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Patents inhibit innovation, let’s delete them!

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My first post for 2012 is a translation of an interview I gave to French magazine La Recherche. It was published last December and you can have an electronic version of the French version here or a pdf document by clicking on the cover page below. It is followed by my own translation. Now I should say that I was a little surprised by the title which I had not expected. I was more thinking in something like “start-ups are the forgotten children of innovation!” The title focused on my cautiousness about IP and patents in particular. It is certainly too strong, but that is what titles are made for…

Patents inhibit innovation, let’s delete them!

Innovation is a matter of culture. An admirer of Silicon Valley, which he has known for twenty years, Hervé Lebret calls for Europe to be inspired by the dynamism and creativity of its start-ups. But is it good to take everything in this model?

La Recherche: A report of the Commission of the European Union stresses that the EU is more increasingly lagging behind the U.S. in terms innovation with a comparable level of research [1]. How do you explain that?
Hervé Lebret: The main reason for this innovation gap in Europe is cultural. I was always struck by how much the students are interested in the applications of research in the U. S., while in Europe we think more in terms of knowledge. And then there are the role models of young entrepreneurs who have experienced success. It is striking in Silicon Valley: Bill Gates was 20 when he founded Microsoft, Steve Jobs 21 when he founded Apple, Larry Page and Sergey Brin, 25 when they created Google. They are powerful models to which a young student can identify to.
La Recherche: The same report argues that another reason for the gap is partly related to differences the patent system which would be more complex and more expensive in Europe. What do you think?
HL: I am skeptical about legislation or rules in general as an explanation in the differences. It is in the people’s head that things happen. In the U.S., they want to try; they have no fear of failure. I am not convinced that we are more innovative because we would have more patents. Look at Switzerland, which has the largest number of patents per capita: this country does not create many start-ups. Incentives and policies are only working if there is a favorable cultural terrain.
La Recherche: But aren’t patents the key for an innovative company, whose value often relies on its intellectual property?
HL: Software is not patentable, and this did not prevent Microsoft to be successful. With the risk that you see me as iconoclastic, I think that patents are an obstacle to innovation. I wonder whether we should not remove them, except perhaps in specific areas, such as biotechnology, where a patent corresponds more specifically to a manufacturing process of a molecule.
But in most industrial fields, you need to own thousands of patents to protect the innovation which is commercialized. The maintenance of this portfolio of patents is extremely expensive and that money could be better used in research and development. Whereas in the past the patent favored the inventor, it has become a defensive weapon to protect dominant positions. Look at the war between Apple and Google: the first alleges that the second has developed its operating system Android by violating certain of its patents. This goes against the theory that the traditional patent protection the weak inventor, who can develop an idea during years without fear of being stolen.
Does the weakness of venture capital, which would deprive young innovative companies from the capital needed for their development, explain some of the shortcomings of innovation in Europe?
H.L. Contrary to general belief, there has always been venture capital in Europe, especially in France. This is not a quantitative but qualitative problem: venture capital in Europe is run by people from finance or consulting, not entrepreneurs.
Again, this is a cultural difference. But this is changing. Former entrepreneurs have recently begun to create venture capital funds or to become business angels. In France, I think of Bernard Liautaud, founder of software company Business Objects, or Xavier Niel, founder of Free, the phone operator, who both joined venture capital firms. The founders of Skype have created Atomico, their own funds.
You do not hide your admiration for Silicon Valley. If the secret of its strength is, as you support, cultural, how can we be inspired in Europe?
H.L. We can draw on customs, practices, an important one being cooperation. In Silicon Valley, curiosity is shared. People know that the exchange of ideas is successful, and are not afraid of ideas being robbed. The two Google founders were PhD students in two different laboratories at Stanford University, but they have talked! It is not unusual o talk to your competitor to solve your own problems: in the 1960s, the major industry semiconductor players in California met at the Wagon Wheel bar in Mountain View to discuss their work. In Europe, many laboratories, academic and probably more private, have a culture of secrecy, they fear the exchange.
What do you put in place at the Ecole Polytechnique Federale de Lausanne (EPFL), where you teach, to develop a taste for innovation and entrepreneurship among students?
H.L. I strongly believe in the role of exemplary models. So I organize conferences with successful entrepreneurs who share their experience. This shows students that these are passionate people, who are not afraid to try, even if just one in a thousand will be successful. These models inspire. But inspiration is nothing without resources. Hence the program “Innogrants”: a salary of one year for a young researcher who is released from its research and teaching in order to concentrate on her or his innovative projects. If it works, it is hoped that the private sector will further invest. Fifty Innogrants were awarded in five years. Half of them have led to the creation of companies in life sciences, micro-or nano or information technology. And five of them have found private investors.
It nevertheless remains modest …
H.L. Yes, we must remain humble: all we can do is create a breeding ground for the creation of innovative companies, as we do with Innogrants. In total, in the last fifteen years, EPFL innovators have created about a dozen start-ups per year. Fifteen have raised venture capital, 300 million Euros in total. Four or five have been sold to industry groups, sometimes these were nice exits. Endoart, founded in 1998 at EPFL specialized in the production of remotely controllable medical implants; it has been sold nine years later for 100 million dollars to Allergan! But we feel there is a kind of modesty, self-restraint of European entrepreneurs compared to their American counterparts.
A former researcher at EPFL criticized the leadership of the university of “copy as closely as possible the American university model” [2]. Do you think everything is good in the American model?
H.L. These criticisms focus on science, not on innovation. The competitive standing of researchers, the instability of the statutes is not a good idea in research. It is very important to let the imagination speak. There is a danger to keep people under permanent pressure. But in terms of innovation, the U.S. model works.
You estimate that at most one in a thousand start-ups meets success. Isn’t this a huge waste?
H.L. We should not measure everything in terms of money or performance. What counts is creativity. For me, the Silicon Valley is the new Athens. As Greece, it is a culture: what this region brought in fifty years is fabulous. Digital technologies that were invented forever changed the way we inform, we cultivate and entertain ourselves. This is probably why the death of Steve Jobs, who was an iconic character, had so many repercussions in October. Furthermore, if one thinks in macroeconomic terms, I do not think that the American model is based on waste only. In the U.S., venture capital weighs about twenty billion dollars a year. For twenty years, 400 billion have been invested. And one company, Google, is now worth $200B. Finally, the creation of economic value is similar to the money invested. It is a collective success, even if it is based on thousands of individual failures, which are often very hard humanely.

