The Hard-Luck Texas Town That Bet on Bitcoinand Lost

In 1952, The Saturday Evening Post christened Rockdale, Texas, “The Town Where It Rains Money.” An estimated 100 million tons of lignite coal lay buried a few miles south of the city limits, and Alcoa had just swooped in to build a $100 million smelter that would use the cheap energy source to produce aluminum for fighter planes, skyscrapers, auto­mobiles, and more. “At the mere mention of somebody blowing into town with $100,000,000 to spend, many citi­zens were seized by attacks of vertigo,” wrote local author George Sessions-Perry. “Others merely went off and lay down in an effort to regain their composure. Then things began to happen.”

Seemingly overnight, Rockdale’s population doubled to 5,000. A photo accompanying the Post story shows resident millionaire H. H. “Pete” Coffield and the mayor hosting a party for new Alcoa employees on a patio surrounded by a lush garden. The women wear cocktail dresses, and the men wear ties. “What makes us feel best of all,” Sessions-Perry continued, “is that we’re making a sizable pile of something that the nation needs.”

More recently, though, prosperity has eluded Rockdale. The Alcoa smelter was shuttered in 2008, and an adjoining coal-fired power plant closed last year. More than 1,000 jobs vanished, sending Rockdale and surrounding Milam County, population 25,000, into a nosedive.

Then, last summer, a ray of hope pierced the gloom. Bitmain, a Chinese company that makes specialized computers for “mining” cryptocurrency, said it would invest $500 million in what was to be the world’s largest bitcoin-mining facility at the closed Alcoa smelter, which, crucially, was still connected to massive electrical lines. The large buildings where aluminum was made, called potrooms, would be filled with shipping containers stocked with 325,000 mining machines. Most important for Milam County, Bitmain promised to create between 400 and 600 jobs. New industry would replace the old.

In August, James Kyle, Bitmain’s vice president of North American business development, appeared in front of county officials considering a tax abatement. Seeking to make Bitmain feel at home, Steve Young invited Kyle to his 1,300-acre ranch that night. “We’ll feed you and water you,” he promised. Young, 67, had won the Republican primary for county judge-executive and was weeks away from an election that, in a red county, was considered a formality.

Young picked up brisket from Thorndale Meat Market, a barbecue joint lauded by Texas Monthly, and stocked his stainless steel refrigerator with Shiner beer. Some 40 guests, including Kyle, the sheriff, and the district attorney milled about on a long patio overlooking a pasture where cattle gnawed on Bermuda grass. Towering silver transmission lines cut across the property, connecting to the former Alcoa site and future Bitmain home. Observing the scene, Kara Clore, the executive director of Rockdale’s Municipal Development District, thought of the Saturday Evening Post article. “I was like, ‘This looks exactly like that picture,’” Clore says. “Just like 50 years later or 60 years later.”

As Kyle sipped Shiner, Young remembers him talking about how Bitmain’s facility could someday feature more than mining. Kyle said Bitmain may later invest in the development of artificial intelligence for self-driving cars.

“They had a lot of great ideas,” says Young, a tall, sturdy man who often sports a cowboy hat over his curly white hair. “And I think, ‘Shit, if they do half of what they’re talking about, it will put Milam County on the cutting edge of technology.’”

Instead, Milam County and other communities have learned a real-life lesson about the elusive promise of virtual currency.

Lynn Young (left) and Judge Steve Young (right) at their home on Young’s family ranch in Milam County, Texas.
Jesse Rieser

Power Draw

Bitcoin mining conjures the image of a college sophomore pecking at a laptop while taking rips from a bong. But that hasn’t been the case for a while. At least not for anyone who wants to make a profit.

Successful crypto miners use custom machines that solve the puzzles required to build a blockchain and unlock the limited supply of bitcoins that become available roughly every 10 minutes. The more mining machines you have, the better the odds of winning. (Operators sometimes combine into profit-sharing collectives known as pools.)

The process consumes enormous amounts of energy, and cheap electricity is a must. One of the most popular machines, Bitmain’s AntMiner S15, draws about 1,600 watts of power. That’s about equal to the energy consumption of a microwave oven. But mining machines aren’t used on occasion. To optimize the chance of earning coins, the top mining operators run hundreds or thousands of miners 24/7. Imagine your electricity bill if you were constantly zapping instant oatmeal in hundreds of microwaves all day, every day. In Rockdale, Bitmain’s planned facility was supposed to consume 500 megawatts, enough to power more than 400,000 average US homes.

Rockdale was hardly the only, or first, place that caught the bitcoin bug, as its value soared 20-fold in 2017, to $20,000 that December. Central Washington, with its cheap hydropower, was a natural draw; by 2018, there were more than 50 mining operations in the region. Dennis Bolz, a commissioner for the Chelan County Public Utility District, recalls a Japanese businessman flying in on a private jet and announcing he wanted energy on the spot. “It was like a gold rush,” Bolz says.

