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Category: Innovate (Page 1 of 4)

Cold Masks

Cold Masks

Late last year, the world (except probably Japan) would not have imagined that in a few months, they would not be able to see full faces in public. And yet, now most people are buying, and some people are making their own cool masks at home.

Over the last three months, I’ve on occasion thought about the design of masks. The N-95 mask (N in N-95 is for ‘Not resistant to oil’), has been recommended by some as being one of the better masks to defend against the Chinese virus.

In the world outside, we see everything from simple synthetic masks to the light blue surgical ones, fancy ones with respirators, and even handkerchiefs and dupattas being used as masks.

However, one problem with everyone wearing masks and makeshifts (kerchiefs, etc.), will be a possible deterioration of social fabric and societal behaviour. Because faces aren’t visible!
It is possible that society as we know it could slowly tend to become a bit colder and indifferent. Because social connects aren’t quite the same when you can’t see a full face and a smile. On occasion, we don’t recognize known people because they are wearing a mask. And far more often than that, a ton of non-verbal communication, the grins and smiles, all get ‘masked’. The inability to see faces could affect the quality of communication and connect. This could affect us as individuals and as a world considerably over the coming months.

Source: pic 1 and pic 2

Feel any difference when you see each Mona Lisa?

Let our masks not make us more cold and indifferent than we were.

The alternative: The only one I could think of, are Transparent masks.

Ashley Lawrence above, a college student studying education for the hearing impaired, designed this mask to help them lip read and follow expressions. Similarly, a few others around the world, a nurse included, have designed transparent masks in recent months. The current option of plastic for a mass market solution however, would be disastrous for the environment.
In labs, there seem to be some natural alternatives like transparent wood. But at the moment, they might be far from ready for deployment.

Q: How can we design an affordable mask that 
(i) protects us from the virus,
(ii) doesn’t harm the environment, and
(iii) helps retain quality of social interactions and connect (by being transparent)?

Thoughts?

Jane Elliott

Jane Elliott

Jane Elliott: image

Heard of Jane Elliott?
 
She’s an American schoolteacher and an anti-racism activist. She is especially famous for her truly visionary “Blue Eyes-Brown Eyes” exercise that she conducted in her classroom, 50 years ago.
 
Get a quick overview of her Blue Eyes-Brown Eyes exercise here. I first came across this a few months ago and thought it was exceptional.
 
Now, Jane recently spoke about world maps, racism, and a bit about her childhood. The stuff about maps really shakes, or at least shook my foundation about maps. Like me, you might just ask yourself what in the world is actually true, if something as fundamental as a map could be distorted that much.
 
Check out the interview here.
 
What an inspiration, this woman is!

Vertical Stapler

Vertical Stapler

Image: source

Over the years, I’ve found myself wanting to staple certain paper prototypes in a particular way. The standard stapler would not allow it though.

One early need I found for a better stapler was during my venture capital days. In an effort to reduce paper wastage, whenever a draft review report needed to be printed, I’d use the book format print option available on the office printer. The printout then just needed to be folded down the centre. You then needed to open the stapler arm, put it along the fold, and press. The ends of the staple pin popping out on the other side would then need to be folded in. Having a vertical stapler (if there is such a thing) would have been so much more convenient.
Why? Because it would allow you to slide the stapler along the fold, and staple. The current design would not allow you to reach the centre fold to staple without opening the lower arm.

What’s even tougher, is when you need to staple the ends of a paper cone. A few different prototypes have had paper cones as part of it. The stapler just wouldn’t reach anywhere near the tip of the cone. Here, a vertical stapler would be very useful.

But when you think about it, the existing stapler design would not work for a vertical stapler. In the regular ones, the two ends of the pin make contact with a surface at the same time, enabling a symmetrical clip being formed.

With a vertical one, using the existing design, one end would make contact first, and this would most likely deform the pin before it is punched in.

Then I came across this interesting D-I-Y article for a vertical stapler.

Source: https://www.instructables.com/id/DIY-vertical-stapler/

One alternative would be where the mould section of the lower arm of the vertical stapler is tilted upwards a bit to enable uniform contact of the two ends of the pin. However, that too would not help with accessing tough-to-reach areas and staple them. Perhaps if the finger grip moulds at the end were gotten rid off and the arms of the stapler ended slightly more pointed, it would allow a better reach.