The entrepreneur should be at the center of innovation policy

Isn’t the $200 billion market capitalization of Google exaggerated when compared to the actual value of the company?
H.L. The world of venture capital has unfortunately become a financial asset like any other. It is no longer a world of former entrepreneurs who pursue their business while investing in those of others. There is too much money, too much speculation in the U.S. venture capital. But I remember that the start-ups appeared before the Nasdaq, the stock market where shares of high technology companies are traded. Silicon Valley began in the 1960s and 1970s in the context of the counter-culture in California. Steve Jobs did not hesitate to say that some of his creativity came from drugs when he was young. The growing role of finance in the economy only started in the 1980s. Originally, the financiers were the patrons of great artists. That said, I think the current trend of large groups limiting their spending in research and development is catastrophic. Shareholders want 15% return and push to cut spending on research. Good start-up can only emerge if there is also good private research.
Do we see a slowing of the technological innovation?
H.L. I am indeed concerned about the lack of success in current innovation: the 1970s were marked by the transistor, the 1980s by the personal computer; the 1990s by the networks. But in the 2000s, I see nothing new. The Web 2.0 is not a technological revolution, it is a consolidation. More generally, biotechnology was rather disappointing; there is no revolution in energy, chemistry. It is not clear that nanotechnologies are really promising technological breakthroughs. I fear that the 2000s did not create start-ups which are equivalent to Intel in the 1960s, Apple, Microsoft or Genentech in the 1970s, Cisco in the 1980s, or Google in the 1990s. There is Facebook, but this company does not rely on high technology innovation. That said, there has always been a general pessimism about the future of innovation, so I hope to be wrong!
You mention companies in information technology or biotechnology. Is this model of start-up transferable to capital-intensive areas, and where there are already major players, such as aerospace, automotive, chemicals?
H.L. The established players are not necessarily the most innovative. Clayton Christensen from Harvard Business School, showed in 1997 that an established company is great at improving existing products [3]. It is innovation by evolution, not revolution. Renault can invent the electric car, but not a new mode of transportation. Besides, the idea of the minivan, which was then copied, did not come from internal R&D at Renault, but from the company Matra, who did not have the same experience in automotive, which made it more creative. It is also for this reason that the big companies, especially pharmaceuticals, outsource their innovation: they prefer to leave the start-up take the risks, and then buy them. Even an old startup such as Cisco replaces the term “research and development” by “acquisition and development”.
Why do you insist so much on start-ups? An academic institution can also license its patents to the industry, or form mixed private / public laboratories…
H.L. The basic problem is towards whom an innovation policy is directed. My belief is that the entrepreneur must be central. This is not what is done in France: the clusters are clusters of established companies, not tools to promote creativity and entrepreneurship. I insist on start-ups because I think they are the forgotten piece of innovation policies. Of course there is innovation in large groups. But I wonder if they can do disruptive innovative. They can set a goal – the flat screen, the smart phone, or, today, the electric car – that will come out in twenty years. But can they do something entirely new, as did Google? Or Genentech, which revolutionized the manufacture of drugs using genetic engineering techniques? I believe that only start-ups are able to do so. Christensen said if you want to make a major innovation, create a branch and place it as far as possible of your research center as the worst enemy of innovation in a company is conservatism. Innovation is the highest in small teams: this is what happens in the start-up.

■■ Interview by Nicolas Chevassus-au-Louis

[1] European commission, Innovation Union Competitiveness Report 2011, http://ec.europa.eu/research/innovation-union.
[2] Libero Zuppiroli, La Bulle universitaire. Faut-il poursuivre le rêve américain ? Éditions d’en bas, 2010.
[3] Clayton Christensen, The Innovator’s Dilemma, Harper’s, 1997.

Hervé Lebret. A graduate of Ecole Polytechnique and Stanford University, with a Ph.D. in electronics, he worked, after a few years as a researcher, as a venture capitalist, in Geneva from 1997 to 2004. Since then he has been teaching management of technology and manages a seed fund at the Ecole Polytechnique Federale de Lausanne.

> Hervé Lebret, Start-up. What we may still learn from Silicon Valley Create Space, 2007. www.startup-book.com
> www.oecd.org/sti/scoreboard An oecd study on patents
> http://vpiv.epfl.ch/innogrants The site of the Innogrants at EPFL.

Darwinian and Lamarckian innovation – by Pascal Picq

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I enjoyed reading Un paléoanthropologue dans l’entreprise, i.e. a paleoanthropologist in the corporate world, the last book of Pascal Picq, a paleoanthropologist who explores the world of innovation. He applies his knowledge of evolution to compare two types of innovation: by simplifying, Continental Europe, rather Lamarckian and the Anglo-Saxon world and especially the United States, of Darwinian type.

I warn the reader by quoting Picq’s conclusion (page 236): “the Darwinian corporation has nothing to do with all the stupid stereotypes erroneously expressed about evolution. It is a corporation that adapts to changes by mobilizing innovation mechanisms, which are based on the torque variation / selection ”

From the very beginning, we dive into the heart of the matter: “The public officials who are working to open up our French vertical society will see, in the opposition between Lamarck and Darwin, the ineffectiveness of competent organizations facing the fruitful “bricolage” (do-it-yourself) of the networks which create new sources of innovation and development.” And he adds: “Diversity is a prerequisite for innovation.” (Page 12)

Picq explains (page 44): “Natural selection works in two steps, the production of variations – ithat is variability – and, secondly, the selection. It is the Darwinian algorithm.” There is neither chance nor necessity. At each stage of evolution, innovations appear as random variations constrained by history. That’s the game of possibilities.

