Finding Your Next Big Idea
The business enterprise has two, and only two, basic functions:
marketing and innovation. It is not necessary for a business to
grow bigger; but it is necessary that it constantly grow better.
-Peter F. Drucker
The organization that fails to continually innovate new products
and services will not survive long. As competition becomes tougher
and market challenges increase, innovation is an imperative for
business leaders and managers around the world.
A recent survey by Booz Allen Hamilton Inc. found that 90 percent
of executives considered innovation to be crucial to growth and
planned to improve innovation performance by an average of 30 percent.
But not all innovations produce commercial success. A new business
idea must offer customers exceptional utility at an attractive
price, while delivering a tidy profit. The uncertainties inherent
to innovation are so great that even the most insightful managers
have a hard time evaluating commercial readiness and potential.
Innovation and commercially successful new business ideas emerge
partly from inspiration, but mostly from hard work. Managers must
establish the right roles and processes, set clear goals, require
relevant measures and review progress at every step of the way.
Identifying business ideas that have real commercial potential
is difficult. Even the most admired companies have stumbled at
times.
In 1998, Motorola
invested heavily in the Iridium mobile phone system, which was
supposed to redefine global wireless communications. In
its rush to embrace the new technology, Motorola overlooked its
drawbacks. Managers were so excited about the bells and whistles
of their new product that they forgot to examine the customer’s
experience. The product was a colossal flop.
Most business opportunities emanate from methodical analysis of
seven areas of opportunity, according to Peter Drucker (Harvard
Business Review, 2002). Some exist within the companies or industries
themselves:
• Unexpected occurrences
• Incongruities
• Process needs
• Industry and market changes
Others are based on broader social or demographic trends:
• Demographic changes
• Changes in perception
• New knowledge
Astute managers focus clearly on all
seven areas—but even
the most seasoned executive may not recognize a good opportunity
when it presents itself. What, then, can we learn about sources
of innovation from both inside and outside the organization? How
do you decide which bright idea to back and identify innovations
that will yield commercial success?
Finding Ideas
An innovation’s potential may meet several of Drucker’s
seven criteria:
Unexpected occurrences can be illustrated by what happened in
the early years of computer technology. Univac, which had the most
sophisticated machine, spurned business applications. IBM quickly
realized their potential and redesigned a computer for payroll
applications, making them an industry leader within five years.
Unexpected failures may also prompt
innovation opportunities. While Ford’s Edsel was a colossal flop, company leaders consequently
realized the value of segmentation: categorizing consumers by “lifestyles.” This
led Ford to create the Mustang, which appealed to consumers’ tastes
and reestablished the company as an industry leader.
While unexpected successes and failures
are useful sources for innovation opportunities, most businesses
disregard them. Instead of viewing a misstep as a learning opportunity
for future innovations, many executives prefer to forget and “shelve” mistakes.
Incongruities become apparent during
many stages of a product’s
life cycle. They can then be used to create better services or
designs. In the steel industry, for example, the market grew steadily,
but profit margins were falling. The innovative response to this
incongruity was the creation of mini-mills.
Many innovations develop from process
needs—notably, the
invention of Linotype in 1890, which allowed newspapers to substantially
boost their press runs. The convergence of production enhancements
and inclusion of paid advertisements made the newspaper business
a lucrative industry.
When an industry grows quickly—the critical figure seems
to be in the neighborhood of 40 percent growth within 10 years—its
structure changes. Established companies, which defend approaches
that have consistently worked for them in the past, tend to ignore
challenges from newcomers. When market or industry structures change,
traditional leaders may shortsightedly neglect faster-growing market
segments (i.e., the financial services industries, HMOs, telecommunications
and the Internet).
Outside Sources of Innovation
Of the three outside sources of innovation opportunities, demographics
are the most reliable. Demographic events have predictable lead
times. For example, baby boomers will begin to reach retirement
age in a few years. Business leaders who pay attention to such
population changes can reap great rewards.
A key example is Japanese leaders’ prescient
use and development of robotics in the 1990s. Everyone knew around
1970 that there was a baby bust in developed countries. People
were also pursuing educational goals beyond high school. Consequently,
there was a drop in the number of blue-collar workers in manufacturing
sectors. While virtually all industry watchers were aware of
this, only the Japanese acted on it by developing robots in their
factories, giving them a 10-year lead in robotics.
Demographic changes—population, age distribution, education,
occupations and geographic location—create rewarding innovation
opportunities that are often the least risky entrepreneurial pursuits.
Changes in Perception
Along with greatly improved health care in the last 20 years,
there has been a growing awareness of personal-care needs. Exercise
equipment, health clubs and natural foods are among the industry
sectors that have experienced immense growth in the last two decades.
Consumers’ perceptions are based
on moods that can be studied, analyzed and exploited for innovative
opportunities.
Using New Knowledge
When newfound knowledge is used to
create sought-after products, leaders generate “buzz,” publicity and funding—what
people usually mean when they refer to innovation. Such innovations
have the longest lead time, with a protracted span between the
acquisition of knowledge and its distillation into usable technology.
The computer required no fewer than six separate strands of knowledge:
• |
Binary
arithmetic |
• |
Charles
Babbage’s conception of a calculating machine in the
19th century |
• |
The
punch card, invented by Herman Hollerith for the 1890 U.S.
Census |
• |
The
Audion tube, an electronic switch invented in 1906 |
• |
Symbolic
logic, developed between 1910 and 1913 by Bertrand Russell
and Alfred North Whitehead |
• |
Programming
concepts and the feedback generated by abortive attempts during
World War I to develop effective antiaircraft guns |
Although all of the necessary knowledge was available by 1918,
the first operational digital computer did not appear until 1946.
