie’s Internet Infrastructure Czar. I found her very knowledgeable, engaging and open with her opinions. “We have some new innovations up our sleeve that are going to knock the socks of anything anyone is doing, including our friends down south,” she told me. She didn’t name Google, of course, but we all know who she was talking about.
Her can