Tag Archives: Entrepreneurship

Philippe Mustar – Entrepreneurship in Action – episode 4

Following two previous articles here and there and there again about this very interesting book, here are a few more lessons.

About selling a product

Expliseat is as rich as DNAScript in lessons especially about the description of how 3 young people with no experience in the field will find and bring together the skills to design, produce and sell. We also see one of the founders leaving the ship without the adventure stopping and finally page 186: During these years, Benjamin also learned that the only economic argument (“we make you earn money”), and more broadly those which are purely rational, are not sufficient to convince the customer:

“If you come up with a purely rational product, it’s not a good product, because the buying process isn’t one hundred percent rational. It was important for us to understand this. With the […] then the […], we said: “this is the best […] on the market”, but for the customer, the best […] is also a [product] which is beautiful, which one desires, which inspires confidence … It requires commercial work on the product to make it attractive. The end goal is that people no longer just buy a [product], they buy [our product], something that is beyond the product, they buy a brand, an industrial experience, a purchasing experience, a customer experience, an after-sales service… This is typically what you do when you buy an iPhone, you don’t buy a phone, you buy an Apple, you buy an experience, well it’s the same thing in industry and B2B ”. [Pages 194-5]

The “process of innovation”

What surprises about this story is the apparent mix of genres: the [product] is not yet certified, nor realized and entrepreneurs are already selling it. We are witnessing a real whirlwind in which the team experiments, manufactures, sells, tests, collaborates with various actors, negotiates certification, modifies the project, transforms the [product], changes alliances, partners and market, goes back, takes a detour to a research laboratory abroad, develops a new prototype… We are far from the classic model of innovation, a linear model where distinct stages follow one another: research, then experimental development, prototyping, industrialization and, last step, commercialization. In such a process, the customer or user is passive, she or he enters at the end and the only room for maneuver is to accept or refuse the innovation.

This linear process is a kind of relay race where the end of one stage marks the start of the next stage; and, within the company, each of these steps is the result of a different department: research department, design office, production department, then marketing and commercialization … This sequential vision has been widely criticized by literature, whether it is evolutionary economic theories, the sociology of innovation or the management of technology.

About the market

Expliseat seems to be coming at the right time in their [market]. Often companies with their innovation arrive too late or too early in the market they are targeting. The Greek word kairos [1] qualifies this moment, it is the time of the right moment, the instant of the opportunity. [Pages 195]

[1] The Greek god Kairos is the winged god of opportunity, to be seized when it passes. He is represented by a young man who has only a tuft of hair on his head. As he passes nearby, either you don’t see him, or you see him and do nothing, or you reach out and grab his hair, thus seizing the possibility, the opportunity.

I’ll let you explore the author’s use of the Scrabble metaphor to show you that there is no real innovation process out there, nor opportunity there, but permanent construction from next to nothing.

About decision making under uncertainty

The founders’ ability to act is found in particular in the multiple choices they are faced with, and in the variety of options available to them. For what type of aircraft can this ultralight seat be produced? What form should this take? What materials to use? Which shareholders to bring into the capital? Where to install the company? Should we do it or have it done/outsourced? Which subcontractor to work with? Which research laboratory should be mobilized to solve a specific problem? Which engineer to recruit? What modifications should be made to the structure of the seat? With which industrial partner to enter into an alliance? Which business strategy to choose? Which business model to adopt? At what price to sell the seat? How to organize the business? Etc.

Along with the diversity of actors that we have highlighted, the process I am studying is also populated with a multitude of choices. These are many options that entrepreneurs explore. Here too, they are as much technical as they are economic, organizational or social. The story of Expliseat is the story of an expedition, its actors engage in unknown territory: which options to choose, which to close, which to open or re-open? “To govern is to choose”, says the maxim of the Duke of Lévis. Many options explored in this story lead to dead ends, others that will be exploited lead to failures, and finally others lead to success – and one could say, after the fact, but only after the fact, that “it was the right choice”. [Pages 203-4]

Philippe Mustar – Entrepreneurship in Action – episode 3

Here is episode 3 of my reading Entrepreneurship in Action by Mustar after episode 1 and episode 2.

