Welcome to the 119th edition of Deep Tech Catalyst, the educational channel from The Scenarionist where science meets venture!
This week, I sat down with Miguel Galvez, Co-Founder and Former CEO of NBD Nano (acquired by Henkel), CEO of Nfinite Nanotechnology, and Venture Partner at Republic Ventures.
Drawing from his successful entrepreneurial journey leading NBD Nano, we explored what it takes to move a specialty chemicals company from an R&D platform to a scalable business, and ultimately from the lab to a strategic acquisition.
Key takeaways from the episode:
🧪 Deep Tech can start with a market search
Not every company begins with a finished technology looking for a market. Sometimes the company begins with a broad scientific capability, a strong entrepreneurial drive, and a disciplined search for the applications customers will actually pay for.
⚖️ Materials carry both technology risk and market risk
Advanced coatings and materials are difficult to underwrite because they sit between two worlds. The science still has to work, but the market also has to be discovered, prioritized, and validated through real customer demand.
💰 Specialty chemicals are priced by value, not by cost
In specialty chemicals, the customer is not simply buying liters or grams. The customer is buying differentiated performance. Pricing has to start from the value created in the final product, then work backward into the material business model.
🏭 The “wow moment” is when R&D becomes scalable manufacturing
Getting a customer to say yes is only the beginning. Once a company moves from samples to real orders, it has to become a manufacturing, logistics, regulatory, and supply-chain operation almost overnight.
🎯 Strategic exits are built around what buyers want to buy
An acquisition is not just the result of a founder deciding to sell. The company has to become an asset a strategic buyer wants to own: through technology, customer qualifications, durable revenue, operational capability, or a position in a market the buyer already cares about.
When Deep Tech Begins With Customer Pull
Many scientific companies are described as if they begin with a finished breakthrough: a lab discovery, a patent, a technical insight, and then a deliberate plan to turn that technology into a company.
But that is not always how Deep Tech companies actually begin.
In this case study, the starting point was much more entrepreneurial than scientific. It was not a classic spinout story in which a group of researchers had one mature technology and then went looking for a market. It was closer to the opposite.
There was an ambition to build, a broad interest in coatings and surfaces, and a willingness to search for the right scientific capability that could meet a real commercial need.
At the beginning, the logic was not yet precise. It was not the result of a clean framework or an investor-ready thesis.
It was the kind of beginning that many founders recognize but few cases capture well: a combination of curiosity, relationships, ambition, and a willingness to learn faster than the company was supposed to know.
Entrepreneurship came before the technology
At the time of the company formation, there were already people developing hydrophobic coatings and hydrophilic coatings. But the more interesting idea was the possibility of mixed wettability: surfaces that could combine different wetting behaviors in controlled ways.
That idea opened a broader question: was it possible to build hybrid, tunable wettable surfaces that could produce properties customers actually cared about?
This was not yet a product. It was a direction of exploration.
The team began looking across universities and research institutions for capabilities that could support that vision. They spoke with groups working on interesting surface technologies.
The goal was to understand what intellectual property existed, what technical approaches were possible, and where these capabilities might eventually translate into products.
That is an important point.
The team was not simply starting from one finished technology and building a business around it. It was assembling a view of the technical landscape. It was trying to understand which scientific capabilities existed and how those capabilities might map to market problems.
The original vision was broad: create hybrid, tunable surfaces with different wettability properties. But the company still had to discover what those surfaces were actually for.
Learning enough not to quit
For months, the work was essentially self-education.
The founders locked themselves in a library and read everything they could find on advanced coatings, advanced surfaces, and related technologies. They tried to get smart quickly, both on the science and on the business.
That kind of learning phase is easy to underestimate from the outside.
In Deep Tech, there is often a large gap between the scientific literature and the commercial opportunity. A founder has to understand enough of the science to know what is possible, enough of the market to know what is valuable, and enough of the customer’s world to know what would actually be adopted.
That is especially true when the founders are not beginning with a finished product.
Given that the CTO quit a couple of months after the startup launched, the co-founders eventually found a postdoc at the University of Nevada, Las Vegas, who was working on relevant technology and brought him in. That helped build technical capability.
But the deeper pattern remained the same: learn, search, test, and keep moving.
The first years were not a clean march toward one obvious product. They were a long period of becoming credible. That credibility had to be built in several directions at once.
The team had to understand the science well enough to develop something differentiated.
They had to understand customers well enough to know where a coating could matter.
