Skunk Works

“I asked the Air Force for $30 million, but they had only $20 million to spend in discretionary funds for secret projects by which they bypassed Congressional appropriations procedures.”

The above was written by Ben Rich, head of the Skunk Works– a secret division of military-contractor Lockheed in Burbank, California in summer 1975.

The Book of the Week is “Skunk Works, A Personal Memoir of My Years at Lockheed” by Ben R. Rich & Leo Janos, published in 1994.

In January 1975, the author, a scientist, helped with projects to build weaponry for the CIA and the U.S. Air Force. At the time, the U.S. government was cutting military spending, as the Vietnam War was ending.

Lockheed was suffering from a bribery scandal, and the longtime head of the Skunk Works was retiring. The out-going executive had contentious relations with Lockheed’s customers, but knew how to manage people building weaponry. The author was promoted to replace him.

In summer 1975, unbeknownst to Lockheed, competitive bidding among military contractors had already started for producing a “stealth” plane; meaning, undetected by radar, that could spy or drop bombs. One military school-of-thought was pushing missiles rather than bombs, because missiles could travel long distances, and required a minimum of military personnel.

As is well known, 1970’s software that powered military planes was extremely primitive. The complex aerodynamics involved in making a plane invisible to radar, requires reverse-engineering– quickly computing billions of bits of information obtained from surveilling the wings of the plane while it’s flying above, and taking photos of or dropping bombs on, enemy territory.

The stealth plane project was “Top Secret” so extraordinary measures had to be taken to keep it quiet; necessitating an alarm system, code-names, pass codes, security clearances, etc. Contractor workers labored around the clock to meet deadlines and budgets, despite numerous setbacks and frustrations. It was ultimately up to American president Jimmy Carter to decide which plane models the military was to build in future years. He did, in June 1977. Nevertheless, it takes eight to ten years for a non-secret plane to be designed, tested, and manufactured. It is even more difficult to estimate how long a secret one will take.

For, more problems arose with the stealth project, including a strike by the machinists’ union in August 1977. From the start, intrusive Air Force, Navy and OSHA inspectors had provided yet other stressful procedures-and -paperwork-and-more-paperwork diversions from the research and development.

August 1979 saw the “competitive” in competitive bidding. Pilots pitted the stealth fighter with high-precision, laser-guided bombs against an existing T-38 plane with Hawk missiles in the Nevada desert. After a July 1980 deadline was missed, finally, in June 1981, the contract-award-winner executed a first test-flight witnessed by government, military and weapons-making leaders from the White House Situation Room and the Tactical Air Command at Langley Air Force Base in Virginia.

One aspect of a spy-plane test-flight, is that the plane breaks the sound barrier– faster than the earth rotates, at a speed of, say almost mach 2 or 3– so its vibrations rattle or can break windows of structures on earth. Test flights that have failed have killed pilots, but successful ones have transported pilots cross-country in record time: from San Diego, California to Savannah Beach, Georgia in one hour.

Yes, Americans derive a few benefits and excitement from military toys. However– greedy, power-hungry people who fail to foster international cooperation, continue to argue that it is still necessary for the security of the nation, to build ridiculously expensive, high-tech weaponry that will never be used. The wasted money might be better spent on other budget items.

The author admitted that even during the Cold War, his operation “… almost wrecked our own free enterprise system by chasing after enormously costly technologies that were simply beyond our creative grasp …We spent a hell of a lot of money in deception and very little in behalf of worthwhile technology.”

Read the book to learn: how the author harnessed his and his underlings’ knowledge and experience in personnel management, physics, chemistry, aerodynamics, engineering, economics, contract-law and various other disciplines to stay on top of the juggling act that was his job; a wealth of additional information on the research and development of high-tech planes (including the tortuous ways they were paid for, and by whom; and how, with the knowledge gained in developing one of the spy planes– the Challenger disaster could have been averted).

Wikinomics / Courting Justice – BONUS POST

The First Bonus Book of the Week is “Wikinomics, How Mass Collaboration Changes Everything” by Don Tapscott and Anthony D. Williams, published in 2006.

This book’s authors slapped together a huge number of cliched, vast generalizations in pushing their overly idealistic scenarios of the future. They had high hopes for the open-source movement. Unfortunately, since the book’s writing, most of the open-source projects they mentioned have tapered off, because in the long run, few people can or would want to provide “sweat equity” without ever receiving any equity.