He is well aware that the use of biology to economics analogies is dangerous (page 51): “the concepts of corporations and species are not defined easily.” And the analogy of evolution has probably its limits. “But there’s an important message: variability” (page 52) “If the environment is favorable, there is no selection. If there is competition for resources, then it manifests itself by playing variations. Adaptation comes from this mechanism.” There is no perfect Adaptation, but (page 55) “isolationism is the penultimate step before extinction.” I can not help thinking of the work of Saxenian who has shown that the more closed culture of the Boston area partly explains its lag behind Silicon Valley and the demise of Digital Equipment (DEC).

“There is no perfect adaptation; even if we create the best products, the success or failure depends on many other contextual and contingent factors. The ways of coping are not impenetrable, but take paths and sometimes difficult to predict detours: crafts, breakthrough innovations, and also the return of products once thought obsolete which find new niches. There would be a solution, that of a planned model of needs and uses. Except that between Thomas Edison and Steve Jobs, no major innovation came out of directed economic systems. On the other hand, do we fit in an existing market or do we create new markets? For structural and historical reasons – i.e. cultural – the best European companies are excellent in markets already structured but have difficulty inventing new markets such as U.S. companies.” (Page 84). Earlier, he wrote: “The dominant idea of ​​a technological change that is linear and accumulative obscures a much neglected field of innovation: history.” (Page 63)

“If a new market emerges, everyone has a chance. The absence of pressure from competition and selection admits all possibilities, giving the false impression that one is great. But when the market is saturated or shrinks, this is where selection has a role. This was the case with mobile phones in the mid-1990s. A company like Nokia, historically out of the field of electronics, was able to find its place. In today’s highly competitive market, it would be simply impossible.” (Page 87)

I let the reader discover the concepts of preadaptation, transaptation, exaptation. Picq also describes the K and r strategies which I quote from wikipedia:
– The r-selection: In unstable or unpredictable environments, r-selection predominates as the ability to reproduce quickly is crucial. There is little advantage in adaptations that permit successful competition with other organisms, because the environment is likely to change again. Traits that are thought to be characteristic of r-selection include: high fecundity, small body size, early maturity onset, short generation time, and the ability to disperse offspring widely.
– The K-selection: In stable or predictable environments, K-selection predominates as the ability to compete successfully for limited resources is crucial and populations of K-selected organisms typically are very constant and close to the maximum that the environment can bear (unlike r-selected populations, where population sizes can change much more rapidly). Traits that are thought to be characteristic of K-selection include: large body size, long life expectancy, and the production of fewer offspring, which require extensive parental care until they mature. Organisms whose life history is subject to K-selection are often referred to as K-strategists or K-selected. Organisms with K-selected traits include large organisms such as elephants, trees, humans and whales, but also smaller, long-lived organisms such as Arctic Terns.

Here we are in the heart of the matter:
– Lamarckian innovation (page 158) is active. It responds to a solicitation of the environment and tend to the improvement. “The function creates the organ.”… “Inventions are the daughters of necessity.” It works to improve products in established industries: automotive, aerospace, rail, space, telephone, water, construction, petrochemicals …
– Darwinian innovation (page 160), initially produces diversity without thinking of the advantages or disadvantages of what emerges, then in a second step, there is the action of selection. In such a context, you have to waste time, set the conditions for the production of ideas. It allows serendipity.

These are the 20% free time at Google. He also explains (page 98) the dangers of rationalizing research expenditures (see my post on the need for wasting ideas). Then (on page 103) “Steve Jobs launched Next, without much success, in a culture of the trial and error; it allowed him to propose and test new ideas that led him to come back to Apple – which would have been inconceivable in Europe.”

And here’s his summary (page 139):

Lamarckian Culture Darwinian Culture
Continental Europe USA
Hierarchy of Schools Diversity in excellence
“I did Polytechnique” “I created a business”
Uniformity of elites Diversity of elites
Large Corporations “Small Business Act”
Culture of Engineering Culture of Research
“Agrégés” (teaching) PhD (research)
Culture of Compliance Culture trial and error
Managed innovation Darwinian algorithm
Selection on IQ Selection on creativity
Applied R&D R&D by emergence
Colbertism Freedom of territories
Career Entrepreneurship
CAC40 Top25

I could have added his distinction (page 222) between Owner/manager of a company and Entrepreneur. Another interesting anecdote: “If you look at the French CAC 40, almost all have been around for half a century. Bertlesmann is the only one being less than 40 years in the European TOP25 whereas there is one third in the United States.” I mentioned this in Start-Up by citing the work of Zhang Junfu. “Zhang also analyzed this astonishing dynamics by comparing the 40 biggest high-tech Silicon Valley companies in 1982 and in 2002 as provided by Dun & Bradstreet. Twenty of the 1982 companies did not exist anymore in 2002 and twenty one of the 2002 companies had not been created in 1982.” Here it is in full:

Forty Largest Technology Companies in Silicon Valley
1982 2002
1. Hewlett-Packard 1. Hewlett-Packard
2. National Semiconductor 2. Intel
3. Intel 3. Cisco b
4. Memorex 4. Sun b
5. Varian 5. Solectron
6. Environtech a 6. Oracle
7. Ampex 7. Agilent b
8. Raychem a 8. Applied Materials
9. Amdahl a 9. Apple
10. Tymshare a 10. Seagate Technology
11. AMD 11. AMD
12. Rolm a 12. Sanmina-SCI
13. Four-Phase Systems a 13. JDS Uniphase
14. Cooper Lab a 14. 3Com
15. Intersil 15. LSI Logic
16. SRI International 16. Maxtor b
17. Spectra-Physics 17. National Semiconductor
18. American Microsystems a 18. KLA Tencor
19. Watkins-Johnson a 19. Atmel b
20. Qume a 20. SGI
21. Measurex a 21. Bell Microproducts b
22. Tandem a 22. Siebel b
23. Plantronic a 23. Xilinx b
24. Monolithic 24. Maxim Integrated b
25. URS 25. Palm b
26. Tab Products 26. Lam Research
27. Siliconix 27. Quantum
28. Dysan a 28. Altera b
29. Racal-Vadic a 29. Electronic Arts b
30. Triad Systems a 30. Cypress Semiconductor b
31. Xidex a 31. Cadence Design b
32. Avantek a 32. Adobe Systems b
33. Siltec a 33. Intuit b
34. Quadrex a 34. Veritas Software b
35. Coherent 35. Novellus Systems b
36. Verbatim 36. Yahoo b
37. Anderson-Jacobson a 37. Network Appliance b
38. Stanford Applied Engineering 38. Integrated Device
39. Acurex a 39. Linear Technology
40. Finnigan 40. Symantec b

NOTES: This table was compiled using 1982 and 2002 Dun & Bradstreet (D&B) Business Rankings data. Companies are ranked by sales.
a – No longer existed by 2002.
b – Did not exist before 1982.