And they had to build enough organizational capability to turn early technical experiments into something that could eventually be sold.
In that sense, persistence was a method. The company survived because the founders kept increasing the quality of their understanding.
Customer discovery across many possible markets
The customer search was extremely broad.
The team spoke with companies across very different sectors: soccer cleat manufacturers, wind turbine manufacturers, power plant operators, electronic OEMs, accessory brands, and others.
The common thread was not the industry, but whether advanced surfaces and controlled wettability could solve a meaningful problem.
That breadth was not accidental.
When a platform materials company is still searching for its best application, it cannot always begin with a single narrow market assumption. The same underlying capability may have multiple potential uses, but not all of those uses are commercially equal.
Some may be technically interesting but not urgent.
Some may be valuable but too hard to adopt.
Some may have large markets but weak willingness to pay.
Some may look small at first but provide the first real path to revenue.
The work, then, was to match capability with need. Eventually, 2 products emerged from that search. One was an anti-fingerprint coating. The other was a UV-cured stain-resistant coating.
Those products did not appear because the company began with a perfectly defined market and executed a straight-line plan. They appeared because the company kept looking for the intersection between what it could build and what customers might actually buy.
That is one of the main strategic lessons from the first phase.
This was not technology push in the traditional sense. It was not a company taking one invention and forcing the market to accept it. It was also not a purely customer-led process where the market simply specified the answer.
It was a search process between science and demand.
The company started with a broad technical belief: that advanced, tunable surfaces could create value. Then it looked across markets until it found applications where that value could become concrete.
That distinction is critical for Deep Tech founders.
A scientific capability is not yet a company. A market need is not yet a product. The company begins to form when those two things are brought close enough together that a customer can recognize the value.
Platform Materials Companies Carry Both Technology Risk and Market Risk
One of the most important lessons from the journey is that platform materials companies are difficult to judge because they sit between two different kinds of uncertainty.
In some startup categories, the dominant risk is relatively clear.
In software, the technical risk is often lower. The product may still be hard to build, and execution still matters, but the bigger question is usually whether the market wants it, whether customers will adopt it, and whether the company can acquire users or accounts efficiently.
In biotech and life sciences, the dynamic is often almost reversed. The market is clear. The problem is whether the science actually works.
Platform material technologies are more complicated. They usually have both risks at the same time.
The technology may not yet be proven at the performance level a customer requires. It may not scale. It may not survive real production conditions.
At the same time, the market may not be obvious either. Customers may like the idea but not be willing to pay. The application may be too niche. The adoption path may be harder than expected.
That combination makes coatings and other platform material technologies especially hard to commercialize.
Why coatings are a unique game
Coatings are a good example of this problem because they can appear deceptively flexible.
A surface modification technology may have potential relevance in many sectors. It may improve wettability, stain resistance, scratch resistance, fingerprint visibility, antimicrobial properties, or other surface-level performance characteristics.
That flexibility is attractive, but it creates a strategic challenge.
If a technology can apply to many markets, it is not always obvious which market should come first. A founder may see applications in consumer electronics, energy, industrial equipment, apparel, packaging, infrastructure, or medical devices.
Each market may look promising in a different way. Each may have its own customer structure, qualification process, regulatory environment, pricing logic, production requirements, and scale-up challenge.
That means a platform materials founder has to avoid 2 opposite mistakes.
The first mistake is to be too unfocused, chasing every possible application because the technology seems broadly useful.
The second mistake is to focus too early on one application before the company has enough evidence that the market, pricing, technical requirements, and customer adoption path actually make sense.
This is the tension at the center of advanced materials.
Focus matters because startups have limited time, money, and bandwidth. But premature focus can be dangerous when both the technology and the market are still uncertain.
A systematic, diversified application search
For a platform coatings company, a diversified application search can be the right approach in the early stage.
That does not mean trying to build a full business in every possible market. It means keeping multiple applications alive long enough to understand which ones deserve conviction.
This is especially important when the underlying material capability could express itself in different ways. The founder has to learn those differences through real customer interaction.
In the NBD Nano case, the early search covered a wide range of potential customers and industries.
That breadth helped to reduce the risk of betting too early on the wrong application. The company needed to understand where its capabilities could produce value that customers would recognize and pay for.
That is why a platform materials company often has to keep a few possibilities in the background, even after it begins prioritizing one or two markets.
A market that looks secondary at the beginning may become more attractive once a customer shows urgency. A market that looks obvious may become less attractive once the company understands the price sensitivity, regulatory burden, or production complexity.
