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.
NetSuite, a leading SaaS ERP/CRM provider, recently announced that it is revamping its channel partner comp model: 100% on Y1 subscription revenue, and 10% thereafter. VARs have been remiss in taking up the SaaS torch, largely because most SaaS vendors haven’t provided a financial model conducive to VARs’ cash flow requirements. Per the on-premise license model, channel partners make a big portion of their nut on initial product margin, i.e., up front. But vendor SaaS economics minimize up-front remuneration and spread revenue out over a long period of time. Though it sacrifices year-one revenue, NetSuite’s 100/10 model more closely mirrors VARs’ accounting practices.
NetSuite’s model will be the first of many SaaS channel model “experiments” that will ultimately be a shot in the arm for the SMB market in particular. Contrary to popular belief, SMBs have been slow on the uptake of SaaS (application hosting outpaces SaaS adoption by SMBs by a factor of 3-4x) ...
... due to the fact that VARs, in ownership of the customer trust asset, haven’t been pushing SaaS. But the financial barriers to channel partners’ SaaS advocacy are being broken down.
Now that the path for VARs to play in the cloud is being forged, and their play along with software vendors, aggregators, and ISPs being validated, distributors and DMRs, long wedded to on-premise license models, are going to have to figure out their place in the new cloud channel order.
What do you think? Is this one of many experiments? What is the role for distributors and DMRs in cloud computing?
After the recent board changes the strategy will change too
After the recent board changes at SAP the message we could read in most news was like ‘new board – old strategy’. Along with the board changes SAP did not announce (yet) any significant strategic changes. But what good is it to change the board and leave everything else as is?
The recent SAP board changes are just the visible tip of the iceberg of much deeper changes SAP will and has to go through to renew itself as a leading IT vendor. Below are 10 predictions for changes in SAP’s strategic direction I expect within the next 10+ months:
1. More SAP Board Changes Will Come
Additional board changes will further strengthen the product & technology focus and competence within the SAP board. See also Forrester’s blog on the recent SAP board changes: SAP CEO Resigns – Long Live The Co-CEOs
2. Business ByDesign Will Get Back Into SAP’s Strategic Center
Business ByDesign will become again the corner stone of SAP’s growth strategy and the successful introduction will mark a ‘make it or break it’ milestone for SAP.
3. SAP Announces The Next-Generation ERP
SAP will announce a next-generation ERP solution to regain leadership in its core business area and it will likely be based on the ByDesign platform.
4. SAP Changes Its Cloud Strategy
SAP will rework its whole On-Demand strategy and will unify and align all components based on the ByDesign platform. See also Forrester’s recent blog on SAP’s On-Demand strategy: SAP Is Skydiving Into The Clouds.
A brief reflection from the SAP Influencer Summit on SAP’s On-Demand strategy
At the SAP Influencer Summit in Boston Dec 8/9, SAP put a lot of emphasis on its new roadmap into cloud computing and how serious the company is taking the topic for its future success. Well, to be true SAP actually avoided the term ‘cloud’ almost entirely and talked about ‘on-demand’ solutions instead. Maybe the company stayed away from the term ‘cloud’ because there is still a lot of confusion in the market (or inside SAP?) what cloud computing actually is, or to simply differentiate from the masses that currently go ‘crazy in the cloud’. Anyways, to offer pay-by-use software applications via self-service over the web indeed is pure cloud computing and SAP has declared it to be a future focus area for the company when Jim Snabe said “… significant [SAP] investment into on-demand will disrupt the market and SAP will regain leadership in this space”.
On 9/9/09 Salesforce.com announced the launch of Service Cloud 2, a new set of three collaborative offerings: Salesforce Knowledge, Salesforce Answers and Salesforce for Twitter.
With Salesforce Knowledge companies can share data in the Service Cloud, Salesforce Answers enables companies to create communities to capture knowledge and Salesforce for Twitter allows companies to screen and participate in the 45mio user Twitter community directly from the service cloud.