In conclusion, Europe is characterized by a very Lamarckian entrepreneurial culture, promoting and supporting the established sectors, very much organized and structured for businesses, schools, unions, governments, banks, etc.. It excels in active innovation for engineers, in highly technical fields with great success in structured markets. Obviously, (page 164) “there is a real difficulty, which is the transfer of innovation in the entrepreneurial phase.” It means to (page 168) “take risks, foster a culture of trial / error” and not to penalize failure. “There is an urgent need to develop an entrepreneurial culture at all levels of our society: schools, colleges and universities, of course, but also in business and society in general.”

This is not about to be Lamarckian or Darwinian. “And remember that R&D is research and development, R for Darwin and D for Lamarck, the two steps of the Darwinian algorithm.” All the talent is in the balance between the two phases. (Page 170)

Here Picq might be wrong. Darwin and Lamarck should both be applied to the D and it may be where we have failed in Europe. We forgot Darwin needs to be in the development phase too.

Picq develops his concept of “bricolage” (page 174): “We have too long believed that the complexity of organisms depended on the number of genes.” … “In fact, the structures are simplified by successive integration during evolution (optimization) but they allow a variety of functions (plasticity).” (Page 175) “Animals and children are not Cartesian machines, we learn to walk, eat, especially for species of type K.” (Page 179) “In addition the machine Hydra which was never beaten by the best [chess] champions was beaten in 2005 by very good players – but not the great Masters – who used computers that were connected to standard sites and other players. This is Bricolage!” … “A combination of intelligent entities, but simpler and fed with external information is more effective than the best and most sophisticated machines with its programs, routines, software and internal databases.”

I could repeat here his warning on the misunderstanding of Darwinian theory that I put in the beginning. He added: “There is a grotesque conception of the war of all against all [in ecology as well as in innovation]” (page 185). “One must think competition not to eliminate, but with a strategy of coopetition.” … “This requires an open culture, with intricate collaborations.” … “Silicon Valley is the most paradigmatic model” while Sophia Antipolis is a juxtaposition of companies. “The territories and generally peripheral populations set innovations more easily and thus evolve more rapidly.” And again (page 236) “To be Darwinian does not mean to eliminate the other, but to exclude practices and models with deleterious effects on the economy and society as a whole. Darwinian theory has never been the law of the jungle, or the selfish individualism, or the war of all against all. Life is not a Rousseau-like world, but we live much less in the world of Hobbes. ”

One last anecdote: “In the early 1980s, IBM had been reluctant to enter the market of the computer. Big Blue has followed a K-strategy with great expertise on large computer systems. Then the management decided to “isolate” a small group of very creative engineers, without the constraints of the usual processes. This led to the IBM-PC, a perfect example of rapid innovation by genetic drift in a population of small size and placed in the periphery.” This is exactly the illustration of the Innovator’s Dilemma theory from Clayton Christensen.

I’ll let you read his conclusion on why humankind went to Australia. And I have not taken the time to talk about his description of gazelles, antelopes, buffaloes and other elephants, or his defense of a Small Business Act for France (or Europe). Picq might be criticized for inaccuracies, misstatements, a little fast and simple description of a complex situation, but it would be wrong to stop at this, because this is a book extremely stimulating not to say enthusiastic.

A history of venture capital

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I am surprised not to have published this before. It was one of my first work before I even wrote my book. It became its chapter 4. Venture capital is about 50 years old and it has changed a lot in parallel to innovation and high-tech. I hope you will enjoy these very visual slides!

A history of venture capital lebret – vers 1.1

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Smasher, another Silicon Valley mystery

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Smasher is the second Silicon Valley thriller from Keith Raffel that I read. After reading dot.dead, I found this one more complex, and certainly as interesting. A mixture of a traditional thriller where the hero’s wife is smashed by a car, together with a good start-up story where the leader in the field is trying to smash the hero’s company and an academic story of intense competition between researchers in the physics field of [smashed] particles. Hence the title Smasher.

I already mentioned novels about start-ups or Silicon Valley (dot.dead, but also The Ultimate Cure). I have never mentioned though Po Bronson (I loved The First 20 Million Is Always the Hardest) or Michael Wolff (Burn Rate). I have not read (yet) Kaplan’s Start-up. On the academic side, there is Small World by the great David Lodge which I have not read (either…) There are of course many essays on the start-up or academic worlds (I mentioned many in my past posts in the must read category) but there are clearly not so many novels based on these worlds,

Raffel loves to take inspiration from real individuals in Silicon Valley. I had played at recognizing a few in dot.dead. Here it is less obvious; the academic smasher is a mixture of Feynman and Gell-Man. The start-up smasher looks more like Larry Ellison with his dark suits and love for Japanese architecture. But there is a little from Steve Jobs as well. The other characters existed in the first novel. I will not talk about the story and only shortly about the particle physics. I will say more about the start-up and broader Silicon Valley context. Smasher talks of Quarks and quirks, of Murray Gell-Man who got the Nobel prize for their discovery and of SLAC, the Stanford Linear Accelerator (a small CERN). You may identify SLAC both on the map and picture below.

