Archive for Innovation In The News
Global focus on innovation rapidly on the rise
I recently returned from our first Food & Beverage 2011: Sustainable Innovation Summit last week in Chicago, where some of the top innovation leaders from small and large global food giants (Kraft, General Mills, Heinz, Smuckers and many others), gathered to talk about innovation. We learned from each other how to better create a user experience that builds brand loyalty, and how to open new market channels. It was an incredible experience for all of us. We all know that we are hungry for new solutions in the industry, and I have noticed that every industry is paying more attention to innovation opportunities–especially in our current economic climate.
I saw this article today over at InventionMachine.com, and thought it spoke to that insatiable desire to become more knowledge- and technology-intensive as we step up our game:
The world is hungry for innovation. So concludes a recent innovation study from the National Science Foundation. The upward trend of worldwide R&D expenditures has been doubling year-over-year for more than a decade and investment in innovation is now growing faster than total global economic output.
As one might expect, R&D investment growth of mature Science and Technology (S&T) countries differ greatly from the R&D growth rates of rising economies. The US, the EU and Japan averaged 5-6 percent R&D expenditure growth from 1996-2007 while India grew 9 percent and China over 20 percent.
The growth in Asian R&D spend (excluding Japan) resulted, says the National Science Foundation, in decreases in the percentages of world R&D expenditures for the mature S&T entities like the United States, EU, and Japan. These decreases in R&D spend were substantial, especially in view of the short period and large expenditures involved. North America’s share of estimated world R&D activity decreased from 40 to percent whereas the EU’s share declined from 31 to 28 percent. The Asia/Pacific region’s share increased from 24 to 31 percent – even with Japan’s comparatively low growth).
Similarly, the growth in the global research pool varies from country to country (again, with APAC countries outside of Japan taking the lead in terms of growth), but trends in research growth point towards continued growth. All these new researchers produce lots of research in the shape of patents, articles, reports, etc. According to the National Science Foundation report, worldwide, the number of engineering research articles has increased substantially faster over the past 20 years than total S&E article production, particularly in Asia.
With science and technology no longer the province of mature S&T enterprises, how can countries and companies hold on to their lead in innovation? Investments in higher education, and attracting and retaining talent and support for R&D top the list.
As established and up-and-coming organizations compete for every advantage, they must strive to continually make themselves more knowledge- and technology-intensive. Organizations that put repeatable innovation best practices in place - incorporating people, process, platform and programs along with disciplines for connecting to and leveraging technical knowledge and know-how are sure to come out on top.
Will the Smart Grid change our lives?
Remember a few years ago when the utility companies sent meter readers from home to home to read and jot down energy usage? Not too long ago technology changed and a new process, the automatic meter reading, allowed meters to send a signal to a utility truck that drove through neighborhoods collecting the data.
Sounds smart, right? But it gets even better. We’re now seeing an advanced metering infrastructure able to send data to the billing department at your utility company and then back home to you, the consumer.
As this article explains, it’s just one of many ways the new Smart Grid systems are evolving our electricity. Read on:
The “smart grid” is a rapidly growing set of technologies, processes, devices and applications that affect and enhance the traditional electric grid. These advances are partially driven by exponentially growing demands worldwide for energy as expressed in a commonly repeated statistic that “global electricity demand is expected to increase 75% by 2030.” What’s happening with the smart grid also reflects developments made in communications, from Internet to cellular to wireless, as well as higher expectations from consumers regarding energy availability, rising energy costs and access to their energy information. A smarter grid will also help integrate renewable energy including wind and solar into the energy mix.
To understand the smart grid, you first need to get familiar with the 125-year-old electric grid. Most people don’t think about where the electricity they’re using comes from or how it gets to their homes and offices. The electric grid consists of several main touchpoints in an overall system that gets electricity from creation to the end user:
Innovation’s “three parents”
Here’s an interesting article I saw in Business Week some time ago, but the content still poses intriguing questions for innovators today: Does innovation need a parent or two? Or three? Notice that innovation teams are working through three stages of innovation. I would agree that this type of idea parenting needs to be a part of each of the three processes in order to inspire a customer to say, “Finally, someone listened!” Read on:
As you will remember, we are big fans of idea parenting.
We believe the people who come up with a clever innovation idea should be the ones to shepherd it through the entire execution process and help introduce it into the marketplace. That way, the insight won’t get diluted along the way and we can make sure that the new product, service, or business model gets all the loving support it needs during development.
And we are also big believers in drawing the left and right brains of the organization. Some people are better at coming up with ideas (right brainers), and others are better at the implementation (left brainers). So it makes sense to involve everyone to make sure all the bases are covered.
Combining the two ideas, here’s where we come out: It is important to have an idea parent involved at each stage of the innovation process.
Expert Parents
To review a bit, we know that innovation occurs when: 1) There is a significant need or insight. 2) A product, service, or business model meets that need. 3) There is clear communication that connects No.1 to No.2.
From our experience, we know it is absolutely critical to create an innovation team with a “parent” for each of these three elements. These expert parents need to be deeply involved throughout the process.
Specifically, you need an insight parent whose “job” it is to make sure that the clarity of the insight she has found does not get blurred as the innovation process moves forward. You don’t have a good insight parent if:
• The team can’t answer precisely the problem they are trying to solve.
• Your customers don’t agree that your idea precisely meets their needs.
• Your insight does not remain focused on one core target that meets key criteria, e.g., a market that is growing, profitable, and open to your brand.
• You continually engage in more and more research and your instincts tell you that it is a “CYA” (cover your ass) exercise or you feel caught in analysis paralysis.