I would like to mention what I consider an amazing coincidence in comparing two pages of Mustar’s book and the Google following short video.

There Larry page gives tips including:
Tip 2: There is a benefit from being real experts. Experience pays off.
Tip 3: Have a healthy disregard for the impossible. Stretch your goals.

About tip 2: “We worked on Google for many years at Stanford before we started the company. And that was a pretty nice position to be and we understood sort of all aspects in search. We talked about the search companies for many years. We really knew a lot about what’s going on. They can do that pretty cheaply, right? It’s just your labor, right? You can invest a year or two or three years and really learn something very, very well before you start having hundreds of people working on the problem.”

About tip 3: “I went to a leadership seminar once in Michigan where I came from and they have this great slogan which is, “Have a Healthy Disregard for the Impossible.” What this means is that, you really stretch goals that you’re not sure you can achieve but are sort of reasonable. You don’t want completely outlandish goals either. In fact one thing that I didn’t quite realize when I was starting Google is that it’s often easier to have aggressive goals. Now what that means is, a lot of time people take very specific things they want to do because they think they’ll be easier to attain. What happens if you’re being more specific, smaller markets and that kind of thing, you also get less resources.”

which I compare to pages 120-21:

About expertise: “To respond to these multiple questions, the trio meets many actors: “It was also important to speak very quickly to customers and experts in the field.” […] The team conducts a competitive watch to understand the positioning of the three major producers, but also the smallest that share the remaining 20% of the market. “I did all the fairs to understand how the sector works, how prices are fixed, what are the innovations in progress”. The objective for the trio is to differentiate its offer as much as possible from that of its future competitors.”

About the impossible: “During this period, as in the years that followed, many voices tell them that what they plan to do is not possible, that if we could […] the large companies that dominate the market would have already done it, that the development of industrial equipment is long and expensive and that they are subject to a tatillon certification process that the composite materials they hope to use will never pass. Last But Not Least, how young inexperienced and totally ignorant engineers of the sector could succeed in the giants of the sector, their tens of thousands of employees and their armies of experienced engineers.”

A final message from the founders of Expliseat which I find also very interesting: Unlike the entrepreneurship manuals which advise teams of founders to divide up the functions very early on, at Expliseat, during the first year of the project, the three entrepreneurs play all the roles at the same time. “Everyone does everything”. This is the formula they liked to repeat then.

Philippe Mustar – Entrepreneurship in Action – episode 2

Entrepreneurship in Action by Philippe Mustar is a really good book, as I had hinted in my previous post.

I just finished reading the analysis about DNA Script which I found very convincing. More than 70 pages describing an adventure which is built by moving forward often blindly, and with a lot of uncertainties. You learn by doing very often. Here is the concluding page which will hopefully make you want to read the full chapter.

Through discussions with them, the creators of DNA Script never gave the feeling or expressed the fact that they took any risks. Sylvain only sees risk as an opportunity cost for the entrepreneur: “the cost of time spent working on a project that may not work when we could have spent this time on another job or another project that would have worked better”. Thomas distinguishes between two types of risk. The first is linked to the psychological perception of failure, particularly by the entrepreneur’s entourage, which still exists in France but is declining. This type of risk was not very present for him. The second is the material risk.

“Normally, if you do things right, the material risk to each individual’s assets is well protected – even if sometimes entrepreneurs do stupid things. The material risk for people like us was having to find a job. That is all”.

Which wouldn’t have been difficult for the three engineers.

Becoming an entrepreneur, always according Thomas, is not so much taking risks as “getting out of your comfort zone”, and this in at least three areas: the need to learn, the responsibilities to be assumed and the amount of work to be done.

