In the name of God, the Most Gracious, the Most Merciful
80% of India — 800 million people — didn't own a refrigerator.
Not because they didn't want one. Because the cheapest fridge cost a month's salary, consumed electricity they couldn't rely on, and wouldn't fit in a house where one room serves as bedroom, kitchen, and living room.
A 115-year-old conglomerate decided to change that. Not by making a cheaper fridge — but by asking a question nobody in the boardroom had thought to ask.
- A 115-year-old company applied Jobs to Be Done to serve 800M non-consumers — and created a product category that didn't exist
- You can't solve a fundamentally different job by shrinking your existing product — you need a new architecture
- The biggest growth opportunities hide in non-consumption — where the frustrations are invisible to anyone sitting in a boardroom
- You're trying to enter emerging markets by making your existing product cheaper
- You read Jobs to Be Done and want to see the framework applied to a real product from scratch
- You want to understand why "just make it cheaper" almost never works
- You read The Three Types of Innovation and want to see new-market disruption in action
Locks, Safes, Cupboards, Fridges
In 1897, a company called Godrej was founded in India to make locks. From locks, they moved to safes. From safes, to cupboards. Then someone put a compressor on a cupboard — and in 1958, Godrej started making refrigerators.
By the 2000s, Godrej had grown into a massive conglomerate operating in 15 to 20 different industries across 60 countries. Millions of people used Godrej products daily. In India, Godrej was the name you thought of when you thought of refrigerators.
Hari Nair, who later became a key figure in this story, remembers his first connection to Godrej vividly: "I was seven or eight years old, when my mother got her first Godrej fridge. It was bright red. That was a huge day in my mom's life — it was the first day we had a fridge at home."
A fridge that changed his mother's life. Remember that feeling — it becomes important later.
The Next 100 Years
In 1997, Godrej reached its 100th anniversary. Everyone was celebrating a century of success. But the Managing Director, Mr. Jamshyd Godrej, wasn't looking backward. He was thinking about the next 100 years.
"Unless we reinvent ourselves, and unless we find something very different that meets the needs of the future generation, we cannot remain relevant for the next 100 years."
So Godrej searched the globe for the best way to innovate. They found Professor Clayton Christensen. They invited him to India in 2004. And in his presentation, one number stood out:
80% of India did not own a refrigerator.
Think about that. Godrej was India's top fridge brand — and they were only serving 20% of the population. The other 80% — 800 million people — were non-consumers. Not because they didn't want cold water or fresh food. But because no product existed that could serve them.
In The Three Types of Innovation, we learned that new-market disruption means competing against non-consumption — serving people who have never been served before. That's exactly what Godrej was looking at: 800 million non-consumers with an unmet job.
The question was: how do you serve them?
A cheaper fridge is sustaining innovation — it doesn't address the actual barriers (space, power, migration). Focusing on the 20% ignores 800 million people. The right move: understand the job first, then build from scratch.
Making the existing product cheaper (Option A) only addresses one barrier — price. And Option C ignores the massive growth opportunity. The answer is B: study why 80% don't buy. Their barriers go far beyond price, and a "cheaper fridge" won't solve them. You need to discover the job to be done first.
You Can't Find Jobs in a Boardroom
GS Sunderraman, who led Godrej's Innovation Center, had a philosophy about understanding customers:
"If you want to understand fish, you need to jump into the fishbowl and swim with them. Only then you understand what the fish does, how the fish lives, whether the water is cold, or whether the fish bite."
So that's exactly what the Godrej team did. They didn't run surveys. They didn't send questionnaires. They didn't analyze spreadsheets in a conference room.
They went to the villages.
Hari Nair described it: "It was very ethnographic. We tried to go and observe what people were doing. I don't recall us ever running surveys. Most of our research was actually in the field and really observing the consumer."
And critically, they didn't go to shops or dealers. "We can't find the jobs to be done in a dealer's shop. We need to go to the house. We need to go where they live. We need to understand how they live."
This is Method #1 (observe yourself and others) and Method #5 (watch for compensating behaviors) from the Jobs to Be Done framework — applied to 800 million people who had never owned a refrigerator.