• Your concepts address multiple needs equally rather than doing a superlative job of addressing one specific problem.
An idea parent fully understands the need that the team is trying to fill and pushes for the most compelling, inventive, and appropriate new product, service, or business model to meet the need. The best idea parents know how to expand the boundaries of the idea while staying completely focused on the customer’s need.
You don’t have a good idea parent if:
• You are only producing safe, evolutionary ideas.
• The insight parent says the ideas you are producing are off base.
• The ideas don’t meet the criteria set by the leadership team.
• You are not scared by at least some of the ideas.
• You are producing too few ideas.
Parents are responsible for making sure the communication links the insight and the idea. Remember, a great idea poorly communicated is as effective as a bad idea brilliantly communicated—i.e., not very.
You don’t have a good communication parent if:
• You are not squarely speaking to the target about the identified insight.
• You are using language the consumer would not use or recognize.
• The other parents are disappointed with the less-than-evocative execution of the messaging.
The clear sign that you have a good communication parent is when your customer says “Finally someone listened to me.” It’s important to note here that there are very few renaissance people who can be a solid insight, idea, and communication parent. This is a marriage of varied skill sets and passions, where the right brain complements the left brain and the true respect of different experiences and expertise really matters. So don’t be surprised if you need three different parents to make sure your best ideas remain your best ideas as you move from idea to launch.
It’s usually easy to identify the maverick innovator in an organization, but when you dig deeper, you’ll find there’s always a doting parent (or three) responsible for the insight, the idea, and the communication. They may not get the glory, but like the best parents everywhere, they are very proud of the end result.
New trends in eyewear create a spectacle in NY
The International Vision Expo kicked off today in New York City, focusing on the most innovative eyewear technology of this year.
I’m among the nearly 150 million adults who wear glasses, and 50 million Americans carry multiple pairs – perhaps for reading, working, driving, or just watching TV. But soon you’ll need just one pair.Today attendees at the exhibit got an up-close look at a new all-in-one technology known as the “Superfocus” glasses, that can change the strength of their liquid lenses, enabling you to see different distances by moving a tiny, adjustable lever. The Superfocus allows you to customize your prescription for whatever you’re looking at. You can change the prescription at the push of a slider.
Another new development is in the weight of the glasses. PURE glasses by Legacie promise to be strong yet very light so that you hardly know they’re there. The innovation comes from a new alloy, Xandium, treaded through the glasses as a frame. The flexible frame has memory so it pops back into place if you bend them. The cost will be about $275.
Another trend we’re seeing is that people are hoping to be eco-friendly with their eyewear. You can donate used glasses to those in need when you update your style, or, you can purchase vintage specs. MODO Eco Glasses debuts an Eco line of glasses that are made out of recycled materials. MODO ships its glasses in sturdy, corrugated cardboard, and you can still mail your old pair in to get recycled into a new pair of glasses. For every pair of glasses they sell, they’re going to plant a tree. Prices range from $150 to $250 dollars.
There are more interesting glasses to see! Check out the big spectacle here.
Innovative mobility through thought control and bionics
The most innovative wheelchairs being developed today are soon going to help the disabled get where they need to go in a new and exciting way: Thought control.
Imagine a wheelchair that can be directed by brain signals detected from a unique cap worn by the user. THis is the work of scientists at the Ecole Polytechnique Federale de Lausanne in Switzerland (EPFL).
The developers are using this technology to help people control machines via brain signals, which they say will revolutionize the way the paralysed and disabled maneuver.
I find this video demonstration fascinating:
The main focus of bionics to date has been on providing prosthetics for amputees. Prosthetic arms can now be controlled by nerve signals in the remaining arm, which can be picked up by electric sensors on the skin.
Developers say the next innovation may be bionic limbs which are able to “feel.”
Trend: Will your retirees take their learnings with them?
I read an interesting article over at InventionMachineBlog about a trend we’re seeing as our workforce ages. Did you know that half of our workforce today is eligible for retirement in the next 18 months?
The Bureau of Labor Statistics says as our US labor force grows older, our percent of 55+ workers will be four times that of the overall labor force.
I see this happening in the corporations of many of our Innovationedge clients and certainly in many of our Fortune 500 companies. It’s projected to be the largest generational turnover we’ve ever seen in our job force.But hopefully those companies are heeding the statistics and making sure their retiring Baby boomers aren’t taking their years of knowledge and subject matter expertise with them.
What does this mean for companies continuing their focus on growth and innovation? How is your company retaining knowledge and capturing best practices for future generations?
Photo courtesy NasaImages.org
Yez, please! First car with negative footprint is a dream for China
Imagine a car that has a negative carbon footprint. In China, a new concept car called the 2030 Yez is the first automobile that promises to remove more pollution from the air than it creates. It’s an electric car that also combines several other technologies.
The photo looks like something out of this world, doesn’t it? It’s not by coincidence that the shape of the car resembles a leaf. The word Yez is actually Mandarin for leaf.
The car is produced by a little-known company, SAIC, which stands for Shanghai Automotive Industry Corporation. SAIC is GM’s partner in China. A few months ago SAIC showed off this innovative concept car which uses photovoltaic conversion, wind energy conversion and CO2 absorption to generate it’s power.
Even the wheels are energy efficient, acting like small wind turbines to capture and convert wind energy into electricity. I particularly like how its roof is filled with solar cells that can find the sun’s in the sky and then rotate to produce the maximum energy-absorption.
At the moment this is just an idea. The auto company says it is definitely something to shoot for in the future, but is for now far off from reality.