First of all, the first-time entrepreneur will have to learn a lot of things in a wide variety of fields. “You have to want to learn, to feel that your day is completed when you say to yourself that you have really learned things.”

Then, you must face strong responsibilities.

“In large companies, executives who hold important positions remain very protected by the organization; some have cost their companies huge amounts of money without real consequences. Conversely, Sylvain, Xavier and I, if the business goes badly, we are directly responsible for the job of the employees of the company, as well as for the money of our investors. Both have trusted us. This is a big responsibility. The company is a legal person, which has an interest that may be different from the interest of the manager or that of any of the employees. We are responsible for this legal person because today, without us, it cannot be autonomous. You have to constantly ask yourself: what is the best interest for the company?”

Finally, the entrepreneur must step out of his comfort zone, especially on the amount of work he has to accomplish. “There’s a monumental amount of work, all the time, at every moment, on very different things, it’s a huge mental load. They say success is 10% talent and 90% transpiration, that’s right.”

Philippe Mustar – Entrepreneurship in Action

The newspaper Le Monde just published an article about a recent book by Philippe MustarL’entrepreunariat en action. Ou comment de jeunes ingénieurs créent des entreprises innovantes. (Entrepreneurship in Action- Or how young engineers create innovative companies.)

The beginnings are very interesting as the following extracts show: “These stories underline that the creation of an innovative company is an experimental process for which no one knows in advance nor what will be the results or the point of arrival, nor even what knowledge and skills are needed to carry out this experiment. Unlike many stories and “cases” of business creation, where these tests and trial and error are forgotten, where the finished house is presented without the scaffolding that allowed it to be built, the reader is invited here to enter into these experiences (with not only their successes but also their dead ends and failures), and into the fabrication of the technical or economic content of these innovations (contents which, as we will see, are inextricably linked).” [Page 11]

And furthermore [Page 13] “[The book] does not provide recipes or a list of recommendations, it rather seeks to make processes and mechanisms intelligible, and thereby to make them more easily mastered by those who are are preparing to start a business.”

Then on page 27, “Except that I defend the idea that finding or creating opportunities, and exploiting those opportunities are not two separate moments and are part of a single movement.” with the following footnote: “As early as 2004, Per Davidson in his work Researching Entrepreneurship (New York, Springer) criticized this separation and insisted on the interweaving of the phases of discovery and exploitation. He will also sharply criticize this notion of opportunity. Another important criticism attacks the pre-existence of opportunities that would be discovered by entrepreneurs, Sharon Alvarez and Jay Barney argue that opportunities are built by entrepreneurs and that they do not exist independently of them. For this constructivist perspective, opportunities cannot exist outside the imagination of the entrepreneur of his future world. Alvarez S. A. and Barney J. B., 2007, “Discovery and Creation: Alternative Theories of Entrepreneurial Action”, Strategic Entrepreneurship Journal, 1: 11-26.”

The first part is devoted to a biotech startup seeking to produce synthetic DNA, DNA Script. I found there convincing testimonies as to the complexity of situations. For example:

“Yes, it’s a much better idea to make shovels rather than trying to dig. It is better to sell shovels than to be a gold digger because the likelihood of you finding a vein is extremely low. Whereas you are sure to sell shovels to anyone looking for a vein. Yes, let’s make a tool that will allow all gold diggers to dig faster, deeper and more easily “(Sylvain). [Page 45] Here is a tough first choice that will impact the creation of final value and whose decision is not as simple as these entrepreneurs seem to say…

“I meet a lot of entrepreneurs who only see these aspects: who is going to be the CEO, how we are going to dallocate the shares … all of this in reality is incidental, like the logo or the name of the company. What is needed above all is the concept and motivation, we have to agree on a professional life project together: is this really what we want to do? Why? What are our motivations? What is everyone’s commitment to the project? And it’s only after you see the details, the percentages, the miscellaneous stuff. It’s important to do this really well, to have a process even to do it.” [Page 47] Other critical topics, on what is essential vs. incidental because an entrepreneur cannot do everything at once.