There is indeed a link between particle physics and the start-up world. Raffel reminds us that the World Wide Web was invented at Cern thanks to Tim Berners-Lee. Slac had other spin-offs, but this is another story. Slac was also a home for the Homebrew Computer Club (see [1] and extract from page 214 below)

Smasher is also about women and science. “Stanford was on a campaign to recruit female undergraduates, Ph.D. candidates, and faculty to the natural sciences. My mother’s late aunt had been the first woman in the physics department back in the 1960s. In an effort to honor her and to appeal to what was still the second sex in the realm of natural sciences, the university was naming its particle physics lab after her. I’d lived in Palo Alto all my life and couldn’t recall a building, library, school or academic chair at Stanford labeled with a name except in return for a donation of dollars, euros, yens, dinars, or other convertible currency. So maybe Stanford was really serious about recruiting women.” And the invited professor for the ceremony adds: “We all follow in the footsteps of our predecessors. When I was a girl in France, I wanted to be Marie Curie. After two years as a graduate student at Stanford, after two years of hearing about her legacy, I wanted to be your great aunt.” (Page 12)

What may not be realistic is that this French professor smokes Gauloises (page 213). I know I left France a long time ago but I doubt professors still smoke them! It is pure work of fiction of course but Raffel adds in his acknowledgments that he found inspiration in Rosalind Franklin‘s life. A sad story which shows the complexity of being a woman in science or high-tech…

A funny (sorry for the jump for sadness to humor) quote and apparently true [2] on the academic world is “Clark Kerr once said his job as president of the University of California was to provide football for the alumni, sex for the students, and offices for the faculty. [The physics and Nobel prize professor] sanctum was twice the size of the [professor of English literature]’s but only a third the size of the business school professor [who is on the board of the hero’s start-up].” (Page 34)

It is also about VCs and term sheets. “VCs, bah. When you had no need for their money, investment offers would cascade over you like a tropical waterfall. When you could use a capital infusion – like now – the money flowed like water in a wadi, a riverbed in Sahara. In other words, it did not.” (Page 20)

“I drove west of Sand Hill Road. This was familiar territory, the Vatican of venture capitalism. In the bubble days of the late 1990s, office space on Sand Hill was the most expensive in the world. Here’s where the founders of Google, eBay, Amazon and Cisco had come, hat in hand, seeking the dollars required to turn the base metal of their dreams into stock market gold.” (Page 41)

Raffel has a few notes on Silicon Valley culture:
– “The value of Silicon Valley company wasn’t in inventory or patents. It was in the brain of its employees.” (page 33)
– “I had learned in the Valley that no more than two people could keep a business secret and that only worked if one of them was dead.” (Page 45 )
– “Under an NDA? I asked. Non-disclosure agreements didn’t usually do much good in the Valley, which was built on loosey-goosey dissemination of intellectual capital, but having one couldn’t hurt. We had a raft of patent applications pending on the technology, but if they stole what we had, we would be defunct by the time we won any lawsuit.” (Page 94)
– “Ron Qi, the inventor [of the technology incorporated in our product] and now head of engineering looked down as if examining the polish on his shoes. The other three around the table, Samantha Maxwell, our Korean-born MIT-educated marketing genius; Ori Mohr, the ex-Israeli paratrooper and kick-ass head of operations, and Bharat Gupta, the CFO, all moved their eyes back to me.” … “I saw Ron, who’d been brought up in the more deferential milieu of Taiwan…” (Page 44) [Immigrants again]
– “I asked the engineers how the tweaking of the product was going, the sales rep what I could do to help them close their big deals, and the bean counters how much work was left to close the books for the latest quarter. What I heard from them was unfiltered by the vice presidents who reported to me. (The business professor) had told me that I could ask any employee anything but I could only tell my direct reports what to do. Managing the others was – who’d’ve thunk of it? – the jobs of their managers. As I popped into offices or cubicles, I was following the footsteps of the Founding Fathers of Silicon Valley, Bill Hewlett and Dave Packard, who advocated MWBA – management by walking around.” (Page 102)
– “Thirty minutes later, I walked into a building named after Robert Noyce, one of the “traitorous eight” whose departure from Shockley Semiconductor loomed as large in Valley history as the exodus from Egypt did in the Bible. One of the founders of both Fairchild Semiconductor and Intel, Noyce was the co-inventor of the microprocessor, the electronic brain that ran everything from cell phones to server farms.” (Page 194)

A few more things on the academic world:

“It seems that the only way for a Stanford professor to win prestige is to start a successful company.
– Americans may not be interested in how the universe is made. I can tell you though, in Silicon Valley, they definitely want to know how money is made.
A researcher at CERN wanted to share information with others physicists. He invented a language to send it around and we ended up with the World Wide Web.
– Of course you would know our wonderful Sir Tim. […] The computer nerds at SLAC in the early 1970s hosted meetings of what they called the Homebrew Computer Club [1]. Steve Jobs and Steve Wozniak came.” … “And from that came Apple Computer and the whole PC industry. So you’re saying Silicon Valley wouldn’t be much without the physicists?” (Page 214)

as well as

“I caught sight of a new photo over the desk. His head flanked by two earnest student types. He followed my eyes. “Another sign of my vanity.” Sergey Brin and Larry page developed their search algorithm as Stanford grad students and, of course, started their company to exploit it. Stanford got shares in the venture in return for their ownership of intellectual property.
– And how many millions did that piece of Google add to the university coffers?
– Three hundred and thirty six” (Page 218)

Smasher is certainly not about literature, but it is (really) entertaining; nor does it belong to the category of the mystery masterpieces. Raffel does not have the genius (or experience) of James Ellroy, or even George Pelecanos and Henning Mankell but he is a real pleasure to read, I appreciate his talent, imagination and his interesting description of SV culture, history and dynamics.

[1] Homebrew Computer Club: “One influential event was the publication of Bill Gates’s Open Letter to Hobbyists, which lambasted the early hackers of the time for pirating commercial software programs.” http://en.wikipedia.org/wiki/Homebrew_Computer_Club. Another site is Memoir of a Homebrew Computer Club Member

[2] Another legacy was his wit—after writing a serious book “The Uses of the University”, Kerr surprised an audience with this riposte–“The three purposes of the University?–To provide sex for the students, sports for the alumni, and parking for the faculty.” From http://content.cdlib.org/view?docId=kt687004sg&chunk.id=d0e21648&brand=calisphere&doc.view=entire_text

What’s an entrepreneur in France?

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I was shocked, or I should say, I smiled yesterday when I used Google Translate to obtain an English equivalent of “l’entrepreneur doit être au centre des écosystèmes innovants”; I got “the contractor must be the focus of innovative ecosystems.” It is not a pure accident.