Seen anything even remotely similar to what I described? Or can you think of any alternate solutions for stapling tough-to-reach areas on sheets of paper?

Do you own, manage or work at a company, and are faced with business challenges or the need for innovation for growth? Get in touch! More here.

Also, check out my book: Design the Future – talks about innovation, customer insights & design thinking.
Ebook: Amazon. Paperbacks: Amazon & other online bookstores.

The ENGESA Mercedes truck

I recently saw this video of a ENGESA Mercedes truck. Something obviously very fascinating about it. So I thought I’d attempt to recreate it in some way, using Lego. This is a quick, crude first attempt. I clearly don’t have enough relevant pieces.

 

Below was an improved variant to the earlier one. The last model was built simply to see the beauty of the multi-axle movement. But the last version hadd traction/ground clearance issues, as the wheels would hit the undercarriage at certain tilts. So I went a step further and replicated the rear multi-axle on the front too. And, the cab roof sloped up (for better aerodynamics).

And, a final variant of my idea of an ENGESA Mercedes truck, before I was done with this concept. This one has a double swivel multi-axle and a horizontal swivel link after the cab, to allow it to turn better.

Own, manage or work at a company that is grappling with business challenges, or needs more innovation for growth? Get in touch! More here.

And check out my book (‘Design the Future’) on innovation, customer insights and design thinking. Ebook: Amazon, Paperbacks: at leading online bookstores including Amazon & Flipkart.

Soap Dispenser Design

 

 

 

 

 

 

 

Soap Dispenser Design

This here is an ancient shampoo dispenser that broke last month. It was a crappy design for a few reasons. Firstly, because of how the pumps are placed (at the bottom). It would not stand on its own when you needed to refill. You either had to prop it against something, or hold it with one hand while filling it with the other. Small detail, but clearly ignored.

Secondly, it didn’t take much to take it off the base plate (2nd pic). Which is exactly how it fell and broke…because of an accidental tap that easily took it off its hooks.

Then came the replacement dispenser.

Certainly a better design. And one that stands independently. It allows refilling without risking the unit toppling over (and spilling liquid soap).

Only problem with this one is that someone did not think the back support design clearly. That side of the white panel (with the lines) should ideally have faced the wall, and the more smooth side faced forward.

Another good thing about it, is that you need to slide it the entire height of the support panel to fix in place or remove. Which means accidentally knocking it off is not easy.

Now I came across this liquid soap dispenser at a restaurant recently. It looks like any other dispenser (pic 1 below). Oddly though, it dispenses from under the black pump button (pic 2 below) and not the steel body, as one might have assumed.

Ordinarily, this dispenser design might still have been ok if it was for a single basin. You would be standing almost directly in front of it, so most likely, the soap would land somewhere on your palm. However, here, it was placed between two basins, so you would tend to limit yourself to the area in front of your basin, especially when others are around. Your hand will therefore approach the dispenser at an angle (unlike if it were right in front of you). What happens now is that when you press the pump and hold your palm under the steel body, soap will fall onto the ground from in front of your hand. Hopefully not onto anyone’s shoe.

Simply making the black button in the shape of an inverted triangle it might have made it far more evident.

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If you own, manage or work at a company, and are grappling with a complex challenge or are in need of innovation for growth, get in touch. More here.

And you might find my book, ‘Design the Future’ interesting. It demystifies the mindset of Design Thinking. Ebook’s on Amazon, and paperbacks at leading online bookstores including Amazon & Flipkart.

Carlsberg – Boldly Beer’ing Global Burdens

Beer’ing Global Burdens

Consider the amount of plastic we use in our lives. Getting rid of a lot of it seems like quite a challenge, considering how dependent we and businesses have become on it.

And yet, it is refreshing to see companies like Carlsberg committed to drastically reducing the use of plastics. A few years ago, they took it upon themselves to reduce the use of plastic rings used to keep beer cans together.

With an initiative which stretched over three years, they managed to reduce plastic in their packaging by an impressive 75%!

How? They replaced the plastic rings with dots of glue that now hold cans together. Called Snap Packs, they keep cans in place during their logistic journey, but remain easy enough for consumers to break with a simple twist.

That was 2018.