Exciting and to be followed!

Knowledge, skills and personality of entrepreneurs

A friend (thanks Kevin!) just retweeted the following: What kind of Knowledge, skills and personality traits are common to successful entrepreneurs?

I tend to agree 100% but I may have an idealized view of my own experience! It also reminded me another quote from the same period (2011 vs. 2010) by Steve Blank: Over the last decade we assumed that once we found repeatable methodologies (Agile and Customer Development, [Lean Startup], Business Model Design) to build early stage ventures, entrepreneurship would become a “science”, and anyone could do it. I’m beginning to suspect this assumption may be wrong. It’s not that the tools are wrong. Where I think we have gone wrong is the belief that anyone can use these tools equally well. In the same way that word processing has never replaced a writer, a thoughtful innovation process will not guarantee success.” Blank added that “until we truly understand how to teach creativity, their numbers are limited. Not everyone is an artist, after all. The full interview can be found on archive.org.

and also Komisar: “I think there’s stuff you can’t possibly learn in school and I’m not even sure you can learn that on the job. There’s an entrepreneurial character. Some people have it and some people don’t. Some people may not think they have it, and they may have it. A lot of people they think they have it, and many don’t.”

The Microchip Revolution (Final Part)

I just finished reading The Microchip Revolution about which I wrote for posts here, there and there. This is a beautiful recollection of what Silicon Valley brought to the world. The revolution began with the Traitorous Eight who looked like this when young

and like that a few years later (from the New York Times Julius Blank, Who Built First Chip Maker, Dies at 86)

Fairchild Semiconductor’s founders in 1988. Victor Grinich (left), Jay Last, Jean Hoerni, Julius Blank, Eugene Kleiner, Sheldon Roberts, Robert N. Noyce (seated, left,) and Gordon E. Moore. Credit: Terrence McCarthy

I could not finish this history witout some cap. tables, the ones of companies mentioned here, that I could build: Intel, AMD, Cypress, IDT, Lam Research. I desesperately looked for data about Intersil, but neither the SEC nor Thomson Reuters could help me. Will you?

and as a postcript on Oct 13. 2020, Micron Technology, which had every unusual local investors from Idaho with a convertible loan structure:

The Microchip revolution (part III) : the maturity

You will find part I here and part II there. If the 60s were the early days which ended with the oil crisis in 73, the maturity came in the 80s with a second crisis coming from Japanese competition.

There was still a lot of uncertainty as the authors show in the chapters dedicated to Cypress, IDT, Micron. For example:

Another example about the uncertainty around which technology was superior for memory products at the time is that in 1986, when I was a founder of a semiconductor startup company with a business plan predicated on making bipolar RAM products. This was Synergy Semiconductor. We were funded by two premier Sand Hill Road venture capital firms, Sequoia Capital and Mayfield Funds. Even these supposedly smart VC partners couldn’t predict the superiority of the MOS technology in the memory chip business. Rodgers and Cypress made the correct bet on CMOS. It is also interesting that Sequoia Capital invested in Synergy with bipolar technology and Cypress with CMOS technology, thereby covering their bets. (Synergy never went public, struggled for 10 years and was eventually bought by Micrel.)

Intel didn’t believe that they needed CMOS for their memory or processor products for years. They knew that CMOS was a more complex process, and therefore more expensive, and they were not yet dealing with the high-power limitations of their process. Intel did not switch to CMOS for memory products until 1986. [Page 260]

Entrepreneurship is the ability to face these uncertainties and also to act by taking risks:

I already knew that [Rodgers] was a special guy, very smart, in great shape, from running every day and probably a risk taker, but this was nuts [diving in a dangerous place in Hawaii]. What if the timing was wrong and he gets sucked into the tube? How will I get help, it is a 15-minute walk over lava. But he did it. And then he jumped it. He did it twice! This event defines Rodgers. He is self-assured, even egotistical, but able to back up his decisions with actions and willing to take risks even if the parameters are not totally known. Shortly after the lava leaping escapade, he quit AMD and started Cypress Semiconductors. [Page 252]