Surveys ask people to evaluate solutions they already know about. "How satisfied are you with your current fridge?" "Would you buy a smaller fridge?" These questions assume the answer is a fridge.
But Jobs to Be Done are discovered by watching what people do, not what they say. When the Godrej team went to villages, they saw things no survey could have revealed — how families preserved food without any cooling, how their daily routines were shaped by the absence of refrigeration, how a cool glass of water was considered a luxury.
As Clay Christensen put it: "Data isn't real. Data is a proxy for the real world." The real world was in those villages — and the only way to see it was to jump into the fishbowl.
A Cool Glass of Water
When the Godrej team arrived in the villages, they discovered a world that operated on a principle GS called "just right."
People bought just right in quantity. Just right in price. They cooked exactly what was needed — no more, no less. Their entire lives were calibrated to waste nothing.
But life isn't perfectly predictable. Someone doesn't come home for dinner. A guest arrives unexpectedly. A child isn't hungry. And suddenly, 20% of the food is left over. For a family that can barely afford its meals, that 20% isn't a minor inconvenience — it's a real loss they can't afford.
The team watched how families preserved food. They warmed it up and stored it in vessels. They cooked fresh every single time. They bought produce daily because nothing could be kept for tomorrow.
And they discovered something that surprised them: "One of the most important needs for refrigerators for them is to have a cool glass of water. And that's a luxury for them."
A cool glass of water. Not gourmet food storage. Not weekly grocery runs. Just cold water on a hot day — and that was a luxury beyond reach.
GS saw it clearly: "People were frustrated. If you had a solution, we find that they really would be able to pick these solutions up."
Five Barriers, Not One
The typical answer from marketing teams and competitors was simple: "The price is too high. They can't afford it." And yes, price was a barrier — a refrigerator cost 7,000-8,000 rupees, roughly a month's income. Nobody can spend their entire salary on one product.
But when the Godrej team actually went to the villages — when they jumped into the fishbowl — they found four more barriers that no boardroom analysis had uncovered:
"Make a cheaper fridge" only addresses Barrier 1 — price. It doesn't solve space, migration, running costs, or unreliable power. This is why just shrinking a product never works for non-consumers. Their barriers are fundamentally different from yours.
The team observed a range of workarounds people used to manage without proper refrigeration:
- Secondhand fridges — often thirdhand, frequently unplugged to save power
- Selective power use — turning the fridge on only at certain times of day
- Daily cooking — preparing food fresh every meal because nothing can be stored
- Warming and re-storing — heating leftover food and keeping it in vessels
- Daily shopping — buying only what you need for today because you can't store anything for tomorrow
These compensating behaviors are treasure. As Clay Christensen said: "There is no job that is created. They're actually doing the job. If you haven't found it yet, that means you haven't observed it enough."
This is a functional job — "Help me avoid wasting food I can't afford to lose." The emotional and social dimensions exist (less stress, pride), but the primary driver is functional: preserving food for a family that can't afford waste.
While there are emotional and social dimensions, the core job here is functional: "Help me avoid wasting food I can't afford to lose." For these families, 20% food waste isn't about feelings or status — it's about survival economics. The job starts with "Help me..."
The Moment of Truth
After weeks in the villages, the team arrived at a conclusion that changed everything.
Hari Nair: "What was obvious was we couldn't just shrink down a regular fridge. That wasn't the right solution. You can't just take a fridge and make it smaller and solve the problem for all the reasons we outlined."
A smaller traditional fridge would still use compressor cooling (high power consumption). Still be heavy and immobile. Still need stable electricity. Still cost too much to run. It would solve one barrier — price — while leaving the other four untouched.
They needed to design from the job, not from the existing product. The job required something: smaller, portable, low maintenance, low power, and able to stay cool during power cuts.
Peltier: The Technology That Was Always There
Here's where the story gets remarkable.
In the 1840s and 1850s, when scientists were discovering the laws of thermodynamics that led to compressor-based cooling, another scientist named Peltier discovered a different effect: if you pass electricity through two dissimilar wires joined together, one side gets cold and the other side gets hot.
