One of the most interesting books I have read is Innovator’s dilemma written by Clayton Christensen. He starts out by asking few rather simple questions. Why do seemingly profitable companies collapse and die? Most people including me assumed that it is because of gross mismanagement of the company resources. But the author disproves this theory by giving examples of companies that were thought to be really well-managed but later on became bankrupt. One such example is Wang computers. They used to make mini-computers with annual revenues of 3 billion dollars!!
The author heightened my interest in the book by saying all the assumptions are wrong. He says the companies fail because they listen to their customers!!
According to the author, there are two kinds of innovations, sustaining innovations and disruptive innovation.
Sustaining innovations
These kinds of innovations usually have the following characteristics –
1) It will improve performance of existing products
2) usually more complex technology is used than existing product
3) Usually targets higher end of existing market.
4) Profit margins are better than existing product.(Moves up the company in value chain)
5) Usually adds on to an existing technology or product.
Examples of sustaining technology innovations are –
1) The CD- ROM drives – We had 16X, 32X, 48X and now finally 52 X speed readers.
2)The current hard disks – we started from 40MB ( during 286, 386 machines) to 500 GB or maybe even 1 TB size now.
For these kinds of innovations, listening to customers is a good thing.Also, being first company to introduce the “new & improved” product does not provide much advantage in these cases.
Disruptive Innovation
These innovations have the following characteristics
1)Usually will have lower performance than existing products
2)Usually these products will be simpler and have fewer features than existing products
3)Targets low-end of the existing market
4) Profit margins are lower than existing products in the market.
5) usually costlier initially, but cheaper to run in the long run.
6) Usually replaces an existing technology and product completely.
Examples of disruptive innovations given in the book are
1) Smaller hard disks
2) Digital camera vs. analog camera
3) Mini-computers to desktops
These kinds of innovations are so radical that customers cannot think of it and cannot provide a proper feedback. In these cases the “first mover” advantage is huge.
When desktop computers first came into the picture they were not very powerful and could not do the things that mini-computers could do. Hence, when Wang computers created a desktop and asked their customers if they would be interested, the customers refused to pay for a higher cost product with very low performance. But the customers failed to appreciate the desktop’s main advantage – smaller size. Soon, IBM desktops hit the market and as their performance increased, it made mini-computers redundant. Wang, who relied on mini-computers went bankrupt.
I feel digital camera is a good example to explain what happens in case of disruptive technology change. When digital cameras first came, they were very low-end but extremely costly. The professionals stuck to analog cameras. But slowly, over the years the quality of photos of digital camera improved while the costs declined. Till a few years back, the quality was still not up to the mark for professionals, but became good enough for the masses and digital camera which was introduced as low-end became the main product for the masses.Now, the quality has become good enough for even professionals with digital SLR cameras coming into the market. The future of Kodak and Konica are bleak even though they have released their own versions of digital cameras, they have lost the first mover advantage.
Obviously, a disruptive innovation is very dangerous to existing companies. Hence, it is important to identify such innovations and take measures to tackle it. The author says it is very difficult for existing company which is fed on high margins of profitability to promote or find markets to a low-end product. Hence, the author says the most successful way to tackle a disruptive innovation is to start a new subsidiary and have different standards of profitability and market share.
Let me apply this knowledge to software industry. Currently, the buzz is around cloud computing. So, is it a disruptive technology?
Lets take the characteristics of disruptive innovation and see if it passes the test
Usually Lower performance than existing products
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Cloud software would be slower because of network. So YES.
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Simpler than existing products
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usually not. But I am sure there are complex systems that cannot yet be implemented on cloud platform. So, in a way YES.
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Targets low-end of the market
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YES. It is meant for companies who cannot set up their own infrastructure.
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Profit margins are lower
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I believe YES.
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Cheaper to run in the long run
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NO. Since it is subscription based, it will be costlier to run
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The last point really makes me wonder if it is a disruptive technology. A disruptive technology will also improve the performance of its product faster than market demands so that one day it is acceptable to the mass market. In case of cloud, the internet must become faster which it will. But another drawback is security issues which cannot ever be made acceptable to mid or high-end market. I believe as long as a system is connected to the internet no high-security information can be present there. The number of brilliant hackers in the world are far too many in the world.
I will make a prediction that cloud computing will not be disruptive, but it will carve a niche for itself. SO, we do need to invest in it, but we need not create a subsidiary for it.
A more perfect example of disruptive innovation is an electric car. Clearly, car companies that rely on petrol and diesel will be extinct in the future as the world oil reserves come down. Let us put electric car through the “disruptive” identifier –
Lower performance than existing product
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Yes, Reva car has a range of 60 KMS with a top speed of 50km/hr
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Simpler than existing products
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Electric motor is extremely reliable as there are very few moving parts. So YES.
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Targets low-end of the market
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Yes. currently there are no luxury or sports electric cars
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Profit margins are lower
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Maybe. Not sure
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Cheaper to run in the long run
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YES. Electricity is cheaper than petrol/diesel.
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Electric cars will also completely replace petrol/diesel cars in the future.
So,my prediction is that in future all of us will be driving electric cars but all our software will not be on the cloud.