Let me remind you one of my favorite quotes from Paul Graham “I read occasionally about attempts to set up “technology parks” in other places, as if the active ingredient of Silicon Valley were the office space. An article about Sophia Antipolis bragged that companies there included Cisco, Compaq, IBM, NCR, and Nortel. Don’t the French realize these aren’t startups?”

Contractor, concrete, office space… When I was a kid, an entrepreneur was building houses. Google just kept that old meaning. Or is it that old? I will come back on this topic when I will comment (on the French part of my blog) a book I am currently reading “le paléoanthropologue dans l’entreprise ; s’adapter et innover pour survivre” by Pascal Picq. What stroke me there is a description of the Lamarckian style of French companies vs. the Darwinian flavor of the Anglo-Saxon ones… The book may explain many of the cultural differences of these two worlds.

America and entrepreneurship

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Nearly 3 years after my unusual post about Obama, here is a post slightly related. Before digging into the topic, I have to admit I have a huge respect for the American president. Even after watching George Clooney’s The Ides of March and the disappointment expressed by many people, I am intrigued and fascinated by his track record. I should add for the anecdote that I was in Washington in October 2009 when he was award the Nobel Peace Prize and in Silicon Valley in September 2011 when he pronounced his recent speech to the Congress. I also quite liked the Titan Dinner.

The White House recently published TAKING ACTION, BUILDING CONFIDENCE and the second initiative is about entrepreneurship. It is worth reading these dense 6 pages and among other things, it is striking to notice that the USA, “the most entrepreneurial nation on earth” [page 17] is extremely worried about an “increasingly unfavorable environment” and a “fallen optimism”. For these reasons, the report suggests 12 initiatives to “help spur renewed entrepreneurship”. (They are listed at the bottow on this post)

Here is my simplistic vision of the proposals:
– a few are about lowering the barriers, i.e. “changing the Rules”, what I tagged with an “R” below.
– a few more are about enabling more money and investment towards start-ups, tagged with an “M”.
These are classical measures, important and necessary.

What I found very interesting are the other ones:
– three are about Intellectual Property and Technology Transfer, a sign that the patent system might be in trouble
– even more interesting, the last three are about the People, the Talent. They mention the Immigrants and the Mentors.

These are great advice, that we should also look at very seriously in Europe!


Click on the picture to enlarge

Win the Global Battle for Talent
Some of the most iconic American companies were started by immigrant entrepreneurs or the children of immigrant entrepreneurs. Today, however, many of the foreign students completing a STEM degree at a U.S. graduate school return to their home countries and begin competing against American workers. A significant majority of the Jobs Council calls upon Congress to pass reforms aimed directly at allowing the most promising foreign-born entrepreneurs to remain in or relocate to the U.S.

Reduce Regulatory Barriers and Provide Financial Incentives for Firms to Go Public
Lowering the barriers to and cost of IPOs is critical to accessing financing at the later stages of a high growth firms’ expansion. A significant majority of the Jobs Council recommends amending Sarbanes-Oxley and “rightsizing” the effects of the Spitzer Decree and the Fair Disclosure Act to lessen the burdens on high growth entrepreneurial companies.

Enhance Access to Capital for Early Stage Startups as well as Later Stage Growth Companies
The challenging economic environment and skittish investment climate has resulted in investors generally becoming more risk-adverse, and this in turn has deprived many high-growth entrepreneurial companies of the capital they need to expand. The Jobs Council recommends enhancing the economic incentives for investors, so they are more willing to risk their capital in entrepreneurial companies.

Make it Easier for Entrepreneurs to Get Patent-Related Answers Faster
There are concerns among many entrepreneurs that, as written, the recently passed Patent Reform Act advantages large companies, and disadvantages young entrepreneurial companies. The Jobs Council recommends taking specific steps to ensure the ideas from young companies are handled appropriately.

Streamline SBA Financing Access, so More High -Growth Companies Get the Capital they Need to Grow
The SBA has provided early funding for a range of iconic American companies. The Jobs Council recommends that the Administration streamline and shorten application processing with published turnaround times, increase the number of full time employees who perform a training or compliance function, expand the overall list of lending partners, and push Congress to fully authorize SBIR and STTR funding for the long term, rather than for short term re-authorizations.

Expand Seed/Angel Capital
The Jobs Council recommends that the Administration clarify that experienced and active seed and angel investors should not be subject to the regulations that were designed to protect inexperienced investors. We also propose that smaller investors be allowed to use “crowd funding” platforms to invest small amounts in early stage companies.

Make Small Business Administration Funding Easier to Access
The SBA has provided early funding for a range of iconic American companies, including Apple, Costco, and Staples. The Jobs Council recommends that the Administration streamline and shorten application processing with published turnaround times, increase the number of full time employees who perform a training or compliance function, expand the overall list of lending partners, and push Congress to fully authorize SBIR and STTR funding for the long term, rather than for short term re-authorizations.

Enhance Commercialization of Federally Funded Research
The government continues to play a crucial role in investing in the basic research that enables America to be the launchpad for new industries. The Jobs Council recommends that the Administration do more to build bridges between researchers and entrepreneurs, so more breakthrough ideas can move out of the labs and into the commercialization phase.

Address Talent Needs by Reducing Student Loan Burden and Accelerating Immigration Reforms
A large number of recent graduates who aspire to work for a start-up or form a new company decide against it because of the pressing burden to repay their student loans. The Jobs Council recommends that the Administration promote Income-Based Repayment Student Loan Programs for the owners or employees of new, entrepreneurial companies. Additionally, we recommend that the Administration speed up the process for making visa decisions so that talented, foreign-born entrepreneurs can form or join startups in the United States.

Foster Regional Ecosystems of Innovation and Support Growth of Startup Accelerators
There is a significant opportunity to build stronger entrepreneurial ecosystems in regions across the country – and customize each to capitalize on their unique advantages. To that end, the Jobs Council recommends that the private sector support the growth of startup accelerators in at least 30 cities. Private entities should also invest in at least 50 new incubators nationwide, and big corporations should link with startups to advise entrepreneurial companies during their nascent stages.