This is called the Peltier effect. And it has extraordinary properties:
- No moving parts. It's solid state — nothing spins, nothing compresses, nothing breaks down.
- Low power consumption. It doesn't cool a lot, but it cools enough.
- Compact and robust. Very small, very easy to service and design.
As GS described it: "It just cools enough. It doesn't cool too much. It just cools enough. It doesn't consume a lot of power to do it. And it's very small, very compact, very robust."
"Just cools enough" — for a family that considers a cool glass of water a luxury, "enough" is all they need.
- Compressor cooling
- 200+ liters capacity
- Heavy, immobile
- High power consumption
- $120+ purchase price
- Needs stable electricity
- Peltier cooling (solid state)
- 43 liters — daily needs
- Portable, lightweight
- Low power consumption
- $69 purchase price
- Works through power cuts
ChotuKool: "Small Cool"
And so, Godrej created ChotuKool. "Chotu" means small in Hindi. "Kool" means cool. Small Cool.
It was a small box — 43 liters. It opened from the top. The engine was on the lid. It was sufficient to meet the needs of daily life — store leftovers for one meal, keep water cool, preserve a day or two of fruit and vegetables.
GS recalled: "We never realized at that time that this name is going to become one of the most famous names."
But here's what Clay Christensen noticed later: "Before the disruption is created, the technology required to do it exists. And a job to be done exists. But the technology and the job have never been put together in an affordable and accessible product."
The Peltier effect had existed since the 1840s. The rural cooling job had existed forever. Nobody had combined them — until ChotuKool.
Godrej was known for bringing top-notch products to India. Yet here they were, proudly bringing to market a product that was deliberately "good enough" — not the best cooling, not the most capacity, not the most features.
This is one of the hardest lessons in disruptive innovation: pursuing jobs to be done focuses you on customers rather than creating the best product. For a family that has never had any cooling, 43 liters of "just cool enough" isn't a compromise — it's a transformation.
As GS put it: "It was sufficient to meet the needs of daily life." And that's all it needed to be.
"People Are Very Inventive"
ChotuKool was designed for the home consumer — the family in a small village who wanted cool water and preserved leftovers. But what happened next surprised even its creators.
Hari Nair: "One of the things that really surprised us was — this product was designed for the consumer at home. But what surprised us very early on was we saw a lot of other consumers buying this product."
Small shopkeepers started buying ChotuKool to keep cool drinks and chocolates cold. In the Indian heat, chocolates melt easily — and cold drinks sell at a premium. These shopkeepers weren't buying a home appliance. They were buying a business tool.
Then flower vendors discovered it: "A flower vendor begins to understand that if I put my flowers inside this box, I can keep them fresh and actually sell them the next day and the next day."
Then vegetable sellers and small kiosks caught on. Extended shelf life meant more income and less waste.
GS summed it up: "People are very inventive. We go with an idea saying that they want this job to be done, and then we find applications not only for home — we started finding applications in shops, in small kiosks, in flower windows, vegetable windows."
Home
Cool water, preserve leftovers
Small Shops
Cold drinks, chocolates at a premium
Flower Vendors
Fresh flowers = next-day sales
Kiosks & Vendors
Extended shelf life = more income
What ChotuKool Changed
The impact went far beyond cold water. ChotuKool transformed daily life in multiple dimensions:
Convenience
Life at home became more convenient. Families could store food, reduce daily shopping trips, and plan meals more flexibly.
Productivity
The housewife didn't have to cook exactly at the right time anymore. She could prepare ahead, store it, and heat it up when the family was ready. "Her productive capacity started getting freedom."
Pride
Children took cool water bottles to school. "It enhanced their prestige and level of living in the society."
Earning Asset
For shopkeepers, it wasn't a consumption item — it was a money-making tool. "The income of people in small shops and kiosks went up. It became an earning asset."
This is a pattern in disruption: when a product serves non-consumers, it often becomes a tool rather than a consumer good. ChotuKool for shopkeepers wasn't an appliance — it was a money-making device that paid for itself.
You see the same pattern elsewhere: mobile phones in developing countries became banking tools, not just communication devices. Motorcycles became delivery vehicles. Solar panels became shop-powering income generators.