Nevertheless, cooperation and globalization– two other movements for which the authors had great enthusiasm– are still alive, well and prospering. It is debatable, however, how long these two can be implemented before their socialistic aspects reach critical mass, and fail.

The authors mentioned that crowdsourcing of strangers (competitors) who are offered a reward for submitting the best innovative solution for a specific problem- has been very successful. But once the problem has been solved, a corporate entity needs loyal employees to continue to implement the solution.

The authors also contended that cooperation among companies reminiscent of the way the Japanese conduct business, has also been successful. However, long-term, the Japanese way leads to groupthink and herd mentality– lack of new ideas and competition; an oligopoly or monopoly. Free-market economics– competition– forces a company to acknowledge its weaknesses and threats against it, of which it might not even be aware. This is why capitalist economics for most goods and services is the way to go– there is balance between cooperation and competition that allows workers to best fulfill their potential for their employer and themselves.

It might be recalled that pure socialism thrived for a short time when the State of Israel was born. That was an extremely special exception, for the following major reasons; the Kibbutzniks:

  • were forced to work together in order to survive in the desert, geographically surrounded by enemies;
  • were like-minded– oppressed for their religion– seeking a safe place in the world;
  • had a common goal bigger than themselves– building a country for themselves from the ground up– creating the political, social and cultural systems and infrastructure when everything was simple and their population was low;
  • had in common the shared, traumatic experience of WWII and/or the Holocaust; and
  • had substantial financial and military help from the United States.

In the United States, since the Depression Era, there has been heated political debate over how much socialism is too much. To be sure, specific socialistic entities have greatly enhanced the quality of life for Americans for decades: public libraries, the G.I. Bill, Social Security and Medicare.

Capitalistic free markets have also done the same, but when the gap between rich and poor people in a nation becomes too wide because the rich exploit vehicles to wealth through unethical political means, there occurs too much resentment among the poor.

Along these lines, the Second Bonus Book of Week, “Courting Justice, From New York Yankees v. Major League Baseball to Bush v. Gore, 1997-2000” by David Boies, published in 2004, described a few cases of how the author legally fought for underdogs (which were suing super-rich, politically entrenched entities). In antitrust and price-fixing cases, consumers have always been wronged– overcharged– and they are never fully compensated, even when the court rules against the offenders.

Born in 1941, the author (later) attended Northwestern law school in Illinois. He got a scholarship that paid his tuition, books and rent. He wrote, “I also discovered that I could borrow several thousand dollars from the government at no interest, which I did.”

Beginning in 1997, on behalf of the U.S. government, the author litigated an antitrust case against monopolist Microsoft. He helped win the portion of the case he worked on. Unfortunately, he was forced to withdraw from the case due to a conflict of interest. His role in the whole affair was meta-relevant– he represented Al Gore in the 2000 presidential election court fight. The pro-business bent of George W. Bush with his new antitrust department personnel (unethically, at best) changed the course of the Microsoft case.

The author asserted that, “The enforcement of our nation’s laws is supposed to be free from political influence, particularly when a case is ongoing [as was Microsoft’s]… [and in Gore’s case:] The rule of law means, first, that what a court (or other decision-maker) will do must be reasonably predictable, and second, that what a court does must be independent of the identity of the parties. The majority opinion [of the U.S. Supreme Court] failed both tests.”

Read the book to learn the details, as well as several other cases personally litigated by the author.

Samsung Rising

The Book of the Week is “Samsung Rising, The Inside Story of the South Korean Giant That Set Out to Beat Apple and Conquer Tech” by Geoffrey Cain, published in 2020.

In 2009, the author, a Korean-speaking journalist moved to South Korea to find out all he could about the then-electronics company Samsung, the most famous company in the country. In the ensuing years, Samsung’s relationships with technology-products makers became incestuous because it decided to make its own products while simultaneously supplying its competitors with parts for their products.

The author personally visited the city of Daegu, hometown of Samsung’s founder. In March 1938, Samsung started as a produce stand. The founder followed the Japanese business model of building an empire owned by family members, that involved complicated, group-focused, loyalty-oriented arrangements. Sounds somewhat familiar.

