I attended Google’s annual atmosphere road show recently, an event aimed at presenting solutions for business customers. The main points I took away were:
Google’s “mosaic” approach to portfolio development offers tremendous potential. Google has comprehensive offerings covering communications and collaboration solutions (Gmail, Google Plus), contextualized services (Maps, Compute Engine), application development (App Engine), discovery and archiving (Search, Vault), and access tools to information and entertainment (Nexus range, Chromebook/Chromebox).
Google’s approach to innovation sets an industry benchmark. Google is going for 10x innovation, rather than the typical industry approach of pursuing 10% incremental improvements. Compared with its peers, this “moonshot” approach is unorthodox. However, moonshot innovation constitutes a cornerstone of Google’s competitive advantage. It requires Google’s team to think outside established norms. One part of its innovation drive encourages staff to spend 20% of their work time outside their day-to-day tasks. Google is a rare species of company in that it does not see failure if experiments don’t work out. Google cuts the losses, looks at the lessons learned — and employees move on to new projects.
As businesses work to differentiate their products or services, grow the bottom line, and expand globally, they need to think seriously about the important role that their employees play in helping the business achieve successful outcomes. Businesses must invest in processes and technology to recruit and onboard the best people, address performance gaps with key learning activities, provide career development plans, and align pay with performance. Activities like human resource management (HRM) deployment in the cloud and the use of mobile and social technologies for HRM processes catapult HR to the cutting edge of innovation.
The IT services industry is being challenged on two opposite fronts. At one end, IT organizations need efficient, reliable operations; at the other, business stakeholders increasingly demand new, innovative systems of engagement that enable better customer and partner interactions.
My colleagues Andy Bartels and Craig Le Clair recently published thought provoking reports on an emerging class of software — smart process apps — that enable systems of engagement. In his report, Craig explains that “Smart process apps will package enterprise social platforms, mobility, and dynamic case management (DCM) to serve goals of innovation, collaboration, and workforce productivity.” In other words, smart process apps play a critical role in filling gaping process holes between traditional systems of records and systems of engagement.
Background — High Performance Attached Processors Handicapped By Architecture
The application of high-performance accelerators, notably GPUs, GPGPUs (APUs in AMD terminology) to a variety of computing problems has blossomed over the last decade, resulting in ever more affordable compute power for both horizon and mundane problems, along with growing revenue streams for a growing industry ecosystem. Adding heat to an already active mix, Intel’s Xeon Phi accelerators, the most recent addition to the GPU ecosystem, have the potential to speed adoption even further due to hoped-for synergies generated by the immense universe of x86 code that could potentially run on the Xeon Phi cores.
However, despite any potential synergies, GPUs (I will use this term generically to refer to all forms of these attached accelerators as they currently exist in the market) suffer from a fundamental architectural problem — they are very distant, in terms of latency, from the main scalar system memory and are not part of the coherent memory domain. This in turn has major impacts on performance, cost, design of the GPUs, and the structure of the algorithms:
Performance — The latency for memory accesses generally dictated by PCIe latencies, which while much improved over previous generations, are a factor of 100 or more longer than latency from coherent cache or local scalar CPU memory. While clever design and programming, such as overlapping and buffering multiple transfers can hide the latency in a series of transfers, it is difficult to hide the latency for an initial block of data. Even AMD’s integrated APUs, in which the GPU elements are on a common die, do not share a common memory space, and explicit transfers are made in and out of the APU memory.
As data flows between countries with disparate data protection laws, firms need to ensure the safety of their customer and employee data through regulatory compliance and due diligence. However, multinational organizations often find global data privacy laws exceedingly challenging. To help our clients address these challenges, Forrester developed a research and planning tool called the Data Privacy Heat Map (try the demo version here). Originally published in 2010, the tool leverages in-depth analyses of the privacy-related laws and cultures of 54 countries around the world, helping our clients better strategize their own global privacy and data protection approaches.
Regulation in the data privacy arena is far from static. In the year since we last updated the heat map, we have seen many changes to how countries around the world view and enforce data privacy. Forrester has tracked and rated each of these 54 countries across seven different metrics directly within the tool. Among them, seven countries had their ratings change over the past year. Some of the most significant changes corporations are concerned with involve:
New national omnibus data privacy laws spanning private and/or public industry. Data privacy regulation, when looked at globally, forms a spectrum of maturity beginning with spotty industry or situation-specific laws all the way to omnibus frameworks. As you might expect, responsible corporations prefer to engage in business practices where the data privacy laws are clearly-defined and transparent. For instance, countries such as Brazil and China are in the process of moving towards potential omnibus laws which will replace a multitude of sectoral and situation-based laws. Other countries, such as Colombia and Singapore, have recently passed far-reaching omnibus laws, also replacing a patchwork of prior sectoral laws.