The lesson: watch for your product being "hired" for jobs you didn't design for. When flower vendors and shopkeepers start buying your home appliance, that's not a strange anomaly — it's the market telling you where your next growth wave is.
The core job — "help me keep perishables cool affordably" — is the same whether you're a family or a flower vendor. Redesigning for one niche (A) is over-engineering. Ignoring the signal (C) means missing growth. The right move: recognize the job is bigger than you thought.
The core job is the same: "help me keep perishables cool affordably." Redesigning for flower vendors (A) fragments your product. Ignoring them (C) ignores growth. The answer is B: the job extends beyond homes. Market the same product to a wider set of customers who share the same fundamental job.
Back to the Fishbowl
Looking back, Hari reflected on the most important lesson: "You cannot think it in a vacuum. It's not your sense of imagination. It's actually the reality. And the more you get into the depth of reality, the more you live with them, and the more you understand the lives of the people, the better you understand the jobs to be done."
Hari added something important about what made ChotuKool different from just building a cheaper cooler: "What struck me was that customer centricity. What we ultimately designed was a fridge — you could say it's a low-cost fridge. Well, it's way more than that. It wasn't just the product and the technical criteria — the business criteria, the profit model, the distribution system. The whole ecosystem that was built around ChotuKool, the entire aspect of it was the innovation. It wasn't any one thing."
This is the Integration layer of the JTBD Pyramid in action. You don't just build a product for the job — you build an ecosystem around it: the product, the price point, the distribution, the service model. That's what makes it impossible to copy.
GS agreed — and went further. He called a job-centric view "the best way to start for strategizing a new product" — better than a product-centric view, better than a customer-centric view. "A job-centric view allows you the freedom to choose the customers and also choose thereafter the configuration of the product."
Patient for Growth, Impatient for Profit
Clay Christensen had a principle the Godrej team took to heart: "Be patient for growth, but be impatient for profit — or unit economics."
Most companies fail at disruption not because their product is bad, but because they either overspend too quickly (turning the innovation into a financial burden) or give up too quickly (pulling the plug before the market develops).
Godrej was different. As Hari observed: "That's something unique to Godrej — you're willing to stick it out throughout this experiment and use this as an opportunity to learn."
ChotuKool wasn't just a product launch. It was a learning experiment — and Godrej had the patience to let it teach them.
"Mentally Autonomous"
Christensen's theory says disruptive innovations need a separate business unit — different P&L, different leadership, different priorities. (We covered this in The Three Types of Innovation.)
But Godrej found a nuance:
"Mentally we are autonomous, mentally we are separate, so that we pursue the strategies that we need. But at the same time, if you do not partner with the existing business, if you do not partner with the resources and capabilities that we have, then we'll be replicating a lot of expenses, and that will make the very innovation not fly."
GS stayed within the business structure, but had the freedom — and direct access to Mr. Godrej — to drive ChotuKool independently. Hari confirmed: "I felt you were part of Godrej, but still, you were very independent driving the early-stage innovation."
It was, as GS described it, "a new way of looking at the best of what Professor Christensen says — autonomy AND interdependent development."
GS had a powerful reframe: "People see this as a low-cost fridge. I see this as a technologically advanced cooler, probably one of the most advanced cooling systems that's on the planet if you think about the potential of it."
He's right. Peltier cooling is actually newer science than compressor cooling. No moving parts means more reliable, not less sophisticated. Solid-state cooling is the future — it just happened to arrive first in an Indian village, not a corporate R&D lab.
The lesson: "good enough" from the customer's perspective doesn't mean "primitive" from a technology perspective. Sometimes the most advanced solution is the simplest one.
Compensating Behaviors Are the Key
If there's one insight Hari would keep above all others, it's this: "You really have to understand compensating behaviors."
Clay was even more direct: "There is no job that is created. They're actually doing the job. If you haven't found it yet, you haven't observed it enough."
Those villagers warming up food in vessels, buying produce daily, unplugging secondhand fridges to save power — they were already doing the job of preserving food. Badly. Expensively. Frustratingly. But they were doing it. And understanding how they compensated told the Godrej team exactly what to build.