Anyway, in the 1950’s, he branched out into different industries, such as wool clothing, sugar refining, insurance, banking, retailing etc. The corporate culture involves slogan-chanting, and a drill team. But different divisions of the company harbor petty jealousies. The company’s success as a whole is treated as a zero-sum game, so one division’s success is considered to come at the expense of another’s. Sounds somewhat familiar. In autumn 2011, when Samsung’s division in America successfully marketed its new phone and stole a significant amount of market share from Apple, Samsung’s marketing division in South Korea lost face.

The founder made valuable government contacts that invited the kind of corruption that used to be frowned upon in the United States twenty years ago. Ironically, the United States has always provided significant financial aid to South Korea beginning with the Cold War and thereafter.

In 1999, Samsung and Sprint cooperated in a venture to make and export cell phones to the United States. Pursuant to South Korean culture, “After the bonding over booze and karaoke, it’s an accepted practice to roll out bags of cash and other gifts for your partners [American telephone service companies].” However, Samsung had to learn that Americans don’t do business that way (at least not explicitly).

In April 2008, Samsung’s chairman was charged with stock manipulation and tax evasion. In August 2010, and again in July 2011, Apple and Samsung launched an orgy of patent litigation against each other. In October 2011, Samsung already supplied parts for Google’s Android phone, but decided to introduce a phone of its own, the Galaxy Note series. It was a cross between a phone and a tablet, that would compete with Apple’s iPhone. Samsung sought to steal Apple’s customers. Apple had a reputation for making only one version of an overpriced product that delivered exactly what customers desired, that made them feel they were in the “in” crowd. Samsung would offer a choice of different-sized screens. It came late to the market, but improved upon existing products.

In August 2016, Samsung launched a new Galaxy Note phone. In October 2016, Samsung compounded its problems by denying that its phone burst into flames without warning. Its employees who were native South Koreans were under pressure not to express any negative sentiments about anything associated with their employer. For they risked ruining their careers, as word would get around to the few other competing employers in the country, and they would never work anywhere in their homeland again. Sounds somewhat familiar.

Read the book to learn about a wealth of additional details on the culture of South Korea (which is the same as the corporate culture of Samsung), how Samsung came to focus solely on technology parts and products, and much more.


The Book of the Week is “Half-Life, The Divided Life of Bruno Pontecorvo, Physicist or Spy” by Frank Close, published in 2015. The author himself was a physicist, so he interspersed physics concepts with the evolution of the development of nuclear technology and its major players. This book was written for readers who would like to learn some nuclear physics, and/or those readers curious about the people involved in Cold War / nuclear physics mysteries.

However, Close made an error, spelling “Lise Meitner” as “Lisa Meitner.” Additionally, since the author was neither a historian nor American (he was British) he was mistaken in declaring, “For supporters of communism in the West, this [the autumn 1956 Hungarian uprising which was bloodily crushed by the Soviets] was probably the most serious crisis of conscience since the Soviet pact with the Nazis in 1939.” Actually, in early 1956, Khrushchev revealed Stalin’s horrific crimes to the world. Americans, especially those who considered themselves Social Democrats, were thrown for a loop ideologically, and became bitterly conflicted in their own minds, and with each other.

Anyway, born in Italy in August 1913, Pontecorvo was the fourth of eight children. In 1931, he transferred from the University of Pisa to that of Rome for his third year of physics studies, mentored by Enrico Fermi. Knowledge of particle physics was in its infancy. Pontecorvo and other scientists jointly filed a patent in autumn 1935 in connection with experiments with neutrons and hydrogen.

The year 1936 saw Pontecorvo flee to Paris after Mussolini cracked down on Jews’ liberty. He studied with Frederic and Irene Joliot-Curie. He was turned on to Communist ideology by his cousin. They attended meetings and rallies.

By the late 1930’s, physicists (and governments) of different nations such as Germany, France, Italy, the USSR, etc. started to realize how important nuclear processes were for creating future weapons of mass destruction– instrumental for their respective homelands’ national security. Beginning in the summer of 1940, nuclear research became secret in the United States. Scientific journals would no longer publish articles on that topic.

The USSR did not lack for brains, but for uranium in the early 1940’s. Beginning in summer 1942 in Moscow, the Soviets worked on an atomic bomb. But scientists in the United Kingdom had a head start, having begun their work the previous year. In December 1942, the United States started the Manhattan Project.

