Trying hard isn't enough when it comes to innovation!
We are all familiar with the story of the innovative and nimble startup surpassing the corporate leader with a disruptive technology that the larger corporation was blind to. Why this happens is the subject of Clayton Christensen's thoughtful Innovator's Dilemma. Although originally published in 1997, it's a highly relevant and useful read today.
Christensen was interested in how the market leaders missed the disruptive innovations. At the time, most thought the corporate leaders were just too arrogant or too bureaucratic to see the disruption coming. Could there be more structural forces at play? Turns out, there are.
The first half of the book follows the development of the disk drive and the hydraulic excavator to understand and make clear these forces. First, the author distinguishes between sustaining technologies and disruptive technologies. Market leaders, it turns out, are capable of innovation but those innovations typically occur as incremental evolutionary changes to existing products - sustaining innovations.
Where they get tripped up is the development of disruptive technologies which fundamentally transform the existing product. In many cases the market leader also developed early forms of the disruptive technology or were at least aware of the development of the technology.
Christensen, a professor at the Harvard Business School, makes the case that in ignoring the disruptive technology, the market leader was acting quite rationally. They were following their customers' and corporation's best interests.
Christensen discovered that the disruptive technology yields a product that is inferior as measured by the traditional metrics for product quality. In the case of the disk drive it was price/unit storage. For the excavators, it was reach. For the disk drives, the disruption was the introduction of smaller and smaller drives. At each step of the way, these products were costlier than the existing larger drives in terms of price/unit storage. However, their advantages, in terms of other characteristics such as size, weight, and power consumption outweighed nominal improvement in the price/unit storage ratio provided by sustaining technologies. Eventually, price catches up and the disruptive products are better in both sets of characteristics.
For the excavator (a big digger), the existing machines used cables to extend and control the basket. The overriding measure of performance was reach and capacity - how far out could the basket reach and grab a bucket of dirt. When hydraulic excavators appeared, their reach was very limited because of the physics of the hydraulic cylinders needed to control the baskets. Even today, a cable excavator will give you a longer reach. However, the hydraulic excavators had advantages of safety (no cable breaks) and had significantly lower maintenance costs. Eventually, as manufacturing of hydraulic excavators grew in practice, reach extended and for many uses such as building foundation excavation and utility pipe laying, as soon as the reach was sufficient for the task, the improvement in safety and the reduced maintenance costs made the hydraulic excavators superior.
This book will change the way you think about innovation and the structures needed not only to spark the ideas, but get them built into new product lines.
My name is David Marquet, from Practicum, Inc and we help our customers get everyone be a leader and avoid casting employees into follower roles. To co
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