Reducing the Risk of Innovation
Though we can't describe it in words, or tell someone how to do it, we all know innovation is good. Why is it good? Look at the causal chain of actions that create a good economy, and you'll find innovation is the first link.When innovation happens, a new product is created that does something that no other product has done before. It provides a new function, it has a new attribute that is pleasing to the eye, it makes a customer more money, or it simply makes a customer happy. It does not matter which itch it scratches, the important part is the customer finds it valuable, and is willing to pay hard currency for it. Innovation does something amazing, it results in a product that creates value; it creates something that's worth more than the sum of its parts. Starting with things dug from the ground or picked from it - dirt (steel, aluminum, titanium), rocks (minerals/cement/ceramics), and sticks (wood, cotton, wool), and adding new thinking, a product is created, a product that customers pay money for, money that is greater than the cost of the dirt, rocks, sticks, and new thinking. This, my friends, is value creation, and this is what makes national economies grow sustainably. Here's how it goes.
Customers value the new product highly, so much so that they buy boatloads of them. The company makes money, so much so stock price quadruples. With its newly-stuffed war chest, the company invests with confidence, doing more innovation, selling more products, and making more money. An important magazine writes about the company's success, which causes more companies to innovate, sell, and invest. Before you know it, the economy is flooded with money, and we're off to the races in a sustainable way - a way based on creating value. I know this sounds too simplistic. We've listened too long to the economists and their theories - spur demand, markets are efficient, and the world economy thing. This crap is worse than it sounds. Things don't have to be so complicated. I wish economists weren't so able to confuse themselves. Innovate, sell, and invest, that's the ticket for me.
Innovation - straightforward, no, easy, no. Innovation is scary as hell because it's risky as hell. The risk? A company tries to develop a highly innovative product, nothing comes out the innovation tailpipe, and the company has nothing for its investment. (I can never keep the finance stuff straight. Does zero return on a huge investment increase or decrease stock price?) It's the tricky risk thing that gets in the way of innovation. If innovation was risk free, we'd all be doing it like voting in Chicago - early and often. But it's not. Although there is a way to shift the risk/reward ratio in our favor.
After doing innovation wrong, learning, and doing it less wrong, I have found one thing that significantly and universally reduces the risk/reward ratio. What is it?
Know you're working on the right problem.
Work on the right problem? Are you kidding? This is the magic advice? This is the best you've got? Yes.
If you think it's easy to know you're working on the right problem, you've never truly known you were working on the right problem, because this type of knowing is big medicine. Innovation is all about solving a special type of problem, problems caused by fundamental conflicts and contradictions, things that others don't know exist, don't know how to describe, or define, let alone know how to eliminate. I'm talking about conflicts and contradictions in the physics sense - where something must be hot and cold at the same time, something must be big while being small, black while white, hard one instant, and soft the next. Solve one of those babies, and you've innovated yourself a blockbuster product.
In order to know you're working on the right problem (conflict or contradiction), the product is analyzed in the physics sense. What's happening, why, where, when, how? It's the rule (not the exception) that no one knows what's really going on, they only think they do. Since the physics are unknown, a hypothesis of the physics behind the conflict/contradiction must be conjured and tested. The hypothesis must be tests analytically or in the lab. All this is done to define the problem, not solve it. To conjure correctly, a radical and seemingly inefficient activity must be undertaken. Engineers must sit at their desk and think about physics. This type of thinking is difficult enough on its own and almost impossible when project managers are screaming at them to get off their butts and fix the problem. As we know, thinking is not considered progress, only activity is.
After conjuring the hypothesis, it's tested to prove or disprove. If dis-proven, back to the desk for more thinking. If proven, the conflict/contradiction behind the problem is defined, and you know you're working on the right problem. You have not solved it, you've only convinced yourself you're working on the right one. Now the problem can be solved.
Believe it or not, solving is the easy part. It's easy because the physics of the problem are now known and have been verified in the lab. We engineers can solve physics problems once they're defined because we know the rules. If we don't know the physics rules off the top of our heads, our friends do. And for those tricky times, we can go to the internet and ask Google.
I know all this sounds strange. That's okay, it is. But it's also true. Give your engineers the tools, time and training to identify the problems, conflicts, and contradictions and innovation will follow. Remember the engineering paradox, sometimes slower is faster. And what about those tools for innovation? I'll save them for another time.