By the end of the 1940’s, having done nuclear research in Tulsa in Oklahoma, the Northwest Territories in Canada and in Harwell in England, Pontecorvo was planning to move himself, his wife and three sons to Liverpool to become a physics professor. The British intelligence service MI5 secretly pushed him in that direction. As is well known, the United States was gripped by anti-Communist hysteria, with the arrests of spies Klaus Fuchs, David Greenglass and the Rosenbergs.

The summer of 1950 saw the Pontecorvo family take a summer vacation in France, Switzerland, and the Italian countryside. There is circumstantial evidence that he met with his Communist cousin and suddenly, all bets were off.

Read the book to learn the fate of the family, the contributions made to science by the scientist, learn why he neither won the Nobel Prize nor collected royalties on the aforementioned patent, and much more.

The Code

The Book of the Week is “The Code, The Evolution of Secrecy From Mary, Queen of Scots to Quantum Cryptography” by Simon Singh, published in 1999. This book described a few different contexts in which communications needed to be deciphered or kept secret– in war, in determining whether to execute a queen, in learning about life in ancient Egypt and Greece, and in electronic exchanges to prevent theft of identity or assets, or maintain privacy.

The author related not only the details of how the WWII Allies were able to outwit the Germans by learning what they were doing, but also every last technical detail of the code-breaking, which is brain-breaking for most laypeople. But not for cryptography hobbyists.

Anyway, beginning in the early 1930’s for about eight years, a German intelligence agent sold information on his country’s secret communications operations, to a French intelligence agent. The French couldn’t have been bothered with such time-consuming, labor-intensive work that would allow them to intercept encoded military messages to and from Germans.

However, Poland was interested. The French turned it over to the Poles because the latter felt vulnerable to invasion from both sides, from the Soviets and Germans. Fortunately, Poland had a long standing-agreement with France to share such information.

Also, fortunately, the Poles’ lead cryptographer was a genius. But it took even him a year to compile a catalogue of alphabet-letter chain lengths in order to be able to decipher the Germans’ daily messages, whose code was different every day.

In 1938, the Germans added two more scramblers to their existing three, which made code-breaking by foreign intelligence agents, very nearly impossible. So in the summer of 1939, the Poles sent their deciphering equipment to Great Britain, which took over the spying operation.

In early September 1939, the Government Code and Cypher School in Britain hired its own genius, Alan Turing. He invented a setup of structures in which the completing of an electrical circuit would be indicated by a lit bulb when a code was broken. Construction of the contraptions of the top secret operation was completed by summer 1940, but the code-breaking was still agonizingly slow.

Different German contingents, such as the North Africa campaign, the army in Europe, the Luftwaffe, and the navy each had different codes. The navy’s was the hardest to break. But the work was worth doing because it significantly shortened the war by informing the British what the Germans were going to do next.

The Allies’ knowledge of German messages was especially helpful in the Battle of the Atlantic, and was instrumental in the Pacific Theater at Midway– in killing a powerful Japanese admiral in the Solomon Islands.

Eventually, 420 Native Americans of the Navajo tribe conveyed messages on behalf of, and to and from the Americans, because their language was indecipherable to the Japanese.

At this book’s writing, “Diffie, Hellman and Merkle [Americans] have become world famous cryptographers who [allegedly] invented the concept of public-key cryptography while Rivest, Shamir and Adelman [also Americans] have been credited with developing RSA [in 1977], the most beautiful implementation of public-key cryptography.”

However, three different British men conceived of the concept first– by early 1974. They were sworn to secrecy, as it was part of a classified military operation, and computing at the time wasn’t powerful enough to implement their concept. Being Americans, the aforementioned latter trio patented their method, and in 1996, sold their company for $200 million.

Interesting factoids: Cryptanalysts are in greater demand than ever before. The U.S. National Security Agency is still the world’s largest employer of mathematicians.

At this book’s writing, quantum cryptography was the wave of the future in cybersecurity, because it would be absolutely unbreakable. It would use either photon transmission or fiber-optics. The message sender and receiver could see whether there was an interloper because the messages would be altered. A card game– Hanabi– has since been invented, that uses the logic that allows communicators to decipher one another’s messages, while preventing third parties from doing so.

Read the book to learn about Philip Zimmermann (someone whom the National Security Agency viewed as a troublemaker), and the whole kit and caboodle on how codes were historically made and broken, and how messages can be kept secure. Six ways to Sunday.