"Logan: That's the way things are. The way things have always been."
In Redwood City this week, the answer I heard from Oracle was an emphatic yes. At Oracle's Industry Analyst World, the company stressed its cloud bonafides against Salesforce, IBM, and SAP with its new Customer Experience (CX) Suite. The CX Suite is a horizontal offering, assembled primarily from acquisitions, newly rechristened as Oracle Marketing (Eloqua), Oracle Commerce (ATG, Endeca), Oracle Sales (Oracle CRM On Demand), Oracle Service (RightNow), Oracle Social (Collective Intellect, Vitrue, Involver), and Oracle Content (Fatwire).
The Software as a Service (SaaS) suite promises to deliver a lower total cost of ownership, easier integration, and faster time to value for a business looking to streamline its enterprise software providers. While Oracle's approach is to lead with SaaS, it also promotes an Enhance, Augment, Migrate strategy, enabling existing customers to extend an on-premises deployment --- think Siebel Loyalty --- with one or more CX products, say Eloqua's email delivery capabilities.
You Can Outrun Your Past
So what does it mean for Eloqua? Marketers using or considering Eloqua should recognize that Oracle:
At the OpenStack Summit in Portland last week, the open-source cloud platform got real, to echo Forrester’s cloud team predictions for 2013. At the busy gathering attended by over 2,400, suits mingled effortlessly with hoodies and deep-tech design committee meetings were sandwiched between marquee-name customers sharing success stories. Three core themes drove the show, as outlined by Jonathan Bryce in the opening keynote: the OpenStack technology platform has matured, the ecosystem is vibrant, and the global user footprint now includes enterprise customers doing real business.
The show followed on the heels of the Grizzly release, the 7th release of the OpenStack platform. Along with stronger support for VMware and Microsoft hypervisors, Grizzly widens block storage options and includes 10+ new enterprise storage platform drivers and workload-based scheduling. A wide range of new network plugins expand the platform’s software-defined networking options and a sexier Dashboard to access, provision and automate resources.
Leading-edge executives at organizations drive growth, innovate, and disrupt industries through emerging technologies: social, mobile, cloud, analytics, sensors, GIS and others. 85% of executives in a recent survey shared that “the need to drive innovation and growth” would have a moderate or high impact on IT services spending. But, today’s technology buyers face a fragmented, fast-moving landscape of niche technology and services providers in newer spaces (social, mobile, cloud) as well as new offerings from their largest global partners.
Often the leading- and bleeding-edge disruption comes from business stakeholders, rather than IT or sourcing executives; sourcing executives struggle to keep up with the fast pace of change that business demands. Our research shows that this fragmented, divisional, silo approach to buying (often under the radar screen) can create risk and go against enterprise IT strategy decisions.
To help their organizations navigate through these emerging options, we have identified three key principles of IT sourcing strategy:
Change the rules for working with vendors and partners. To thrive in the world of digital disruption and to enable sourcing of emerging technologies and services that drive digital disruption, sourcing strategists must create new rules for working with technology partners. They must increase the emphasis on innovation and differentiation and treat partners who excel in these dimensions differently from other tiered suppliers.
I recently bought myself a Lenovo ThinkPad Tablet 2 running Windows 8 because I want a tablet device that can really run Windows and PowerPoint when I need them, and I have found all the iPad Office solutions to be lacking in some fashion. When I saw the new Lenovo ThinkPad Tablet 2, it was love at first byte.
Like in all relationships, some of the new has worn off, and since it’s “Internet time”, it has only taken a couple of weeks as opposed to years to see my partner in a more realistic light.
So, here is my list of the good and the bad (architecturally, structurally) and bugly (things that can probably be fixed).
The Good – Excellent Hardware, Fluid and Attractive Interface
There are many good things to say about this combination:
It’s the lightest Windows device I have ever owned, and its general performance and usability is light years ahead of a horrible Netbook I bought for one of my sons about two years ago.
Mobile BI and cloud BI are among the top trends that we track in the industry. Our upcoming Enterprise BI Platforms Wave™ will dedicate a significant portion of vendor evaluation on these two capabilities. These capabilities are far from yes/no checkmarks. Just asking vague questions like “Can you deliver your BI functionality on mobile devices?” and “Is your BI platform available in the cloud as software-as-a-service?” will lead to incomplete vendor answers, which in turn may lead you to make the wrong vendor selections. Instead, we plan to evaluate these two critical BI platform capabilities along the following parameters:
Animations. Does the product support animations? For example, if a particular dimension, such as time, has hundreds or thousands of values (as in daily values over multiple years), manually clicking through every day is not practical. Launching an automated, animated scroll up and down such a dimension is a more practical approach.