Oct 2, 2013

NBF 2013 Vijay Govindarajan Talk 2

Vijay Govindarajan on Reverse Innovation





Why would a rich man want a poor man's product


Vijay's example is simple. If a normal western EKG machine weighs 250 pounds, needs electricity to work, needs an expert to operate and costs 25 000 euros. How many Indians have the luxury of getting EKG scans in the rural parts of India where there is none of the things needed for the machine?




The answer is of course very few. Are there still heart related health issues in the rural parts of India where a EKG machine would be of great help. The answer is of course yes. How did we innovate ourselves out of this problem?




With this. This is a portable EKG system that is easy to use and the cost of a single scans price drops to a mere 2 cents. Something every Indian can afford if experiencing chest pain. And the biggest beauty is that this is still profitable and most importantly (you won't believe this but) the quality is as good as that of an "western" model. To answer the question of the title we'll dive in to the next paragraphs.

Reversing is not about lowering quality


This is one of the biggest ideas of the speech. The way do most of our decisions are actually based on a lot of other factors than common sense.

All businesses aren't evil. They pay taxes (at least the good ones) and make the world go around on many many levels. A businesses goal is to make profit. Some argue why, but Jack Welch gave a great insight (not really an insight. More of a common sense approach, but what can you do when you're not as smart as you think): "Our social responsibility strategy is to win! Because that makes it possible to have be socially responsible." It's true due to the fact that a bankrupt company has very little to share. 

The challenge that this profit-to-be-made approach does not lend it's hand most of the time to the best possible answer in innovation. Another example of reverse innovation is in the form of an artifial leg designed by a thailandish M.D.




Why are the western/first world artificial proesthethics made of hard to come by materials that are so costly? The problem is the amount of resources given to different professionals today. Resources are not bad per se. But the problem lies with the unconstrained resources. Let's say you're perfecting a car design. How long would you design the perfect car it if you would have no constrains of time or money?

Now think for a while how fast and cheap could you design a working and good-enough car if your life depended on it?

What do you really have to do for your product?


The real cost of you designing a car is not limited of course to only the designing process. A big amount of all products cost comes from non-production costs associated with business. Administrative costs, taxes and marketing play a big role in the cost of any product. Have you ever studied where non-branded and cheaper products come from. Especially in Finland there is a trend of big chains creating their own lines of everyday items such as groceries and clothing "brands". The idea is simple. Get the stuff out of the same factory that makes their branded and marketed bacon and just pack it and sell it cheaper due to the fact of cutting the need and cost of marketing in the process.



Same meat - Costly Price
Same meat - Cheap Price


Why did chicken take over this post? Because there are numerous costs with most products that can actually be "outsourced" to the users or the people in general. A great way to market a proesthetic limb is to have people actually use it. This beats every other form of marketing when you are actually making profit and gaining marketing potential at the same time.

Cost of use vs. Cost of product


The closing argument of reversing innovation is the everlong argument between the cost of use versus the cost of product.

Do we count the right way?


Having a 25 000 € EKG machine standing unused for 90% of the time. Most of the time with a multi million MRI machine.  Just because they are too costly to use. Why is it a costly to use these machines? Because a "smart" MBA has calculated that the "cost" of the device is 25 000 euros divided by the times it's been used in it's life time. Instead of counting the cost by the cost of use if it would be used as much as possible. 

This same thing applies to a lot of things. For example in Finland the public transportation in most of Finland is costly because of this ill-adviced equation. Of course you have to be profitable with a business but the most parts of Finland it's actually cheaper to drive your own car from city to city than to take the train. And at the same time trains are running half of the time empty due to the small amount of people who see to get their moneys worth by taking the train.





I would love to get the data from VR on how much more fuel consumption does a single passenger add. If someone knows please let me know.

The example that Vijay used for the use of cost vs. use of product is this: http://www.youtube.com/watch?v=Pvz2JGI-L6Q (Sorry for not being able to embed it. Blogger bugs)

Most of the time as you can see. It's not about product innovation. It's about process innovation.

Ideas that sprung into my mind from the presentation and while blogging

What are good materials to recycle and to what products?

What could I or my company "outsource" to the customers and/or supply chain?

How could I get into a reverse innovation mode from "just" innovating?

Once again thanks for reading this far and comments are highly appreciated!


You can read more about "cheap" innovations from here

Again visalized notes form redanredan.fi



Pictures:

Oct 1, 2013

NBF 2013 Vijay Govindarajan Talk 1

Vijay Govindarajan on 3 Box Innovation





My thoughts on the speech lies underneath. 

As you can see I did not manage to get them all done yet. These take some time but I must say that I'm super happy for taking proper notes (for once!)

Also feel free to comment of course. Especially those who were present at the event.

3 Box Innovation


Is actually a term coined to give a person a different focus point to look at innovation in all of its possible forms related to time. In the end we all know that time is the deciding factor in innovation. It would not pose a huge effect to the world if you were to come up with a new way to build a light up an oil lamp.

With his example Vijay brought up high jump and it's four different styles/ways of jumping in olympics. I won't go into much detail to the example because you'll come up with many of your own once you see what the 3 box thinking is about.

1 Box - Operational Excellence


When most people are given a task their first idea is to see how it is done around them. This is common sense after all. It is of human nature to look examples. This is what some people call: monkey see - monkey do. I've got nothing against monkeys but the truth is that most of the time this way of working won't get you far in business or in life for that matter.


How many of you have trained the high jump sciccor style?


But this is the way hundreds and thousands of companies work everyday. They think that they must work in a certain way only because it's the industry standard. Too bad that most of the time common sense is not common practise. Which leads us to the second box...

2 Box - Best Practise


In this box we can "find" the way the current industry leaders operate. They have found out the best ways to get stuff done for their company and their industry.

These things can be ways of leaderhip or use of the best tools for the job and trade. Sometimes it just means being more stubborn and hardworking than the competitors. Other times it can be just a great "innovative" use of other industrys way of work that suits to you and gives you the advantage over your competition.

The biggest challenge with the "Box 2 company" is that they have the highest fall to fall. To be the industry leader and having blind faith in the ways of your (present) success might actually be the reason for you downfall (This wouldn't be a blog about innovation without a reference to Nokia...) Which leads us to the "last" box.

3 Box - Tomorrow


Now we step into the most complex of the boxes with out of the box thinking (lovely word play isn't it?)

This is something where you cannot still exist but you should be thinking and designing for. So actually you are designing something for a market or a customer that doesn't know about the place yet. Enter Mr. Ford:




So instead of just trying to perfect and lubricate the thing you are currently doing is never enough in the long run. Here lies the best thing about innovation. It is not going to remain the same. There will always be ways to improve the current world and ways of working. Mostly because we still haven't even realized or created the problems that we will be facing in the future.

The biggest learning point for me was the idea to segment innovation related to time. There is a right place and time for (almost) everything.

Ideas that popped into my mind with this talk?


Where do I or my company use energy and focus?

How am I tracking the weak signals to base my innovations about?

What sort of adjecant fields can I find next to myself or my business? Is there something I could add or learn from those businesses (box 2 & 3)?



I've also added here the wonderful visualized notes from Linda Saukko-Rauta.



Pictures:
http://upload.wikimedia.org/wikipedia/commons/b/bd/EthelCatherwood1928.jpgwww.nbforum.fi