Kingdom of Lies – BONUS POST

The Bonus Book of the Week is “Kingdom of Lies, Unnerving Adventures in the World of Cybercrime” by Kate Fazzini, published in 2019. This slim volume contained a few anecdotes of people who recently participated in schemes to defraud others or manipulate data on the World Wide Web.

The computer hackers who keep a low profile are better coders and have better technological knowledge than the ones who are attention whores. The latter who are employed in cybersecurity attend conferences and are more talk than action. Some of them think they’re the hero of a movie– do-gooders who are trying to save the world, in a power struggle with evil, arrogant rebels.

Over the decades, individuals and governments from lots of different countries have continually attempted to gain access to certain data through the Internet, usually for intelligence or money. For instance, “Chinese nationals have been stealing proprietary data on [mergers and acquisitions] deals [in America] for years in order to inside trade… The Department of Justice is investigating. The SEC is investigating. But the law firms are clueless. Then the SEC was hacked too, by the same people. The cycle continues.”

A trend that started in the 2000’s that has largely run its course is ransomware. That is, software that steals valuable data that forces the victim to pay a ransom– hundreds of dollars or more to the cybercriminal– to get that data back. In the last seven years or so, information-technology departments of businesses, especially in the financial sector, have thrown a vast quantity of money at specialists in cybersecurity to prevent further attacks in that area.

Probably the country that can crank out the best cybersecurity experts is Israel. Middle schoolers begin learning technology there. That nation’s population is small, enterprising, flexible, militarily trained, and is always thinking defensively.

Voting in United States elections is becoming more and more computerized, and so elections have become vulnerable to interference by hackers. It is not necessary to tamper with the presidential election results of all fifty states in order to significantly affect the outcome. A hacker need only change the data of battleground states (five to ten states) for a specific candidate.

Read the book to learn additional details about the world of cybercrime.

Moore’s Law / Elon Musk

The Books of the Week are “Moore’s Law, The Life of Gordon Moore, Silicon Valley’s Quiet Revolutionary” by Arnold Thackray, David C. Brock and Rachel Jones, published in 2015, and “Elon Musk, Tesla, SpaceX, and the Quest for a Fantastic Future” by Ashlee Vance, published in 2015.

The former biography described not only Gordon Moore’s life, but the histories and cultures of his ancestors, his wife’s family, and the places where he lived.

Born in January 1929 in Pescadero California, Moore was the middle son of three. His father spent most of his working life in law enforcement. He, his father and brothers went fishing and hunting. The family moved to Redwood City in 1938.

At eleven years old, Moore fell in love with chemistry. His “… adolescent hobby of making bombs and explosions” or maybe also the cumulative effect of his noisy hunting excursions were thought to have caused his hearing loss later in life. He wed his college sweetheart and completed a PhD in experimental particle physics at California Institute of Technology.

In 1953, the transistor was starting to replace the vacuum tube in various devices, like TV sets. It also became a handy component in military electronics. In 1956, Moore went to work for William Shockley– a reputable scientist but a psycho boss. Shockley had hubris syndrome and, with his friends from Bell Labs, convinced his company’s major investor to fund the development of a diode rather than the silicon transistor.

In 1957, feeling disgusted and entrepreneurial, Moore and seven of his colleagues left the company and, financed by venture capitalists, eventually formed Fairchild Semiconductor in Mountain View, California. What with the space race, aerospace computing was all the rage. Silicon was a substance that had the right physical properties to advance it.

At Fairchild, Moore formed a research and development group that competed with the manufacturing department. Unfortunately, his temperament was non-confrontational, and his avoidance behavior was bad for business. Fortunately, in 1968, he, Bob Noyce and Andy Grove sported the appropriate diverse set of personalities and skills that maximized profits in a new venture they formed, called Intel. Their strategy was to introduce cutting-edge products to the technology market and be the first to do so.

Intel went public in October 1971, but NOT on a “stock exchange” as the authors wrote. Only on NASDAQ (not an exchange). Moore wanted the company to make computer parts, but not the whole computer, or else it would compete with its customers, such as IBM. By the mid 1970’s, Intel had factories in Malaysia and the Philippines. Moore motivated his initial employees through bribery– stock options and a stock purchase program. He even bribed his own son to finish school.

Intel’s labor- and time-saving devices proliferated in everyday products like calculators, color TV’s, telephone networks, cash registers and watches, not to mention inter-continental ballistic missiles. And spaceships. The authors downplayed the role of video games in the advancement of computer components.