And they didn’t stop there. They have recently developed two recyclable prototypes of the sustainably-sourced wood fiber bottle. One prototype being tested, is lined with a thin film of recycled PET plastic to prevent leakage. The other uses a bio-based lining for the same purpose.

They seem committed to minimizing the damage they as a business, cause the environment. If a few more large companies could have that level of commitment, it would be so much easier to inspire other companies to do their bit as well.

More on Carlsberg’s eco beer bottles here.

If you own, manage or work at a company, and are grappling with a complex challenge or are in need of innovation for growth, get in touch. More here.

And you might find my book, ‘Design the Future’ interesting. It demystifies the mindset of Design Thinking. Ebook’s on Amazon, and paperbacks at leading online bookstores including Amazon & Flipkart.

Airbags and the Height of Drivers

Random picture of an old Honda car

Airbags and the Height of Drivers

About a month ago, Honda introduced a new concept airbag for their vehicles. The challenge for them, was protecting drivers from angular collisions. In such cases, the driver’s head seemed to slide off the airbag and cause injury.

The inspiration for them…Baseball mitts (or gloves).

The result. A frontal airbag system that deploys three sub-airbags that secure the head similar to how a baseball is caught.

After you check out the video below, is another challenge I was wondering about.

Here’s something I’ve been wondering about.

When an airbag deploys, there is a rapid inflating of the airbag [more on how that works, here], and a more gradual but simultaneous deflation by way of tiny holes in the airbag. This is to reduce the damage done by the face hitting the inflating airbag.

But even then, airbags can result in everything from a burning sensation and abrasion on the face, to facial burns, chest, cranium and shoulder injuries. Among those most affected, are children and short adults.

Shorter people are closer to the steering wheel, and therefore the airbag.

Which brings me to a question. Since short adults driving are closer to the steering wheel, from where the main airbag deploys, is it possible to vary the inflating pressure based on how front or back the driver’s seat is?

Let me know your thoughts.

If you own, manage or work at a company, and are grappling with a complex challenge or are in need of innovation for growth, get in touch. More here.

And you might find my book, ‘Design the Future’ interesting. It demystifies the mindset of Design Thinking. Ebook’s on Amazon, and paperbacks at leading online bookstores including Amazon & Flipkart.

If you own, manage or work at a company, and are grappling with a complex challenge or are in need of innovation for growth, get in touch. More here.

And you might find my book, ‘Design the Future’ interesting. It demystifies the mindset of Design Thinking. Ebook’s on Amazon, and paperbacks at leading online bookstores including Amazon & Flipkart.

My 9 Step Version of the Design Thinking Process

My 9 Step Version of the Design Thinking Process

This post about my 9-step version of the design thinking process has been long overdue. It is already explained in my book, ‘Design the Future’, but I also wanted to share it here for those interested.

The five-step Stanford design thinking process is arguably the most popular process out there. I have however, come across numerous different processes or versions. Ranging from the 15-step Darden process that I was taught, to oversimplifications and misleading three-step processes I have come across.

In my interactions with managers, business leaders and even students, I found that while many were familiar with the Stanford or some other design thinking process, they did not quite understand it well enough. For instance, ‘empathy’ came across to them as something that is ‘just done’. Similar to how many people assume hearing is the same as listening. And seeing empathy as a step in the process gave many the impression that like a switch, it had to be turned on and then off, as one moved to the next step.

So, in an effort to simplify the design thinking process so more people may use it, I created my own version of the design thinking process based on my understanding of design thinking and experiences practicing it. I took the Stanford model, and hopefully improved it.

You need to remember that any design thinking process is a broad guideline. It is not like a military obstacle course that one must complete in a defined sequence. You might find yourself looping through a few steps multiple times. Or in some cases, depending on what the information or insight presents, you might find yourself back at the beginning; starting again with renewed understanding of the challenge.

Sherlock Holmes, in the series ‘Elementary,’ once tells Watson, “The danger with rule books, Watson, is that they offer the illusion that leading a moral life is a simple undertaking, that the world exists in black and white. Welcome to the grays.”

At least when it comes to areas such as creativity and drawing inspiration, remember there can never be stringent rules or guidelines.

My 9-step version of the design thinking process:

Shrutin Shetty - The 9 Step Design Thinking Process
My 9 Step version of the Design Thinking Process

Of the nine steps in the process, the first three are more underlying criteria than steps. Criteria that are critical to improving the chances of success on a project. Those three criteria are Humility, Empathy, and Intention. While these might seem obvious to the point of sounding stupid, they are often the most ignored aspects to a design-led process. More on that as we understand each step better.