Expand Programs to Mentor Entrepreneurs
Research consistently shows that a key element of successful enterprises is active mentorship relationships. Yet, if young companies do not have the benefit of being part of an accelerator, they often struggle to find effective mentors to coach them through the challenging, early stages of starting a company. Therefore, the Jobs Council recommends leveraging existing private sector networks to create, expand and strengthen mentorship programs at all levels.

Allow University Faculty to Shop Discoveries to Any Technology Transfer Office
America’s universities have produced many of the great breakthroughs that have led to new industries and jobs. But too often, research that could find market success lingers in university labs. The Jobs Council recommends allowing research that is funded with federal dollars to be presented to any university technology transfer office (not just the one where the research has taken place).

dot.dead, a Silicon Valley mystery

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I seldom mention novels here. In fact, I only did it one with the excellent “The Ultimate Cure” by Peter Harboe-Schmidt. I nearly bought by accident dot.dead, the first novel written by Keith Raffel, a Silicon Valley entrepreneur turned into a thriller writer. And I enjoyed it.

There is no point in telling you anything about the story. It may not be very realistic, but which mystery novel is? The description of Silicon Valley, Palo Alto and Stanford University is nice and accurate though  and you have the feeling you are back there if you know the places. What I also enjoyed and what is relevant for this blog are the links with the high-tech start-up world.So let me quote Raffel.

– An interesting comment about motivation to be an entrepreneur (page 42), maybe the most surprising thing in the book! “She asked if the hard work required to start a business was worth it. […] -[It is] a kind of Catch-22. To found a successful company, you had to think it was more important than anything. But if you were intelligent enough to run such a company, you had to know it wasn’t. Realizing that, you could not have the drive needed to start the next Sun, HP…”

– A much less important detail (page 45): “[The company] had gone public at $12 a share. After three two-for-one splits, [he] had sold the company for $42 a share. An investment like this might explain the […] comfortable circumstances.” I let you compute the multiple!

– Of course, when you read a fiction about Silicon Valely, you may try to guess if the author found inspiration in real individuals. Paul is the easy one (page 16): “While not quite at the level of Bill Hewlett or Dave Packard, Paul still rated as a Silicon Valley legend. Born in Hungary, Pál Békés had been a baby when his parents carried him across the border into Austria during the 1956 revolution. Paul Berk, as his parents rechristened him, graduated from the Bronx School of Sciences at sixteen and from Stanford…” Well it is not exactly the personal history of Andy Grove at Wikipedia but close enough: “During the Hungarian Revolution of 1956, when he was 20, András István Gróf left his home and family and escaped across the border into Austria, where he eventually made his way to the United States in 1957. There, he changed his name to Andrew S. Grove. Arriving in the United States in 1957, with little money, Grove retained a “passion for learning.” He earned a bachelor’s degree in chemical engineering from the City College of New York in 1960, and earned a Ph.D. in chemical engineering from the University of California, Berkeley in 1963.”

– The other people I tried to identify with less success are the board members of the company (page 57): in addition to Paul, there is
” Bryce Smithwick, board member as well as corporate counsel. sat to Paul’s right, leaning forward an Armani-clad leopard.
” Darwin Yancey, the technical genius behind Paul’s previous company. As usual Darwin’s glasees had slipped down his nose so that he peered at Paul with his head cocked back. Darwin had worked eighteen hour days [in the previous start-up] but to everyone one surprise had not followed Paul to [his new start-up]. Instead, he retired with his millions in the south of France. “My wife told me that our firrst twenty years of marriage belonged to work and that the next twenty years belonged to her.”
“A rare representative of her gender in the macho world of top venture capitalists, Margot Fullbright had cofounded Chance and Fullbright. Seated next to me, she had her hands folded on the table like a prim schoolgirl. A sideways glance showed me that the short skirt of her expensive suit was designed to show off the thighs of a Parisian runway model, not a buisiness executive. But Margot, approaching fifty, had a body toned as much as shiatsu, Bikram yoga, and two-thousand-dollar-a-day spas could achieve. Known for her ability to do complex calculations in her head, her mind was in even better shape.
“The fifth board member, wearing his trademark bowtie, hie crew-cut hiar beginning to show a few flecks of gray, was leon Henderson, a Stanford professor. A handful of former students, inculding three Fortune 500 CEOS, had thrown him a sixty-fifth birthday party the previous January. I myself had taken his entrepreneurship course and now met him vevery month or two for breakfast at Stanford’s Tresidder Union, where he offered me parctical advice on management and product positioning.

I do not know who these people are. There are a few women in VC, including Ann Winblad and Esther Dyson. Raffel is right, it is a macho world. They could all exist and look like SV stereotypes.


Ann Winblad (left) – Esther Dyson (right)

Another detail on bankers (page 100): “I had the natural prejudice against investment bankers. We worked seventy-hour weeks to make a start-up successful. Then, when the payoff came, investment bankers got a six-percent cut for a few weeks’ effort.”

Raffel could not avoid telling his Silicon Valley history (page 107). Nicely written: “Riding in the back of my parents’ Country Squire station wagon thirty years earlier, I would have been passing apricot orchards and horse trails. We didn’t know it, but they had already been condemned when William Shockley opened a company in 1955 to exploit his invention of the transistor. In an almost biblical sense, Shockley Semiconductor was the progenitor of hundreds of the firms flourishing in the Valley, for people from Shockley begat Fairchild and people from Fairchild begat Intel and someone from Intel begat Apple, and so on. In a variation on the biblical theme, two of Shockley’s most promising disciples, Gordon Moore and Robert Noyce, revolted against the founding father of the Valley to start that first competitor, Fairchild Semiconductor. Shockley was left claiming betrayal and ended his days using his Nobel Prize to defend his indefensible view on eugenics. This drama set the tone for Valley culture: young, brilliant technologists breaking away from companies run by the previous generation of entrepreneurs and founding their own.”

I plan to discover soon if Raffel’s latest novels bring pieces of interesting data.

High-tech start-ups: the new star system.