The goal is not endless optionality. The goal is disciplined optionality.
A founder needs enough openness to discover the right market, but enough discipline to avoid becoming a science project with too many directions and no business.
Questions that shape the logic of the business
In practice, the application-selection process comes down to a set of commercial and operational questions.
Who is the customer?
How large is the market?
What is the potential pricing?
How easy is the product to scale?
Can the product support high gross margins?
Is the customer need strong enough to justify adoption friction?
What are the regulatory constraints?
Can the company manufacture through third parties, or does it need to build its own production assets?
The company was not trying to build a large manufacturing asset from day one. It wanted a model that could generate real revenue and real margin while relying on scalable third-party manufacturing.
That mattered because manufacturing strategy directly influences capital intensity.
If a materials company has to build expensive production infrastructure before proving demand, the risk profile changes dramatically.
If it can use contract manufacturing while still owning the technical know-how, managing quality closely, and maintaining the customer relationship, the path can be more capital efficient.
The same logic applied to pricing.
The company was looking for applications where it could behave more like a specialty chemical business than a commodity materials business. That meant finding opportunities where the customer was not simply buying volume at the lowest possible price, but paying for a specific performance improvement.
That is where high margin becomes possible. But there is a tradeoff.
The more specialized and high-margin the application, the more limited the total addressable market can become. The larger and more commodity-like the market, the harder it is to sustain high pricing.
The tension between margin and market size is one of the central strategic problems in advanced materials.
A specialty chemical opportunity may be attractive because it offers differentiated pricing and strong gross margins. But it may not always support enormous market scale.
A commodity opportunity may offer a much larger market, but it requires a very different production and unit economics model.
Those are not minor differences. They shape the entire company.
A founder building a specialty chemical company is playing one game. A founder building a commodity materials company is playing another.
For NBD Nano, the clearer fit was specialty chemicals.
The goal was to build a high-margin, scalable business around differentiated surface performance. That meant choosing applications where the customer cared enough about the functionality to pay for it, and where the company could supply the material without taking on unnecessary manufacturing burden.
That kind of decision is not just about technology. It is about business architecture.
A platform materials company becomes successful when it can show not only that the science works, but that the chosen application can support the right combination of margin, scale, manufacturability, and customer demand.
That is the difference between having an interesting material and having the foundation of a company.
Turning Product Value into a Pricing Strategy
A commodity business and a specialty chemical business are not priced the same way. They are not sold the same way. They are not even evaluated through the same commercial lens.
In a commodity market, the reference point is usually the existing material.
The customer already has an alternative. The market already has a price. The challenge is to produce at a cost structure that allows the company to compete near that existing benchmark.
In that world, the question is relatively direct: can the new material perform at the required level while staying close enough to the commodity price?
If the answer is yes, and if the production economics work, the opportunity can become very large.
Commodity markets are often huge. But the difficulty is that the business has to survive within tight economic constraints. The company has to produce profitably against a market price it does not fully control.
Specialty chemicals work differently.
In specialty chemicals, the goal is not simply to be cheaper than the existing alternative. The goal is to deliver a differentiated property that the customer values enough to pay for.
The customer is not buying kilograms or liters. The customer is buying performance.
That performance might be better fingerprint resistance. It might be stain resistance. It might be antimicrobial functionality. It might be scratch resistance. It might be a PFAS-free chemistry. It might be a combination of several properties that together make the customer’s product more attractive.
The business therefore has to answer a different question:
“How much value does this functionality create for the customer, and how much of that value can the company capture?”
The difference between commodity and specialty logic
The distinction between commodity and specialty logic is essential because it determines how the founder should think about margins.
In a commodity business, pricing is tied closely to the bulk material market.
A company may have a better process, a lower-carbon version, a more sustainable feedstock, or a different production method, but the reference price is still usually visible. The customer knows what the existing material costs.
That creates discipline, but it also creates limits.
Specialty chemicals give the company more room, but only if the performance difference is real and meaningful.
A customer will not pay a premium just because the chemistry is interesting. The customer pays because the material enables something that matters commercially.
In the case of NBD Nano, the relevant question was not simply what the coating cost to make. The relevant question was what added functionality the coating gave the customer’s product.
In some cases, the value could come from antimicrobial functionality or improved scratch resistance. In other cases, the value could increase because the material combined multiple functions at once.
The more specific and differentiated the functionality, the more room there was to price based on value rather than input cost.
That is where specialty chemical margins come from.