After that come the more common steps of most design thinking processes. They are: Define – Empathize with Intent – Redefine – Ideate – Prototype – Test

Let’s look at the nine steps more closely:

Humility – The quality of having a modest or low view of one’s importance. Its relevance springs from the simple signal versus noise perspective. Our objectives as design thinkers is to maximize our understanding of user experiences and needs. Of those we want to innovate for, or whose problems or challenges we want to solve. That is the signal that is of utmost importance to us for innovating for them. Our views, opinions, and biases are the noise.

The moment you can bring yourself down to the level of a beginner or a learner, you put yourself in the backseat, and that’s when the end user or final beneficiary of your innovation will come into the limelight of your focus. Remember to start with humility.

Empathy – The ability to understand and share the feelings of another. Putting yourself in a live user-setting and observing and/ or interacting with users to get a better sense of what a problem or future opportunity might mean to them, how they deal with it, and so on. In conjunction with humility, it offers a good environment to capture user information.

Unlike what some methods might state, empathy (and humility as well as the next step, intention) are not steps in themselves. They should not be traits that you turn on and off depending on which stage of the design thinking process you are. It is also why, along with the intent, I have placed them at the base of the six-step process, to signify how the three traits always need to be ‘ON.’

Without being in a constant state of empathy, no real innovation is possible. And that will be the difference between a real design thinker or team creating an exceptional change, and people simply practicing it as a flavour of the times.

Intention – An intention is the larger thought and nudge to action for a change, that brings you to employ the design thinking process. You might wonder what the difference is, between humility, empathy, and intent.

As a business leader, humility will always help you spot customer or employee or other stakeholder needs and concerns. Empathy will let you better understand those needs and concerns. To get to the root causes of it. You might still choose not to do anything about it, because you don’t have the intention to. Contrarily, if you have the intention, but lack humility and empathy, it would mean that your objective or goal is not the right one.

Equipped with humility and empathy, but in the absence of any intent, a business leader will always spot improvement areas in his or her business. All they need then is to choose their intention – i.e., determine the direction of their effort, and get working on it.

Define – Here, we put the problem statement or opportunity statement in words. It is a starting point of sorts, to the primary design thinking process. Before interacting with user groups, this is a step where we broadly express what we think the problem or opportunity area might be. It could be how a client has described a problem, or, if we are helping a friend or industry colleague, it could be their description of the issue.

One key thing to remember with defining a problem or opportunity is to make it sound positive, irrespective of how grave or pointless the situation might seem. A lot of companies are prone to defining/ framing what hurts first. Their definition ends up being a problem statement which sounds grim. The disadvantage of doing this is that when you invite people to think of ideas, even as part of a brainstorming exercise, a grim-sounding problem statement stifles the thinking, and will hugely limit the number and quality of views that you receive.

On the contrary, if you turn your problem statement into an opportunity statement, people ideating will be in a positive mindset, and be more attuned to think of creative ideas. Try to notice the difference of mindsets the following two statements evoke. Read them more than once if necessary:

A Problem Statement: “How can we drastically reduce our after-sales service related expenses?”

An Opportunity Statement: “How can we redefine our service arm to be more relevant to customer needs, while not proving expensive for us?”

As Abraham Maslow once said, “if all you have is a hammer, everything looks like a nail.” Defining a challenge too negatively and very precisely might give you solutions that just create more problems of their own.

Empathize with intent – This is the fun phase, where you spend time observing actual users in their natural surroundings. See how they consume a product or service. How they interact. And you must do this in the subtlest way possible, even when you are interviewing or interacting with them. Especially if the process is delicate or embarrassing for the end-user, or if the user is introverted or are in some way intimidated by you and your team’s presence.

One important thing to remember in this phase is to be subjective with the empathy, but objective with what they share with you. If you have a subjective mindset when trying to find learnings, you might tend to get lost in a problem. And depending on the type of assignment, it might leave you either in disbelief, or maybe even depressed or an emotional wreck, depending on the kind of problem you are working to solve, as users expose you to severe difficulties or bitter experiences.