Moore wrote about a concept that played out accurately through the decades that came to be known as Moore’s Law. In 1976, the price of silicon transistors– which are put on memory microchips– was less than a penny. That price got lower and lower as technology got better and faster. Unfortunately, according to the book, this economic growth has run its course in the United States and is predicted to come to an end in the next five years or so.

Read the book to learn how Intel cheated by taking a page from Microsoft’s playbook (and partnered with it)– to become a monopoly– in order to dominate the PC world; what the billionaire Moore did after he was forced to retire (very reluctantly; hint– he engaged in philanthropy from which he required measurability and accountability); and much more about his company, lifestyle and family.

Born into a relatively wealthy family in 1971 in Pretoria, South Africa, Elon Musk is the oldest of three children. A voracious reader, he, like Isaac Asimov, was also an insufferable know-it-all, and thus became a social outcast. At about eight years old, he chose to go live with his psychologically abusive, rabid-apartheidist father when his parents split.

Musk engaged in the usual leisure pursuits of nerdy boys of his generation: Dungeons and Dragons, computer programming, rocketry and chemistry explosions. Being super-smart, he learned that the United States was superior to South Africa in terms  entrepreneurial opportunities. He therefore got Canadian citizenship through his mother’s ancestors, and then moved to the United States as a young man.

Musk attended college and graduate school in Pennsylvania. He studied business, physics and economics. He charged admission for alcohol parties to raise money to pay for his tuition. In 1995, he went into business with his brother. Four years later, their website start-up, Zip2, was sold to Compaq for a tidy sum. He then started and/or worked on other projects, including an internet bank, an electric car, spacecraft and devices that harness solar power.

Certain aspects of Musk’s personality in the workplace are comparable to various other famous people. Musk’s dysfunctional managerial style is a blessing and a curse. He, like the late Steve Jobs, is hard-driving on employees to the point of meanness. But his focus and workaholic business ventures have achieved what many said was impossible. His keen entrepreneurial instincts, similar to those of Bill Gates, have seen him through. Also like Gates, he has delivered on what he promised, but usually way over deadline.

When it comes to space exploration, Musk, like Freeman Dyson, shoots not for colonizing the moon, but for colonizing Mars. Musk, like Richard Stallman, believes in the free exchange of information. He truly wants to improve humanity so much so that, according to the author, he eventually shared with the world (!) the intellectual property of his electric car company, Tesla. In 2005, its first car was completed by a mere eighteen workers.

However, in 2007, Musk was very possessive of Tesla. Contrary to the recommendation of an interim CEO, he stubbornly refused to cut the near-bankrupt company’s losses and sell it to an experienced international automaker. He was competing with not only overwhelmingly powerful and politically influential automakers, but also with military contractors and the oil industry.

Read the book to learn of two major automakers who have invested in Tesla; of how the Obama administration helped keep the company afloat; of the myriad benefits the world is deriving from Musk’s  innovations; and of Musk’s personal life.

The Nudist on the Late Shift – BONUS POST

The Bonus Book of the Week is “The Nudist on the Late Shift, and Other True Tales of Silicon Valley” by Po Bronson, published in 1999.  The author provided NO specific source notes and NO index, but he was a journalist who interviewed numerous, various individuals directly.

Anyway, the interviewees aspired to get rich quick in Silicon Valley in the 1990’s. Most were technology gurus; the others, sellers of high-tech products. Some became multi-millionaires; others, who also possessed irrepressible optimism, moved on to the next project.

Bronson described the trials and tribulations suffered by parties involved in an IPO– the subject tech company’s directors and officers, the SEC, the local business printer, bankers in various major U. S. cities, etc.– on the precarious first day of trading on a Friday in the summer of 1998.

The author spoke extensively with the supremely confident co-creator of the software that became Hotmail, the world’s first Web-based email service– which was free and global, later sold to Microsoft in late 1997 for about $400 million. At the book’s writing, the service had more than 26 million users.

One of countless interesting aspects of the World Wide Web is that its advent weeded out the sloppy computer-code developers. The reason is that the code is required to be on a global rather than a local-area network– with the potential for millions of users with diverse hardware, software and settings– and thus the potential for crashing much more easily.

Read the book to learn about the then-options available to entrepreneurs seeking funding for their projects.