The company is not rewarded for selling a cheap material. It is rewarded for creating a small but important improvement inside a larger product where the customer can use that improvement to differentiate.
Starting from the customer’s product economics
The pricing process began with the customer’s end product. That is a very different starting point from asking: “What does this liter cost us to produce?”
In consumer electronics, the company was selling into products such as phone screens, screen protectors, phone cases, and other mobile device components. To understand pricing, the team had to look at the economics around those products.
A phone screen protector might cost only a few dollars to manufacture, but it might retail for far more through a carrier or retail channel.
That difference matters because it shows the customer’s margin structure, distribution cost, marketing cost, and competitive pressure.
The customer’s problem was not simply that it needed a coating.
The customer needed a reason for consumers to choose its screen protector rather than another screen protector. That is where added functionality becomes valuable.
For instance, if a screen protector can claim better anti-fingerprint performance, antimicrobial properties, or another differentiated feature, that could give the brand a marketing edge.
In that sense, the coating becomes a relatively small input cost inside a product that is marketed through performance and differentiation.
The pricing logic moved backward from the customer’s commercial reality.
The team looked at the baseline cost of existing anti-fingerprint coatings, which at the time might have been around eight or ten cents per screen.
They knew their own cost of production was much lower than the value they believed they could create. They also knew they were offering improved performance and potentially additional benefits, such as PFAS-free chemistry or antimicrobial functionality.
The question then became:
“What is the customer willing to pay per unit for that improved performance?”
The answer might not be parity with the existing coating. If the performance is better, and if the customer can use that performance commercially, the company can try to capture more value.
In the case discussed, that might mean targeting something like fifteen or twenty cents per phone screen rather than simply matching the baseline coating cost.
That number was not arbitrary. It was an estimate of value capture.
It reflected the end product, the competitive positioning, the functional improvement, and the negotiation terms around the account. If the customer wanted exclusivity, that could affect the economics. If there were other commercial terms, those mattered too.
The point is that pricing was not a lab calculation. It was a customer-value calculation.
The “Wow Moment”
Every advanced materials company eventually reaches a moment when the work changes.
For a long time, the company is essentially an R&D organization. It has a lab. It has scientists. It may have a salesperson. It is making samples, sending them to customers, waiting for validation, and trying to prove that the material can do something useful.
That phase can last a long time.
The company is still learning what the customer wants, how the material performs, and which applications are worth pursuing. Most of the work is technical and experimental. The team is trying to get someone to care enough to test the product seriously.
Then, eventually, if things go well, somebody actually wants to buy. That is the moment everything changes.
It is exciting, but it is also disorienting. The company may have spent years trying to get a customer to say yes, only to realize that a yes creates a completely different set of problems.
The question is no longer only whether the coating works.
The question becomes whether the company can produce it, ship it, qualify it, regulate it, store it, and support it at a level that a real customer can rely on.
That is a very different company from the one that existed during the R&D phase.
When a customer actually wants to buy
The “wow moment” did not arrive as a single clean strategic insight. It arrived through customer pull.
One customer liked the RepelFlex coating and wanted to launch it. The application was initially in phone cases and accessories. Until that point, the company had been operating in the logic of samples and small quantities. Then the customer asked for something closer to a real production volume.
The number was no longer grams. It was hundreds of kilos, maybe even tons.
The natural answer from the founder’s side was: yes, of course. But internally, the gap was obvious. The company had made something like 50 grams. The customer wanted industrial quantities.
This is one of the defining realities of materials commercialization.
A successful sample is not the same as a manufacturable product. A customer validation is not the same as a supply chain. A lab process is not the same as a business.
The early R&D company had to become something else very quickly. It had to become a scale-up manufacturing and logistics operation.
Scaling from grams → kilos → tons
Once the customer wanted volume, the company had to build the infrastructure behind the product.
These questions may look operational, but in advanced materials they are strategic.
A customer does not only buy the performance of a coating. It buys the confidence that the supplier can deliver that coating repeatedly, safely, and at the required scale.
This is especially important when the material is entering a production line.
The customer’s business depends on reliability. A coating that works once in the lab but cannot be supplied consistently is not yet a commercial product.
The transition from grams to kilos and tons therefore forces a company to confront the full stack of commercialization. Manufacturing, logistics, warehousing, quality, inventory, regulatory approvals, and customer support all become part of the product.
The customer has to want it, the technology has to work, and the company has to be capable of delivering it at the scale and reliability the customer requires.