Instead, empathize with users as they walk you through their journey, experiences, feelings, and thoughts. But look at it from behind a glass wall when taking notes or drawing inspiration or conclusions from it. That way, your focus is not diverted by problems but instead stays focused on noting down those problems and possible thoughts, reasons, etc., that might spring to mind. The focus will help you then work towards getting rid of the problem, as opposed to being overwhelmed by it.

Redefine – After gathering user insights, we revisit our original definition with what we have learned. After enough information has been collected in the earlier stage, the team debriefs. The information is shared amongst team members without contaminating it with their inferences. That way, each member gets a clear sense of how things presently are.

Often, when tasked with solving a problem for someone, even when we have little or no information to go with, we are eager to get started with identifying potential solutions right-away. You might have seen this tendency in yourself and others (I tend to, from time to time), where someone mentions a problem, and without stopping to understand more, you start rattling possible causes or solutions.

That happens when we go with our definition of someone else’s problem. Which is why, after an initial definition, once we get a better understanding of it from actual people facing the problem (in the ’empathize with intent’ stage), we redefine the challenge more accurately, based on what we have learnt.

Ideate – This is the stage where designers would take the information they have gathered and use it as inputs that they put through a choice of design thinking tools. Tools including the brainstorming or versions of it, to contra-logic, worst-idea, brain-writing, trigger questions, changing perspectives, etc., and then use anchors, forced combinations and connections to come up with numerous ideas. The more ideas, the better, and the crazier the ideas; even better!

Prototype – Prototyping an innovative solution is akin to shaping a solution using two pairs of hands – your design team’s, and your users’. In the previous stage, you would have identified some potential ideas and possible directions regarding a solution. This is where you need end users to help you figure out what works for them, and what does not.

The objective of this stage is to be able to move rapidly towards a final solution, with minimum investment (as far as possible) on experiments towards refining potential solutions. The moment each prototype becomes too expensive and complicated, there is a tendency to either convince yourself and your team that it is a great solution (because of the effort that went into it. It is a cognitive bias called the IKEA effect).

Another possibility is that if you encounter a roadblock at this stage, your team or the top management might get easily demotivated and consider it a colossal failure, solely because your team spent a fortune building a prototype that user groups did not like or approve of.

Instead, make the most basic and low-cost but effective prototypes possible. Use anything from sheets of paper for story-boarding, to card paper or cardboard, Styrofoam and other craft supplies to work toward a final solution. Your objective with each prototype, is to test no more than one factor or variable you need clarity on. Test too many criteria, and the learning becomes unclear.

At workshops I conduct, I sometimes take my old letterheads for participants to use for discussions, sketching, or to make things out of.

It is only when everyone finds using anything lying around them as potential material for prototypes, is when prototyping will become far more prevalent. The same goes for ideating. If the materials you use are too fancy, you or your team might use it as an excuse to delay prototyping, or even ideating.

Which is also why, while a lot of design thinking workshops use post-its and put up pictures of it, few participants continue to use post-its to implement some of the tools they learnt. Because buying post-its is expensive and sometimes inconvenient. If you can’t make do with stuff already at your desk or around, the action gets delayed till you buy those supplies. Take this from someone who uses toothpaste or soap to write on the bathroom wall so that a potential idea does not disappear with the flowing water.

Test – Once you’ve completed the prototyping phase, you move on to testing. The significant difference between the two is that while prototyping was far greyer and also, the prototypes were far less expensive but required a slight stretch of the imagination by the user, the testing phase is that much more advanced, as it is that very close to the final product or service.

And unlike checking one feature at a time in the prototyping phase, here you are testing the product or service in its entirety, towards ironing out any features or poor service extensions that exist, by letting your users directly interact with the solution.

The first rule to keep in mind in the testing phase too is that your product or service is not final or finalized yet! There would still be some assumptions that your team would need to test. For instance, it is one thing to prototype with sketches or storyboards or even pretend mobile interfaces. Quite another to have end users interact with your store layout or theme park or mobile application.

Which is why we have the testing phase, where your team would help build almost-final solutions to test them in the hands of a closed group of stakeholders. It is great to have a select list of people who will evaluate your creation. That increases the focus and feedback capturing. And what you will be testing, are any assumptions that were earlier not tested, or that sprung up along the way with the increase in clarity.