While he was still at AMD, [Rodgers] got a call from a venture capitalist who was doing reference checks on an executive and inventor while at Fairchild and who also trying to raise money to start a new business. This got Rodgers thinking: “If this guy can raise money and start a new business, why can’t I do it?” And he began exploring the possibility of doing just that. [Page 253]

This reminds one of my favorite quotes ever, from Tom Perkins the famous P in KPCB (Kleiner, Perkins, Caufield and Byers): The difference is in psychology: everybody in Silicon Valley knows somebody that is doing very well in high-tech small companies, start-ups; so they say to themselves “I am smarter than Joe. If he could make millions, I can make a billion”. So they do and they think they will succeed and by thinking they can succeed, they have a good shot at succeeding. That psychology does not exist so much elsewhere.

The Microchip revolution (part II) : the very early days

If you missed Part I, it’s here. All the culture of Silicon Valley was born in these early years. Here are a few examples.

In the early days of the semiconductor, it was mainly about high-quality research: With an absentee boss, Sherman Fairchild, on the East Coast, the group could focus mainly on doing pure research, with no boss to bug them. Their main direction came from intense competition between each other. No VC or corporation would finance anything like this now! [Page 14] The authors are right. Only Google maybe is doing it with or without VC or boss approval and peer pressure is similar.

They finally make and ship their first product in 1958, 100 transistors to IBM. [Page 17]

Jack Kilby was awarded the Nobel prize in physics in 2000 for the invention of the integrated circuit. Unfortunately Bob Noyce had died 10 years earlier and Jean Hoerni passed away 3 years earlier. The Nobel prize is never awarded posthumously. The scientific community informally agreed that both Kilby and Noyce had invented the chip and that they both deserved credit. [Page 21]

Chapter 2 is about a non-startup, Hughes Research Labs, based in Los Angeles.

We did not have stock options; few of us even knew what they were. [Page 48]

Having dynamic leaders who gave free rein to ambitious young engineers and scientists meant that the engineers and researchers were stimulated by competition among themselves rather than by management layers above, which helped create an explosion of papers and patents. However, in both cases [at Fairchild and Hughes RL], the transfer of technologies from R&D to production was not easy. Although they were distinctly different organizations, both were very large corporate structures. But in the case of HRL, having R&D and production in the same physical location meant that discussions between the two groups were quite frequent.

Another difficulty was the lack of stock option program at HRL. This definitely caused significant personal turnover, especially among the non-attached young scientists who were hearing about the new utopic world, and its lucrative stock option packages, up in Silicon Valley. [Page 67]

Chapter 3: Intersil, a lost opportunity.

Another genealogy of Silicon Valley and extracted, the impact of Jean Hoerni.

Intersil was founded by Jean Hoerni, one of the eight traitors. The early days are best described as a mix of genius and chaos. The two most versatile personalities were Jean Hoerni and Don Rodgers, the VP Sales and also ex-Fairchild. Hoerni with 2 PhDs in physics was a shy genius quite the introvert but given to unpredictable mood swings. Rodgers was an extrovert. He came from the rough and tumble, hard-drinking, hard-living Fairchild sales team of the 1960s. One of the early frustrations was the ineffectiveness of the marketing department. [Page 71]

Hoerni’s contentious and rebellious personality often appealed to the young managers and engineers who were also looking for the next opportunity and also rejected conformism and authority, in part to the traumatism of the Vietnam war.