Long lead times and the need for convergence among different types
of knowledge explain the peculiar rhythm of knowledge-based innovations,
its attractions and its dangers. During a long period of incubation,
there is much talk and little action. Then, all of a sudden, there
is a flurry of activity that produces myriad new products, followed
by a shakeout and survival of only the most viable.
Between 1880 and 1890, 1,000 electric apparatus companies were
founded. By 1914, only 25 were still in business. In the early
1920s, there were 300 to 500 automobile companies. By 1960, only
four remained.
Knowledge-based innovation can be difficult,
but competently managed. Success requires careful analysis of
the different types of knowledge required to make an innovation
possible. Careful investigation of the enduser’s needs
and capacities is essential.
Innovators must go out into the field,
observe consumers’ behavior
and listen to them. Successful
innovators use both the right and left sides of their brains, analyzing
facts and using their creative intuition. They analyze what an
innovation requires to satisfy consumer demand; after that, they
study potential users’ expectations,
values and needs.
To be effective, an innovation must
be simple and focused. It should
accomplish only one goal; otherwise, it confuses people. The
greatest praise an innovation can receive is people saying, “Of
course! Why didn’t I think of that? It’s so simple.”
Recognizing a Winning Innovation
How do you differentiate between new
products or services that will sustain commercial success vs.
those that are simply good ideas? W.
Chan Kim and Renee Mauborgne have studied 100 companies that
have repeatedly succeeded at innovations (Harvard Business Review
on Innovation, 2001). They found that successful innovators focus
on product utility: how a product changes consumers’ lives.
This perspective is critical, as the focus of product development
moves from emphasis of technical features to how it will be useful
to customers.
Creating Exceptional Utility
The Kim and Mauborgne “Buyer Utility Map” helps managers
think from the right perspective: the consumer’s. It outlines
the levers companies can pull to deliver utility, as well as the
different experiences customers can have.
In the left-hand
column, you’ll find six utility levers,
which represent the factors a customer considers when using a new
product. At the top of the chart, you’ll see the different
points in the product’s use cycle. A customer’s experience
can be broken down into a six-stage cycle that runs sequentially
from purchase to disposal.
|
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Purchase |
Delivery |
Use |
Supplements |
Maintenance |
Disposal |
|
Customer
productivity |
|
|
|
|
|
|
|
Simplicity |
|
|
|
|
|
|
|
Convenience |
|
|
|
|
|
|
|
Risk |
|
|
|
|
|
|
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Fun and
image |
|
|
|
|
|
|
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Environmental
friendliness |
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Leaders must consider how a new innovation can help consumers
do something faster, better or differently (the most overlooked
factor).
By placing a new product in one of
the 36 spaces shown here, managers can clearly see how a new
idea’s application differs from
that of existing products. Companies can innovate by focusing on
one of the six utility levers in distinct stages of the buying
cycle. Using this chart reminds executives of the many unexplored
innovation possibilities that exist.
This framework helps strip some of the mystery out of creating
commercially successful products. While there is always an element
of chance in innovation, there are also ways to bring it firmly
into the realm of effective business planning.
When Innovation Leads to Complexity
Companies have strong incentives to
be overly innovative in new-product development. Introducing
distinctive offerings is often the easiest way to compete for
shelf space, protect market share or repel a rival’s attack.
Moreover, the press abounds with dramatic stories of bold innovators
who revive brands or product categories. These tales grab managerial
and investor attention, encouraging companies to concentrate
even more intensely on product development.
But the pursuit of innovation can be taken too far. As a company
increases the pace of innovation, its profitability often begins
to stagnate or even erode. The reason can be summed up in one word:
complexity.
The continual launch of new products
and line extensions adds complexity throughout a company’s
operations, and as the costs of managing this complexity multiply,
margins shrink.
Managers aren’t blind to the
problem. Nearly 70% admit that excessive complexity raises costs
and hinders profit growth, according to a 2005 Bain survey of
more than 900 global executives.
What managers often miss is the true
source of the problem: how complexity begins in the product line
and then spreads outward through every facet of a company’s
operations.
To meet the complexity challenge, you
must begin at the source: the way your company views customers
and their needs. In most cases,
managers overestimate the value buyers place on having many choices.
But some companies have begun to challenge this belief. They
have launched efforts to determine how many product or service
choices customers really want; then, they gear their operations
to efficiently provide that degree of complexity—and no
more.
When organizations prune their offerings
to better fit customers’ needs,
they do more than cut costs. They often boost sales, as well.
Resources:
Amabile,
T. (Sept.-Oct. 1998). “How to Kill Creativity.” Harvard
Business Review. Boston MA.
Drucker,
P. (Nov.-Dec. 1998). “The Discipline of Innovation.” Harvard
Business Review. Boston MA.
Gottfredson, M. & Aspinall, K. (2005). “Innovation Versus
Complexity: What Is Too Much of a Good Thing?” Harvard Business
Review. Boston MA.
Hargadon,
A. & Sutton, R. (May-June 2000). “Building
an Innovation Factory.” Harvard Business Review. Boston MA.
Hesselbein,
F. & Goldsmith, M. (2001). “Leading for
Innovation & Organizing for Results.” Harvard Business
Review. Boston MA.
Millman,
G. J. (Oct. 31, 2005) “In Search of a Great Business
Notion: Leading Innovations 2005.” Strategy+business. http://www.strategy-business.com/press/enewsarticle/enews103105.
Thomke, S.
(Feb. 2001). “Enlightened Experimentation: The
New Imperative for Innovation.” Harvard Business Review.
Boston MA.
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