It isn’t possible to overstate the amount of valuable, even critical insights that can be gained in the testing phase.

Testing is followed by eventually launching the product, service or change – once all assumptions and user hesitations have been factored in.

After you’ve gained more realistic insights from real users who interacted with your prototypes and brought you very close to a final solution that you by way of prototypes and then running exercises with them in the testing phase, you are finally onto an almost ready and well-refined answer.

Ideally, even after launch, the journey should be looked at like it is the making of a TV series. You’ve launched season 1 or 2, and it is doing well. But you need to check-in now and then as to how viewers are reacting and engaging with it. The bigger question in your mind always is, is there enough traction to demand a season 3, and if yes, would there be any significant changes needed (replacing actors, etc.) or is the show no longer relevant to its audiences. In which case, you then need to figure out what next. That way you are not going in blind with season 3, to later find out it lost its audience midway through the previous season itself.

One should remember that there is no perfect product, service, experience or solution to user needs or problems. And there are no runaway results promised by design thinking, the way some firms guarantee the ability to create viral videos. But yes, you always have a far greater chance of arriving at a product or service that people want or need by using design thinking, than by merely guessing or troubleshooting your way through.

Common Problems Startups Face – A design thinking outlook

Common problems startups face – A Design thinking outlook

I have been directly associated with startups since 2006. That’s when I started my career as a member of a venture capital investment team. All the way to my recent years consulting them and young businesses, I have heard a multitude of problems that startups face. Problems that can largely be categorized under two main causes.

The first one of course, being investments.
The second, being the lack of traction, or growth in business.

With regard the problem of funds, you could further break it up in to funds you must have, and funds that are good to have.

Literally all of us are, more often than not, influenced by awe-inspiring startup stories. About those startups in the world that seem to be on a blistering growth path. With people and funds literally queuing up for an opportunity to invest in them.

Watched the movie ‘The Incredible Hulk’? The Hulk and the Abomination in that are like those few startups that receive disproportionately high amounts of funding.

Everyone is not like them. And even in their case, of the two, only Hulk was relatively stable with the superpower. The Abomination, as the name goes, became that way because of his lust for super-strength to beat the Hulk.

Similarly, even if all startups could be funded like that, or like Uber and PayTM and Zomato and others have been, there is no guarantee they will succeed. Because making a business stable takes managing a lot more variables than merely the investment one.

Which brings us back to the other alternative – funds you must have.

This is the basic minimum investment that you would need to get your startup rolling. It isn’t too tough to calculate it. Just make sure you have sufficient buffer. And keep checking those levels so you don’t realize it’s bad only once you’re broke. The advantage of this mindset, is that even if external investments never come, your startup will be built on a solid foundation and a sound business model. That, as opposed to one of hyper-experimenting, as is sometimes the case with super-funded startups. Take the case of TinyOwl hiring and almost immediately firing hundreds of enthusiastic freshers back in the day. Or Ola paying USD 31.7 million for FoodPanda a year and a half ago, only to fire a lot of the staff and suspend its operations recently.

While such news pieces might be good to hear, they are often not something to be proud of.

A bootstrapped startup will have its share of proud moments too. And they will be far more grounded and not the kind that could be easily taken away, unlike the case with some over-funded ventures.

Now let’s look at the other main problem area of startups. The lack of traction or growth.

In my book, Design the Future, I mention what is to me, a wonderful example from both an investment angle and a strategic one that depended solely on the understanding of customer needs.

One portfolio company whose growth my boss and I used to oversee, was in the car rental space. Around 2009, it was on its way to be the largest player in India, right on the heels of Meru. Meru was then leading the pack in terms of size of fleet.

However, what was interesting, was that Meru’s business had been built largely on debt. Ours had been built on equity. Which meant we were profitable sooner, and could scale much faster. Meru had just turned profitable around 2009-10, if I remember correctly.

And back then, our portfolio company was already onto the model of partnered fleet. That is what Uber is all about now. Our company was collaborating with small tourist vehicle operators to add their fleet and drivers to their own, in a revenue-sharing model.

Now think about this. A company founded in 2006, which was already employing a model that we in recent times popularly know of as Uber, what as of today, has a market capitalization of USD 69 Billion! And Uber was founded only in March of 2009 (conceptualized in 2008).

So what prevented our portfolio company from being the one valued at USD 69 billion?