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Dr. Mike Shipulski (certfied TRIZ practioner) brings together the best of TRIZ, Axiomatic Design, Design for Manufacturing and Assembly (2006 DFMA Contributer of the Year), and lean to develop new products and technologies. His blog can be found at Shipulski On Design.Labels: Innovation, Investment, Mike Shipulski, Risk Management, Value


I was intrigued when I read on the Harvard Business Review web site "
Adam Hartung, author of "
Idris Mootee is the CEO of
The most innovative leaders have a mindset like that of a venture capitalist. They take a portfolio view of innovation projects. The venture capitalist will invest in a basket of different start-up companies, fully knowing that most will fail. A few might break even and one or two might be successes. But one big success can pay back the costs of all the failures. Even though he is smart, the VC does not know at the outset which ventures will succeed and which will fail so initially he backs them all. As time goes on he cuts funding for the failures and gives more to the winners. 
I've kept my eye on Sara Lee for several years now, originally because the company was a poster child of the Loss of Focus principle. But in 2005 new CEO Brenda Barnes introduced a plan to streamline Sara Lee, which analysts would have described as a conglomerate but could more accurately have been characterized a beast.
That's when Barnes launched (according to internal company documents) "a bold and ambitious multi-year plan to transform Sara Lee" by divesting brands comprising 40 percent of its revenues and focusing R&D efforts on food. By 2007 Sara Lee was increasing market share faster than any of its major competitors, and last month Barnes announced that she was selling Sara Lee's deodorant and skin care brands to Unilever. When asked about the rationale behind this recent move, Barnes - no doubt for the umpteenth time over the past four years - said, "Our intent is to build a great business in food and beverage." (It was a "multi-year plan," remember?)
Steve McKee is a BusinessWeek.com columnist, marketing consultant, and author of "When Growth Stalls: How it Happens, Why You're Stuck, and What To Do About It." Learn more about him at
It had to happen. After several years of solid growth and blue sky thinking, we now have a big, dark cloud hanging over the global economy. So what do we do next? Many
The big question is whether these emerging economies, which are still highly dependent on exports (especially to the U.S.), can continue to grow their domestic markets if consumer spending in the West - and thus demand for their products - starts to plummet. Only time will tell.
This, then, is not the time to pull the plug on innovation. If the growth rate in your industry is slowing down, what you need now more than ever is new sources of revenue - new products, new markets, new customer segments. Otherwise you'll be faced with ever-declining revenues and profits from your existing business.
Tom Peters once posed this question at a seminar I attended back in the early 1990s. I remember it vividly. Sitting there at one those big round tables in the ballroom at Amsterdam's Okura hotel, Tom's question connected with me like a left hook from Mike Tyson. I vigorously scribbled those words on the notepad in front of me and sat there for a few moments staring at them. What had I actually done with one whole precious year of my life? And, more to the point, what exactly was I going to do with the next one?
Most people start the year with some kind of New Year's resolution. The usual suspects include "going on a diet", "joining a fitness club" or "reducing my personal debt". But how many of those resolutions ever get beyond January? How many even get off the starting block? I believe the reason so few resolutions ever go anywhere is that most of us are aiming too low. Instead of resolving to lose a few pounds before Easter (how inspiring is that?), why not aim to create an innovative new diet that will become the basis for a bestseller that will turn you into the next weight-loss guru? Instead of aiming to reduce your personal debt, why not aim to start building the business that will eventually make you completely debt-free and financially independent?
In biology, there's an old saying: "Growth is the only evidence of life". A lot of investors on Wall Street seem to echo these words when they evaluate today's corporations - and business leaders are getting the message. At GE, for example, CEO Jeff Immelt is on the hook to deliver an incredible 8% of organic growth each year. This represents around $15 billion of new revenue - equivalent to the combined annual revenue of America's entire bookstore industry, or fitness industry, or music production and distribution industry! No wonder "Driving Growth" has become today's dominant management mantra, not just at GE but at companies all over the world.
Again, consider GE. In the last five years of Jack Welch's tenure, which ended in the year 2000, GE's market value grew from around $50 billion to somewhere between $350 and $400 billion. But to do that again over the next five years, GE's market value would have had to go from $450 billion to $3 trillion! Extrapolating from the year 2000, this meant that by 2005 GE would have to represent 20% of the entire New York stock exchange! The chances of that happening were very remote. Here's the point: it's simply a lot easier to grow by 100% a year when you are a $10 million firm or even a $100 million firm than when you a $50 billion firm. Because to achieve that kind of growth rate at that kind of size, you would practically have to recreate half of the economy every year.
I was asked last night how companies could afford to allocate scarce resources to innovation in these unprecedented times. When every extraneous expenditure is cut back to preserve cash flow how can it be justified to lavish money on experiments that might fail?
Jason Zweig writes the Intelligent Investor column for the Wall Street Journal. His recent 








