This week, I was at the Microsoft Worldwide Partner Conference in Washington, D.C., and it was all about THE CLOUD. Now, many colleagues argue that Microsoft will be the second-to-last major vendor to show a 100% cloud commitment, saying that “it’s too embedded in its traditional software business,” “it doesn’t understand the new world,” and “it’d be scared of cannibalizing existing and predictable maintenance revenues.” But I remember Stephen Elop, president of Microsoft Business Systems, tell me with a mischievous grin that he’ll probably earn more money from Exchange Online than the on-premise version — “firstly, it’s mainly new business from other platforms like Lotus Notes, and second, I even generate revenues by charging for things like the data center buildings, the infrastructure, even the electricity I use.” That was in Berlin last November. I suspected then that Microsoft did get it but was just getting its platform ready. This week, I am convinced — Microsoft is “all in,” as they say.
And at the Microsoft Worldwide Partner Conference, it was driving its partners to the cloud as aggressively as any vendor has ever talked to its partners at such an event. All of the Microsoft executives preached a consistent mantra: “MOVE to the cloud, or you may not be around in five years.”
Microsoft’s cloud-based Business Productivity Online Suite (BPOS) is already being promoted by 16,000 partners that either get referral incentives for Microsoft-billed BPOS fees or bundle it into their own offerings (mainly telcos). There are nearly 5,000 certified Azure-ready partners. This week, Microsoft turned up the heat with these announcements:
Groundswell technology comes to consumers first. At home, we get social, mobile, video, and cloud services pitched to us 24x7. Facebook, Android, iPad, Foursquare, Google, YouTube, Office Web Apps, Twitter. The list is endless and growing every single day. Empowering technologies like these will always come to consumers first. Why? Because it's a wide-open market. A single developer can build an application that changes the world from their broadband-connected bedroom.
All this technology puts tremendous power directly into the hands of your customers. Your customers often have more information than your sales team — or medical staff — does. They can also whack your brand from their smartphone, with video even, while waiting impatiently in line. They can get a recommendation from someone in their business network while listening to your pitch. Customers are empowered by information and connections. You'd better make sure you give customers better information than they can get elsewhere.
The only way to do that is to empower your employees to directly engage the needs and expectations of empowered customers. Only empowered employees can solve the problems of empowered customers.
Fortunately, your employees are not standing still. People are problem solvers. Left alone, your innovative employees (we call them HEROes — highly empowered and resourceful operatives) are building new solutions using these same groundswell technologies — and many others besides — to solve customer problems.
In fact, 37% of US information workers — employees that use computers for work — use do-it-yourself technology to get work done. Personal mobile devices. Unsanctioned Web sites like Skype or Google Docs or LinkedIn or Smartsheet.com. Unsanctioned software downloaded to a work computer.
This year SAPPHIRE officially changed its name and became SAPPHIRE NOW. Why? Different answers from different people. Those that should know said: "The new name stresses the urgency." Urgency for whom, SAP? And will the next SAPPHIRE be named SAPPHIRE THEN? Never change a successful brand.
Another premiere for SAPPHIRE was the simultaneous show in Orlando, US and Frankfurt, Germany. With 5,000 attendees in Frankfurt, 10,500 in Orlando and 35,000 online participants, this was the biggest SAPPHIRE event ever. I must admit I was concerned going to Frankfurt while everyone in Walldorf desperately tried to escape to Orlando. Who wants to attend a second-hand event? But now I’m a believer. SAP managed to balance the important parts of the show between Orlando and Frankfurt. Keynotes were held simultaneously in both locations via virtual video connection and speakers in both cities. In general I never had the feeling I would miss anything important in Frankfurt simply because it was the smaller event overall. It didn’t make a difference if I couldn’t attend another 400 presentations in Frankfurt or 800 in Orlando from the total of 1,200+ presentations – I had a packed agenda and got all that I expected and needed, including 1:1 meetings with SAP executives like Jim Snabe. The simultaneous, virtual set-up not only helped to save a lot of cost, it created a sense of a bigger virtual community and underlined SAP’s ambitions for more sustainability. To all that traveled intercontinental: Shame on you, next year stay in your home region!
Like every show SAPPHIRE 2010 had its stars as well:
Today, Google announced Google App Engine for Business, and integration with VMware’s SpringSource offerings. On Monday, we got a preview of the news from David Glazer, Engineering Director at Google, and Jerry Chen, Senior Director Cloud Services at VMware.
For tech industry strategists, this is another step in the development of cloud platform-as-a-service (PaaS). Java Spring developers now have a full platform-as-a-service host offering in Google App Engine for Business, the previously announced VMforce offering from salesforce.com, plus the options of running their own platform and OS stacks on premise or in virtual machines at service providers supporting vCloud Express, such as Terremark.
What’s next? IBM and Oracle have yet to put up full Java PaaS offerings, so I expect that to show up sometime soon – feels late already for them to put up some kind of early developer version. And SAP is also likely to create their own PaaS offering. But it’s not clear if any of them will put the same emphasis on portability and flexible, rich Web-facing apps that Google and VMware are.
So Google aims to expand into enterprise support – but will need more than the planned SQL support, SSL, and SLAs they are adding this year. They'll also need to figure out how to fully integrate into corporate networks, the way that CloudSwitch aims to do.
