There’s a lot of debate around which media channels consumers access and how much time they spend on each. Our Technographics® data reveals that young Europeans spend a total of about 40 hours per week on any type of media, and this number then declines with age. The biggest drivers of young consumers’ high levels of media engagement are Internet use and time spent playing games, both of which drop dramatically among older age groups:
However, these numbers are for the total European population and include countries like Spain and Italy, where Internet uptake is lower both in general and especially among older consumers. When we look at these numbers for the UK Internet population, for example, all age groups spend around 41 hours per week on different media activities. The total time spent doesn’t change much by age group, but the type of media activity does: Older consumers spend more time watching TV and reading newspapers than younger consumers, while the time they spend on the Internet decreases.
During a recent set of interviews with IT service providers on how they help their client’s innovate, I had the opportunity to speak with K Ananth Krishnan, CTO at Tata Consultancy Services (TCS). Ananth described to me what I consider to be one most progressive innovation programs I encountered during these interviews – it was consistent with TCS’s capabilities, holistic in scope, and has the potential to be a important part of the company’s long-term evolution.
A few key findings from my discussion with Ananth:
Today, Oracle announced yet another acquisition - this one of Phase Forward, a clinical research suite that helps life sciences companies manage their R&D process. Oracle paid $685 million in cash for this acquisition. While my research role focus does not encompass life sciences software specifically, Oracle's overall apps strategy is definitely of interest to me. My thoughts about this deal are as follows:
Oracle continues to aggressively acquire industry-specific applications to complement its core ERP solutions (e.g., EBS, PeopleSoft, J.D. Edwards, and the yet-to-be-released Fusion Applications). Industry apps enable Oracle to achieve deeper relevance with specific types of businesses, and sell them additional products, including middleware, integration accelerators, BI, databases, core ERP applications, and now even computer hardware.
The Phase Forward clinical trials software puts Oracle into the mix in large pharma accounts, where SAP tends to have the lion's share of the wallet for applications.
Healthcare overall is a massive market opportunity for which Oracle has only scratched the surface. Oracle only recently established a Health Sciences Global Business Unit, and more acquisitions can be expected in and around the healthcare ecosystem. Healthcare provider solutions may fit into this build-out at some point.
Your thoughts on Oracle's apps strategy and portfolio? Feel free to comment here.
Recently, I discussed complexity with a banker working on measuring and managing complexity in a North American bank. His approach is very interesting: He found a way to operationalize complexity measurement and thus to provide concrete data to manage it. While I’m not in a position to disclose any more details, we also talked about the nature of complexity. In absence of any other definition of complexity, I offered a draft definition which I have assembled over time based on a number of “official” definitions. Complexity is the condition of:
Recently, I’ve been getting more inquiries around risk based testing. In addition to agile test methods and test estimation, test teams turning their eyes to risk based testing is just another positive step in integrating quality through out the SDLC. Yes, I still see QA engineers as having to put their evangelist hats on to educate their developer brothers and sisters that quality is more than just testing (don’t get me wrong, consistent unit and integration testing is a beautiful thing), however, any time that business and technology partners can think about impact and dependencies in their approach to a solid, workable application elevates quality to the next level.
Keep asking those questions about risk based testing – and make sure that you’re covering all of the angles. Make sure that you’re covering:
The word for “crisis” in Chinese apparently comes from two roots meaning “risk” and “opportunity” – there is both a downside, and the potential for an upside. That’s how César Alierta, Telefónica Chairman and CEO, began the opening keynote of their 2010 Leadership Conference in Miami (where I spent several days last week). For Telefónica, that definition has played out with the global economic crisis. While results in Spain have been their downside, Latin America has been the opportunity. Telefónica has a presence in 15 countries in Latin America (and 42 countries worldwide), with offerings in mobile and fixed telephony and in IT services. Not all offerings are available in all markets but in many countries Telefónica has leveraged a strong position in one offering to expand into the others becoming the first integrated operator in the region.
According to José Maria Pallete, CEO of Telefónica Latinoamérica, Latin America represents 65-70% of their total customer base, 40% of revenues and about 40% of the operating income. In the enterprise space (as opposed to consumer services), 37% of Telefónica revenue comes from Latin America. That corporate segment (including public sector) marked double digit growth in Latin America in 2009, with its biggest markets in Brazil and Mexico.
In developing a technology strategy for your organization, what will be your basis for deciding which technologies to pursue, when to pursue them, and how to implement them? In other words, what will be the foundation for your technology architecture and strategy? In considering this question, I assume we agree that technology strategy should directly support improvement of business outcomes, both now and over the long haul. To provide for the long haul, your technology architecture and strategy must be crafted to support a continuous stream of business change, both small incremental steps and large radical shifts.
Your strategy could begin with a list of hot technologies — perhaps even ones that business colleagues are clamoring for — but how would you know which of them would lead to the most important improvements in business outcomes? You could begin with your top executives’ current business plans and strategies — which would clearly address today’s priorities for improving outcomes — but over the long haul, business plans change, sometimes dramatically, making them an unstable foundation for technology strategy.
Since the goal of technology strategy is to improve business outcomes, let’s refine the question with that as our focus: What basis for technology architecture and strategy:
(a) Aligns best with the ways that business leaders conceive, plan, execute, and measure improvements to business outcomes,
(b) Provides the best structure for building technology implementations that align with and facilitate the ways that businesses change both now and over the long haul, and
(c) Best guides the prioritization, planning, architecture, design, and usage of technology within business improvement projects?
Following its acquisition of Quattro Wireless for $275,000,000, Apple has just announced the launch of iAd, its mobile advertising platform (see my colleague’s take here). Adding the $750,000,000 that Google is ready to invest in AdMob (the deal is still under FCC scrutiny), the two most disruptive new mobile entrants have invested more than $1 billion — a clear signal that mobile advertising has long-term potential. The main difference between Google and Apple is that Apple is only just entering the advertising business, while Google’s entire business model simply IS advertising. However, that potential has yet to be realized. Does that mean stakeholders can generate significant revenues in the short term and that operators will be bypassed once again? I have read in various places some strange comments suggesting that Google’s mobile ad revenue share with mobile operators would be a way to finance network evolution. Just compare the cost of a base station and the significant investment required to finance 4G with absolute mobile advertising revenues and you’ll quickly figure out for yourself that this is unlikely to happen anytime soon. This is more of an online advertising discussion around the Net neutrality debate (remember France Telecom’s CEO warning that he was not “building freeways for Californian cars”!) but it will crop up later for mobile.
I had the opportunity to go to the KIN launch today. My colleague Charles Golvin has a full take here.
I loved the social networking features on the phone (and the graphical interface with the "spot" though I'd need a change-up on noises). This isn't the first phone we've seen where the experience is centered on my friends and my contacts, but they keep getting better. We argued (see report) long ago as many did that the cell phone should be the hub of one's social graph and not simply an application on the handset. The KIN comes close and does many things well including:
- Offers status updates inside of my contact profiles which are "live" on my homescreen
- Allows the user to post photos directly from the phone
- Tags photos with location
- Allows me to choose one of many communication channels within profile (many options, but not my full list)
- Builds an online journal of my photos, videos, messages and contacts (looks to me a lot like the concept Nokia tried with their life blog application a while back)
What it is missing, but I suspect is in development:
- Tags (meta data) that allow me to build a richer social graph by tagging my photos with contacts, groups, trips, etc.
- Ability to help me find my friends
- Location tags integrated into maps that connect me to my friends' favorite restaurants, bookstores, etc. - or more generally their content - could also be photos, videos and posts
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.