When I [Luc Bauer] started working with Hoerni, he strongly advised me not to be blindly loyal to any company, but only to my own ambition and goals. He said that if your employer doesn’t help you reach them, then you better change companies or start your own because life is too short.
[Page 74]

But Bauer talks about a missed opportunity and the reason follows: just have a look at the revenue growth of Intersil (founded in 67, IPO 72) and Intel (founded in 68, IPO 71):

Joe Rizzi, one of Intersil founders summarized his seven years at Intersil with two words: Lost opportunity. He said that all, or most of the seven product categories could have become sizeable businesses on their own, given enough care and focus to nurture their growth.
At the time, uncertainty in the market pushed to diversity of products. Intel’s narrow product focus was a risky gamble.
[Page 102]. Intersil had $572M in sales in 2014 and was acquired by Renesas in 2017. Intel is now a $71.9B business…

The Microchip Revolution by Bauer and Wilder (part I)

I felt a but of nostalgia when I received the following email : “The idea of doing a book on semiconductor startup had been teasing me for a while, I finally found a longtime buddy who has been okay with doing this book over the past 2 years. We were greatly assisted in this mission by the Computer History Museum (CHM) in Mountain View, CA. The book focuses on the period from the late 1950s to the late 1990s, about the development history of MOS and CMOS industrial processes mainly but not only from the point of view of managers, but also workers in fab and fab managers that we were at the time. We describe the development of 9 companies that we knew well and that had developed original technologies: Fairchild, Hughes, Intersil, Eurosil, Intel, AMD, IDT, Cypress, and Micron. The title is The Microchip Revolution – A Brief History.” [1]

I met Luc Bauer in the early 2000s when investing in a startup he was a business angel in and a mentor. I remember how he lectured me saying that Kleiner Perkins was much more professional than we were! Luc is a gentleman which does not mean he cannot be tough when he is frustrated; when people have been working hard in Silicon valley like he did, they can be really tough! But we stayed in touch and I was so happy to begin reading his book a few days ago.


This is a poster about the Silicon Valley Genealogy of semiconductor startups from the mid 50s to the mid 80s. This is what Luc is writing about through 9 companies which I am pretty sure are on this poster. By the way, Luc is there too.

His book begins with Fairchild and the Traitorous Eight and it makes sense as it is at the beginning of the genealogy. By the way the book is dedicated to one of the eight traitors, Jean Hoerni, A Swiss national and one of the rare people I have heard about with 2 PhDs. Luc has the same double culture and double education (BS, EPFL Lausanne and MS, PhD Caltech)

So here are a few excerpts: “A good part of our motivation [for writing the book] was to relive the intensity in our lives when we started in this industry: the endless and stressful hours of looking for yield crash factors, the great excitement and shouts of joy when you see a brand new integrated circuit product coming alive and functioning perfectly when the “hot out of the furnace” processed wafer is put for the first time on the electrical test prober. Another great motivator for us was to propagate an important story to younger generations, that working in high technology fields is hard and exhausting, but also a source of joy and pride as it is easy to see the impact of your hard work on the company you work for and possibly on the workd you live in.”

Let me put this again below, in bold this time:

Another great motivator for us was to propagate an important story to younger generations, that working in high technology fields is hard and exhausting, but also a source of joy and pride as it is easy to see the impact of your hard work on the company you work for and possibly on the workd you live in.

More to come I am sure!

[1] The real email was in French: “L’idée de faire un livre sur le démarrage des semi-conducteurs me taquinait depuis un moment, j’ai finalement trouvé un copain de longue date qui a été d’accord de faire ce livre avec mois ces 2 dernières années. On été beaucoup aidé dans cette mission par le Computer History Museum (CHM) de Mountain View, CA. Le livre se concentre sur la période entre la fin des années 50 jusqu’à la fin des années 90, sur l’histoire de développement des processus industriels MOS et CMOS principalement mais pas seulement du point de vue des chefs, mais aussi des travailleurs de fab et managers de fab que nous étions à ce moment. On décrit le développement de 9 compagnies que nous connaissions bien et qui avaient développé des technologies originales: Fairchild, Hughes, Intersil, Eurosil, Intel, AMD, IDT, Cypress, et Micron. Le titre est The Microchip Revolution – A Brief History.”