I've had a couple of interesting discussions about telecom and network equipment makers in the last few days. How can they take advantage of the cloud mania? Here are some quick thoughts:
1. Offer their equipment on a pay-per-use basis. Requires them to assume capital risk and bulk up the balance sheet. Might cannibalize gear sales. The usage pricing should be attractive for occasional use, but unattractive for constant use.
2. Create a cloud service that complements and advantages their telecom gear. Since the equipment sits in telecom operators and service providers around the world, work with customers to create a service that builds on data collected, with permission, from the experience of those customers.
3. Explore whether there's a service-only offering that is attractive to operators and hosters. Can a telecom equipment vendor offer capability as a cloud service, rather than as an on-premise product? There's probably something, but I don't know the market well enough to know. But I can't imagine cloud services fully replacing on-premises equipment.
What are your thoughts on how telecom equipment makers can take advantage of cloud services opportunities?
Every spring I’m faced with the wonderful opportunity – and challenge – of choosing the best questions for Forrester's annual 20 minute Web survey of commercial buyers of IT infrastructure and hardware across North America and Europe.
As technology industry strategists, what themes or hypotheses in IT infrastructure do you think we should focus on? What are the emerging topics with the potential for large, long term consequences, such as cloud computing, that you’d like to see survey data on? Please offer your suggestions in the comments below by May 21!
This year, I’m proposing the following focus areas for the survey:
New client system deployment strategies– virtual desktops, bring-your-own-PC, Win 7, smartphones, and tablets
Hypothesis: Early adopters are embracing virtual desktops and bring-your-own-PC, but the mainstream will proceed with standard Win 7 deployments
5:30am, the family sleeps and it’s time to prepare – today is Analyst Day in Frankfurt. I’m on the road 2h45min before the event starts (1h20min should be sufficient) but sometimes the traffic is terrible. Last week I missed a flight because the highway was completely closed after an accident and I had to give up after 3h driving for nothing. When the concern of missing an appointment slowly turns into certainty, these are the moments that cost me some of my (remaining) hair.
(Of course) I arrive much too early, but other analysts are already there (probably they don’t sleep at all). Plenty of time to look through my presentation again for some final adjustments and for some small talk with customers that arrived early.
1min before the kick-off, I make the last slide changes and load it to the presentation laptop. Another analyst colleague goes first. I have seen some of the slides a hundred times and look around at the faces of the attendees. For most, it’s the first time they see e.g. our market sizing and forecasting data, and they make hectic notes into their notebooks. They don’t know yet that we will distribute all slides after the event. I’m getting a bit nervous, but I’m used to it. When I'm not nervous any more before a presentation, it’ll get boring for me and the audience, and I should probably do something else.
Like many movements before it, IT is rapidly evolving to an industrial model. A process or profession becomes industrialized when it matures from an art form to a widespread, repeatable function with predictable result and accelerated by technology to achieve far higher levels of productivity. Results must be deterministic (trustworthy) and execution must be fast and nimble, two related but different qualities. Customer satisfaction need not be addressed directly because reliability and speed result in lower costs and higher satisfaction.
IT should learn from agriculture and manufacturing, which have perfected industrialization. In agriculture, productivity is orders of magnitude better. Genetic engineering made crops resistant to pests and environmental extremes such as droughts while simultaneously improving consistency. The industrialized evolution of farming means we can feed an expanding population with fewer farmers. It has benefits in nearly every facet of agricultural production.
Manufacturing process improvements like the assembly line and just-in-time manufacturing combined with automation and statistical quality control to ensure that we can make products faster and more consistently, at a lower cost. Most of the products we use could not exist without an industrialized model.
Federal CIO Vivek Kundra’s recent presentation to the Brookings Institution outlined how the US administration is moving to a “Cloud-first” approach to consolidating the US government technology infrastructure. Since the US government is the largest buyer of information technology in the world, spending over $76 billion supporting over 10,000 systems, we can be sure that a Cloud-first policy will have a major impact on technology vendors and the services they offer - not only to the US government but to all IT buyers.
On the need to analyze, compare and rate partner eco-systems – please vote.
The world is becoming more and more complex and so are the business challenges and their related IT solutions. Today no single vendor can provide complete end-to-end solutions from physical assets to business process optimization. Some large vendors like IBM, Oracle or HP, have extended their solution footprint to cover more and more of the four IT core markets hardware, middleware software, business applications and services but still require complementary partner solutions to cover end-to-end processes. Two examples of emerging complex IT solutions include:
Smart Computing integrates the physical world with business process optimization via four steps: Awareness (sensors, tags etc.), Analysis (analytic solutions), Alternatives (business applications with decision support) and Action (feedback loop into the physical world). A few specialized vendors such as Savi Technology can cover the whole portfolio from sensors to business applications for selected scenarios. However, in general a complete solution requires many partners working closely together to enable an end-to-end process.
Cloud Computing includes different IT resources (typically infrastructure, middleware and applications) which are offered in pay-by-use, self-service models via the internet. The seamless consumption of these resources for the end user anytime and anywhere however requires multiple technologies, processes and a challenging governance model often with many different stakeholder involved, behind the scene.