In hindsight, a lack of better understanding of the stakeholders in the ecosystem, is my guess.

Our portfolio company and other players back then were perhaps used to a certain customer price level and profitability that they enjoyed in a tried-and-tested pan-India market.

However, perhaps we failed to see that we could considerably reduce the margins and incentivize the partner ecosystem, in an effort to gain massive scale.

And with customers, it is only in very select areas that if we offer something at a lower price, they won’t take it. But certainly not with transport.

So, Uber carpeted several countries with the initial attractive pricing, and more than encouraging partner revenue-sharing and incentives.

And companies like ours, that didn’t think huge enough, shrunk into insignificance in that particular space at least, which they had ruled for some years till then.

Putting investments and a better understanding of the stakeholder ecosystem together, it is not necessary that every business and every idea has to be Uber-sized!

You can as well remain small, exclusive and yet thriving in a small or select few areas or geographies, if that is your business vision. Or, as is the case with Uber, you can be the most recognized brand in ground transport.

What is most important, is to first decide where on that spectrum you want to be. Then you need to find out (not in meeting rooms, but by spending time with stakeholders), what their likes and dislikes are. What drives them, what their profit expectations are? And how flexible are they on pricing; or, is there a better way you can offer them what you do? Something that might completely be poles apart from how you offer it right now.

Scenarios in the startup ecosystem are limitless. And so are the possibilities.

Originally written for NODD app and posted here: link

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If you own, manage or work at a company, and are grappling with a complex challenge or are in need of innovation for growth, get in touch. More here.

And you might find my book, ‘Design the Future’ interesting. It demystifies the mindset of Design Thinking. Ebook’s on Amazon, and paperbacks at leading online bookstores including Amazon & Flipkart.

Killer Design

Killer Design

What comes to mind when you think of possible consequences of bad design? Of a badly designed product or service? You might think the product generates less revenues. Or a rise in the number of product returns, and unhappy, angry or disappointed customers. Right?

But what about death? Of animals? Or worse, death of children?

In my book, I discussed IKEA‘s water dispensers for pets that were resulting in pet deaths. Why did that happen? Possibly because wizards on the IKEA product design team were lazy enough to use stuffed animals instead of real ones to test their design.

Think that’s bad? Enter IKEA (again!).

This time, for their dressers (a chest of drawers). Around 2016 and 2017, about 8 children (hopefully not more) died, thanks to IKEA dressers. The dressers designed in such a way, that when young children would open them and perhaps lean on to the drawer, they would tip over, crushing or badly injuring the kid.

Image: source

The company had to recall over 29 million dressers! It recently launched a new line of dressers that had finally solved the ‘tipping over’ problem by preventing more than one drawer from being left open at a time.

Now, what is worse than a poorly designed product?

When the company cuts corners, misleads, and denies they have a bad or flawed product.

That is where American toy manufacturing giant Mattel‘s subsidiary company Fisher-Price comes in. In 2009, Fisher-Price launched a product that would be a runaway success – their Rock-n-Play inclined sleeper for babies.

Image: source

Fisher-Price sold over 4.7 million of their inclined sleepers to parents, who probably thought it to be a boon to take away the agony of putting their baby to sleep. Based on some information about how children sleep better when held at an angle, they built the Rock-n-Play.

Instead of first conducting clinical research to validate the design, all Fisher-Price did was consult one family physician in all. One!

Eight years after its launch, following a lawsuit, Fisher-Price consulted a paediatrician about their product for the first time. Because of the lawsuit. The result of this callous approach to the design of a product for none other than infants, who require constant attention and utmost care, was the unfortunate death of over 35 babies!

One argument is that countries like the US don’t rely enough on regulators to endure product safety. And you might agree, especially in the case of smaller companies perhaps replicating a successful product.

But that can never be the excuse even for a moment for a now 89-year old company, Fisher-Price. The gross negligence in research, design and development of a product that could present potential risk of death.

Never stop when you think you’ve found what looks like a perfect solution. Especially when lives might depend on it.

If you own, manage or work at a company, and are grappling with a complex challenge or are in need of innovation for growth, get in touch. More here.

And you might find my book, ‘Design the Future’ interesting. It demystifies the mindset of Design Thinking. Ebook’s on Amazon, and paperbacks at leading online bookstores including Amazon & Flipkart.

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