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America loves its heroes! Two recent events seem to show that after Hollywood’s Walk of Fame and the Hall of Fames in sport, high-tech entrepreneurship is creating its own star system:

– it began with Boston’s Kendall Square. See for example the Xconomy article: Entrepreneur Walk of Fame Opens in Kendall Square: Gates, Jobs, Kapor, Hewlett, Packard, Swanson, and Edison are Inaugural Inductees.
– it was followed by Stanford recent Engineering Heroes project. This one is a project only with a very long list of more than 60 nominees.

Well you could build your own list. I think Boston missed Robert Noyce. Stanford will have to decide on its initial winners. The value of such lists is obviously the role model effect it should induce.

Red Herring: the End!

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This is my final post on the old Red Herring magazines I had collected from a friend. It has been fun to read what people thought 10-15 years ago. You can have a look at them through my Red Herring tag.

The most striking “mistake” was clearly linked to the difficutly in predicting the future. Just have a look at the cover page of July 2001.

I am not sure nanotechnologies have changed the world and 10 years is eternity. At least by start-up metrics. Medicine, optics and materials science as mentioned by Jason Pontin below may not have experienced breaktroughs from nanotechnologies.

But honestly, what I liked the most was Anthony Perkins’ contribution in December 2001. “Its back to the good old days”.

So let just me expand why I liked it (by putting in bold fonts what I liked). Here is the text again:

***********************
Just before halloween, Red Herring held NDA, its annual CEO conference on the future of technology. Like the holiday it preceded, NDA started as a spooky affair. More than 400 industry insiders showed up at the spanking new St. Regis Hotel in Dana Point, California, with no idea what to expect. After all, the technology industries have suffered a relentless series of blows to the midsection, and the attendees’ first order of business was to look around and see who was left standing. By the time coffee had been served, however, such fears started to subside. Folks like Qualcomm president Paul Jacobs; Allegro Networks president, CEO, and chairman Dave House; chair of Edventures Esther Dyson; and cofounder of Integral Capital Partners Roger McNamee, were all happily strolling the hotel hallways.

By late afternoon the first day, an enthusiastic, even optimistic, attitude started to take hold. During the “Eggheads Unplugged” panel, which featured Steve Jurvetson, managing director of Draper Fisher Jurvetson; Eric Schmidt, the new CEO of Google; Bruce Schneier, founder and chief technology officer of Counterpane Internet Security; Tim Harris, president and CEO of Structural Genomix; and John Gage, chief researcher of Sun Microsystems, it was encouraging to hear these supergeeks riff on topics like nanotechnology, quantum computing, and other far-out innovations. [1] Almost suddenly, all was well again: our industry was still full of smart people talking about cool things.

At this point, Michael Schrage, codirector of the Massachusetts Institute of Technology’s Media Lab eMarkets Initiative, was edging up to me and observing that technology industries were far from becoming “sunset” industries. “Everyone at this conference is speaking in terms of exponential growth,” Mr. Schrage said. “The only debate that is going on is whether we are going to grow at a rate of ten squared or ten to the eighth.” [2]

On the morning of the second day, I gave a presentation on the “Always-On Generation”. After explaining why I thought the economic growth curve associated with the Internet was still well in front of us, I ended with a slide titled, “What Great Entrepreneurs Are.” [3] First and foremost, I noted that the great entrepreneurs I know are focused. I talked about how Bill Gates had sensed, back in 1995, that he had to turn around the Microsoft battleship and begin focusing on the Internet. He knew that it was going to be such a Herculean task that he had to kick himself upstairs and take on the role of chief software architect to get the job done. I also recounted that when Steve Jobs took back the reins of Apple Computer, he consolidated the company’s product line from 85 different models to two clearly defined families of computers–one for professionals and another, colorful one for consumers.

The second virtue of great entrepreneurship, I explained, was cheapness. This is probably the skill we abandoned most dramatically during the Internet bubble era, when the idea of making a profit seemed the last thing on our agendas. “Michael Dell has built a multibillion dollar business based upon being cheap,” I observed. I also spoke about the virtues of competitiveness and imagination. Throughout my professional career, I have observed the world trying to compete with vigor against Bill Gates. In fact, as far as I am concerned, I noted, Scott McNealy, Larry Ellison, and Steve Case have made careers of trying to topple the king.

Finally, I talked about the fact that great entrepreneurs have a high tolerance for taking risks. To illustrate this point, I noted that the six blue-chip technology companies that had successfully made the transition to the Internet era–Apple, Cisco Systems, Dell Computer, Intel, Microsoft, and Oracle–are still run by their original entrepreneurs. In essence, I believe that it takes the same aptitude for risk to point a large corporation in an entirely new direction as it does to start a company.

After finishing my talk, I felt strangely satisfied that my thoughts had been somewhat original. That was until I sauntered to the back of the room and sat next to Paul Deninger, Broadview International’s CEO and a Red Herring board member. “You know, Tony,” he said in his typical bottom-line style, “its amazing, but what you were just talking about is Entrepreneurship 101. And ironically it seems like we were all listening to these things for the first time!” This is when it occurred to me that somehow–magically–we were back to the good old days. Back to the basics. Back to the days when, as Steve Jobs used to observe, “overnight successes sure take a helluva long time.” When we have to work hard, we earn our glory. And, you know what? It sure feels great!
***********************

So here are my comments:

[1]: you need to be imaginative, nanotechnologies, quantum computing, and elsewhere in the 2001 issues, I read about Nanotechnologies again (including fullerene, gallium nitride) and nanotech start-ups (Nitronex, Zyvex, not to forget Nanosys; I am not sure where they are), Europe irising (in biotech. Really?), Robotics, including artificial intelligence, face analysis and recognition. Coming! We need to dream, do not get me wrong. But RH missed Google (just as I did) and probably the Web2.0.

[2] The only debate that is going on is whether we are going to grow at a rate of ten squared or ten to the eighth.” Well, aren’t we in a recession?. Too easy now that we know.

[3] But the piece I like the most is the back to basics, entrepreneurship 101: focus, competitiveness and imagination, cheapness, high tolerance for taking risks. This is what great entrepreneurs are about. Jobs, Gates, Ellison back then. Brin and Page today.

RIP RH!