Why operational talent matters early
The company was fortunate to have a COO who came from the chemical industry and understood these problems. That mattered enormously.
Without that experience, the company might not have been able to move fast enough. Or it might have taken much longer, which in a real customer situation can be the same as losing the opportunity.
This point is easy to overlook in deep tech because the early company is often built around scientific talent. That makes sense. The first challenge is to make the technology work.
But once the company begins commercializing, operational talent becomes just as important.
Someone has to know how chemical manufacturing actually works.
Someone has to understand contract manufacturers, regulatory requirements, logistics, warehousing, production planning, and customer supply expectations.
Someone has to convert the scientific promise into a repeatable commercial system.
That is not administrative work. It is company-building.
In advanced materials, the first real customer order can expose every missing capability inside the business.
It reveals whether the company has been building only a technology or whether it has started building the organization required to deliver their “technology-enabled” solution. (AKA: a product).
That is why the wow moment is both exciting and dangerous. It proves that the market may exist. But it also tests whether the company is ready to serve it.
The second “wow moment”
There was another kind of “wow moment” around the anti-fingerprint coating. This one was more personal and product-driven.
That type of moment matters because it gives a founder conviction. It is the feeling that the product is not just technically interesting, but visibly better in a way that a customer can understand.
in facts, for anti-fingerprint coatings, the performance was immediately visible. The product changed the surface in a way that was easy to recognize.
But conviction alone was not enough. The founder still had to help customers see the world the same way through a compelling narrative.
This is another important part of Deep Tech commercialization: the founder may understand the importance of the breakthrough before the market does.
In those cases, selling is partly an act of translation.
The founder has to show the customer why the performance difference matters, how it can create value, and why it is worth changing what the customer already uses.
That is especially true when the product is not a standalone device but a material embedded inside somebody else’s product.
The end customer may never know the name of the coating company. The brand owner may care only if the coating helps the final product sell, differentiate, or perform better.
The founder therefore has to connect a technical property to a commercial outcome.
That is what the anti-fingerprint moment represented. It was not only “the coating works.” It was “the coating works in a way that should matter to the customer.”
There are three deeper lessons here:
Invention creates the opportunity. Commercialization creates the company.
Customer interest becomes meaningful only when it can be converted into production, revenue, and repeatable delivery.
The “wow moment” is not simply when the customer says yes. It is when the company realizes what that yes truly requires.
Building Toward a Strategic Exit
The path to acquisition in advanced materials is rarely a single event. From the outside, it can look like a company builds for years, receives an offer, and exits.
But in practice, the process is usually far less linear.
It is shaped by customer qualifications, revenue quality, strategic timing, macro disruptions, supply chain issues, and the buyer’s own view of what it needs in the future.
The important point is that a company does not become acquirable simply because it has revenue. Revenue matters, of course. But in materials, acquirability depends on something broader: whether the company has become strategically relevant to a buyer.
That strategic relevance can come from technology, customer relationships, qualification status, production capability, or the possibility of helping a large incumbent enter or defend a market.
In the case of NBD Nano, the acquisition path was closely connected to the company’s ability to move beyond early accessory customers and prove that its technology could play with major OEMs.
That distinction matters.
Selling into accessories helped create real revenue. It helped the company build the business, learn the manufacturing process, and move toward cash flow break-even.
But becoming a strategic asset required something more. It required showing that the technology could qualify with the large brands everyone recognized. That is where the business moved from being interesting to being acquirable.
Revenue is not enough
The early commercial focus was very practical: get to revenue.
The company was trying to reach its first million dollars in sales. Then the target became two or three million. The break-even point was around three and a half million, so the focus was not abstract. It was about building a profitable, cash-flow-positive business with the customers that were available.
Much of that early revenue came from the accessory market.
That was useful revenue. It validated demand, created commercial activity, and helped the company survive. It also forced the company to learn how to support customers, qualify materials on production lines, and manage the operational reality of selling coatings into real products.
But large OEM qualification was a different level of proof.
Large OEM qualification signals that the material can meet demanding customer requirements, survive long technical evaluation cycles, and potentially become part of much larger product programs. It also tells an acquirer that the technology is not limited to small or unstable accounts.
In advanced materials, this matters because major customers are often conservative. They may like a startup’s technology, but they still have to ask whether they can rely on a small company as a supplier.
If the customer is already using large multinational chemical companies, it becomes difficult for a startup to compete on trust, balance sheet, supply reliability, global support, and brand credibility.