Hari connected this to another example: before Procter & Gamble invented the Swiffer, people got on their hands and knees to scrub kitchen floors. The compensating behavior — hands and knees, bucket, brush — told P&G exactly what to solve. And it shaped not just the product but the marketing: Swiffer ads show the ease and stress-free way to clean, directly contrasting with the old compensating behavior.
Technology + Job = Disruption
Clay's final takeaway was deceptively simple: "The technology required to do it exists. And a job to be done exists. But the technology and the job have never been put together in an affordable and accessible product."
The Peltier effect: existed since the 1840s. The rural cooling job: existed forever. Nobody combined them — until Godrej jumped into the fishbowl and saw what was actually needed.
"You don't see jobs to be done by looking at your computer. You got to go there and do dumpster diving. Just get out there and watch what people are doing."
And there's a principle underneath all of this: a job to be done exists independently of products or services. When you see 800 million people who can't buy a refrigerator, the instinct is to think "they need a cheaper fridge." But the real insight is different: there's a job out there — keeping food fresh, having cool water — that exists whether or not any product serves it. Sometimes a product exists but doesn't provide the right experiences. Sometimes no product exists at all. Either way, the job is there, waiting.
And once a market-creating innovation like ChotuKool opens a new market, the work isn't over. Clay explained: "You've got to move into sustaining innovations to make it happen. And the way you define the next generation of sustaining innovations is you figure out what are the experiences in purchase and use that customers need to have so that it would nail the job perfectly." Every generation, you make it better — not by adding features the customer didn't ask for, but by studying how they use it and perfecting the experience.
As Clay himself said: "It clearly is a new-market disruption, because they don't attempt to be as big or as capable as a traditional refrigerator. But it allows a whole new population of people who didn't have a refrigerator to have one." ChotuKool competes against non-consumption, not against LG or Samsung.
ChotuKool is a new-market disruption. It doesn't compete with LG or Samsung on price (low-end) — it uses completely different technology for completely different customers. And it's definitely not sustaining — it's a separate product for people who never had a fridge before. It competes against non-consumption.
What To Do Monday
If you're entering an emerging market
- Don't shrink your existing product. Study the barriers — all of them, not just price.
- "Jump into the fishbowl." Go to where non-consumers live. Watch how they compensate.
- Look for technology that already exists but has never been combined with the job.
If you have an innovation team
- "Be patient for growth, impatient for profit." Don't overspend or give up too quickly.
- Structure with "mental autonomy" — separate strategy but leverage the core's capabilities.
- Let the market teach you: watch for unexpected customers hiring your product for jobs you didn't design for.
For everyone
- Compensating behaviors are the treasure map. People are already doing the job — badly.
- "Good enough" for the customer is a feature, not a flaw. Don't over-engineer.
- The biggest markets aren't where current customers are. They're where non-consumers are.
Key Takeaways
- 80% is the market — The biggest growth opportunity is in non-consumption, not market share
- Jump into the fishbowl — Jobs are discovered by observing real life, not by running surveys or reading reports
- Can't shrink your way to disruption — A fundamentally different job needs a fundamentally different product
- Technology + Job = Innovation — Peltier existed for 160 years. Rural cooling existed forever. Nobody combined them.
- Watch for unexpected adopters — When shopkeepers and flower vendors hire your product, pay attention
- Patient for growth, impatient for profit — Most disruptors fail by overspending or giving up, not by having bad products
Practice Mode
Your company wants to enter a market with massive non-consumption. What do you do?
- Jump into the fishbowl — observe, don't survey
- Map ALL barriers, not just price
- "Good enough" beats "best product" for non-consumers
- Look for technology that exists but hasn't been combined with the job
- Watch for unexpected adopters
- 80% of the market is invisible from the boardroom
- Compensating behaviors = treasure map to jobs
- "There is no job that is created — they're already doing it"
- Frustration + frequency + importance = innovation signal
- Data is a proxy; reality is in the field
- Can't shrink existing products for different jobs
- Patient for growth, impatient for profit
- Mental autonomy + core capabilities = best of both
- Product might become earning asset, not consumption item
- Every generation, make it better — new-market disruption improves over time