The difference between early revenue and durable revenue
One of the clearest lessons from the journey is that not all revenue has the same quality. Accessory revenue was valuable because it could move faster.
The cycles were shorter, customers could adopt more quickly, and the company could generate sales while continuing to work on larger opportunities.
But that revenue was also fragile. The same speed that made accessory accounts attractive also made them unstable.
A company could win an account quickly, but it could also lose it quickly. Product cycles were fast. Customer priorities changed. Supply chain disruptions could hit hard. The revenue was real, but it was not necessarily durable.
OEM revenue was the opposite.
It took much longer to win. Qualification could take years. The process required repeated testing, technical validation, production trials, and relationship building.
Even after a company began the process, there was no guarantee that the account would convert into meaningful production.
But once the company qualified, the revenue could be much more stable.
That is why OEM qualification carried so much strategic weight. It was not just about the size of the account. It was about the durability and credibility of the business.
A startup selling advanced materials has to understand this distinction clearly.
Fast revenue can help the company survive. Durable revenue can change how the company is valued.
In the NBD Nano story, both mattered.
The accessory business helped the company get to real commercial traction and work toward profitability. But the OEM qualification path helped create the strategic logic for acquisition.
The company needed the early revenue, but it also needed the larger proof point.
That is a hard balance for founders.
The accounts that keep the company alive may not be the same accounts that make the company strategically valuable. The near-term revenue path and the long-term acquisition path can overlap, but they are not always identical.
Founders have to manage both.
Selling the business is a marathon
The acquisition did not happen because one day it suddenly became obvious that the company should sell. It was a multi-year process.
The company had been working toward a sale for two or three years before the deal finally crossed the line. There were strategic conversations, potential acquirers, customer dynamics, and macro shocks along the way.
COVID made the situation even more difficult.
At one point, the company lost roughly 60–70% of its revenue as customers were hit by supply chain disruptions and financial pressure. Some customers could no longer continue buying or qualifying new materials at the same pace.
That forced the company into survival mode. The team had to rebuild lost business, win new customers, continue the sale process, and keep the company moving while the market around it was disrupted.
That context matters because it makes the exit more realistic.
Acquisitions are often described as clean success stories after the fact. But in reality, getting a deal done can require years of endurance. It can involve rebuilding revenue, managing uncertainty, keeping customers engaged, and convincing buyers that the asset still matters despite turbulence.
The company knew that the next phase would require resources that a strategic acquirer could provide. To reach the next inflection point, the business needed more cash, broader sales channels, stronger distribution, and the credibility of a larger platform.
The acquisition therefore made sense not only as an exit, but as an operational and strategic step. The business had reached a stage where the next level of growth could be better supported inside a large chemical company.
Final thoughts
One of the most important exit lessons is also the simplest:
Founders do not really sell companies. Buyers buy them.
That may sound like a small distinction, but it changes the way a founder should think about exit strategy.
A founder can decide that they want to sell. They can hire a banker. They can run a process. They can speak with potential acquirers. But none of that creates an acquisition unless a buyer sees something it wants badly enough to purchase.
The company has to become an attractive asset. In advanced materials, that asset can take several forms.
It can be a technology that gives the acquirer a future advantage.
It can be a set of customer qualifications that the acquirer wants to own.
It can be a revenue base that fits into the buyer’s commercial structure.
It can be a manufacturing capability, a product line, or a strategic position in a market the buyer already cares about.
If the exit strategy is based on an acquisition, the founder’s job is to build something that a specific category of buyer would want to buy. Again, the customer comes first.
That requires understanding the acquirer’s perspective early. Powerful questions might include:
What capabilities do large companies need?
Which markets are they trying to enter or defend?
Which customer relationships matter to them?
What proof would make them believe the technology is ready?
At what point does the startup become more valuable as part of their platform than as an independent supplier?
These are not questions to ask only at the end. They shape the way the company should think about customers, qualifications, partnerships, revenue quality, and strategic positioning from the beginning.
An exit is not just a financial event. It is often the point where the technology finds the platform it needs to scale. That is why, for some Deep Tech companies, acquisition should be considered as part of the commercialization path, not as something separate from it.
For some companies, the best outcome may be to scale independently for a long time. For others, the right strategic buyer can unlock the next stage of growth faster than the startup could do alone.
The key is to know what kind of asset the company is becoming.
Because when the buyer finally acts, it is not buying the founder’s desire to exit. It is buying the future it believes the company can help it own.