Upstate New York, also home to cheap hydropower, was another landing spot. In March 2018, the city council in Plattsburgh, New York, enacted the first crypto-mining moratorium in the US after heavy electricity use by miners caused residents’ rates to skyrocket. Several communities in Washington followed Plattsburgh’s lead. In Lake Placid, New York, before crypto-mining had even taken hold, local officials called for a moratorium in May 2018. Speaking to the Lake Placid village board, one resident said of bitcoin miners, according to the Adirondack Daily Enterprise, “I don’t mean to sound sharp, but I think they would come here and rape our electric department.”

Opponents of crypto-mining questioned whether communities received enough benefits for the electricity that was devoured. Anyone who understood mining realized the potential for employment was minimal. The machines run on their own and require minimal support. But as bitcoin’s value rose along with concerns about energy consumption, companies started promising massive investments and job creation.

In Massena, New York, Blockchain Industries proposed a $600 million facility that would create 500 jobs—if it could get subsidized hydropower. The plan was scuttled in March 2018 when the New York Power Authority, concerned about whether mining operations would create enough jobs, imposed its own moratorium on bitcoin miners. A consultant for Blockchain Industries warned that the decision would cost Massena and New York. “Technical trends are bypassing us,” she said.

Another mining facility did open in Massena last year. Coinmint started operating at an old Alcoa smelter, promising 150 jobs in the first 18 months, according to a Coinmint statement.

Bitmain had a similar idea for its North American expansion. Based in Beijing and founded in 2013 by Jihan Wu and Micree Zhan, Bitmain was the crypto industry’s blue chip company. Last September, it filed for an initial public offering on the Hong Kong Stock Exchange. In the filing, Bitmain reported $953 million in adjusted profit in 2017—and roughly the same amount in the first half of 2018.

The company’s revenues had soared during the gold rush, increasing from $275 million in the first half of 2017 to $2.2 billion in the last half. Those machines humming in central Washington and New York? The majority were made by Bitmain. It was estimated to supply about 75 percent of mining hardware worldwide in 2017 and hosts two of the largest bitcoin pools. Bitmain also mines on its own and hosts others companies’ mining hardware. As of June 2018, according to its IPO filing, Bitmain had 11 mining centers, all in China, with room for 200,000 computers.

Flush with rapidly growing profits and faced with increasing hostility from the Chinese government, Bitmain sought to extend its mining operations to North America last year. It followed others to central Washington, cutting the ribbon on a $20 million facility in Walla Walla in November. It also looked toward Texas.

That wasn’t a logical choice. Texas is hot and humid, which is not ideal for mining, because the computers require cooling; energy prices are about average for the US. David Yermack, an NYU finance and business professor who has studied cryptocurrency, says that other than Venezuela, where Nicolas Maduro virtually gives away electricity, “Texas is about the weirdest place … I’ve heard for bitcoin mining.”

Tough Times

The closure of Alcoa's facility and the adjacent power plant, operated by Luminant, weren’t the only hits Milam County had taken in the past few years. Two hospitals closed, eliminating another 200 jobs and making the county a health care desert. In January 2010, following Alcoa's departure and amid the Great Recession, unemployment in the county hit 12.5 percent. Former laborers left families behind to work in the West Texas oil fields. The sidewalks and parking spots on Rockdale’s Main Street are typically empty, as are many storefronts. A sign in front of the Rockdale General Store promises “C eep Feed,” spoiling the intended bird pun of “cheep feed.”

A quarter-mile east of downtown, the Rainbow Courts Motel, a smattering of cottages set among towering pecan and oak trees, has operated continuously since 1918. In the last years of Alcoa, owners Joan and Dan Ratliff hosted prominent international guests—China’s minister of coal once stayed with an entourage. But weekday business travelers disappeared with Alcoa and Luminant. The Ratliffs now rely on weekenders who come for weddings, reunions, and barbecue. They’re managing to hold on, but another hotel in town recently filed for bankruptcy protection.

Joan and Dan Ratliff, owners of Rainbow Courts Motel in Rockdale, Texas, hoped for more business from the bitcoin mine.
Jesse Rieser

Local officials tried several strategies to combat the slump. In 2017 they formed a county-wide economic development group. When Amazon announced plans in September 2017 to build a second headquarters, Drayton McLane, the billion­aire former Houston Astros owner and a Milam County native, recommended the county make a bid by dangling the 33,000 acres at the old Alcoa site. The county’s proposal, dubbed Blue Sky, highlighted the Alcoa property, Texas’ business-friendly atmosphere, and the proximity to research universities. The bid didn’t make the final cut. But Milam County’s long-shot attempt landed in The Wall Street Journal.

About the same time, Rockdale High School won a state football championship, its first since 1976, rallying from a 21-0 deficit in the title game. Building permits increased in 2017 and 2018 as sprawl from Austin marched east. Sales tax and property tax revenues rose in 2018. At the heart of the increased optimism was reuse of the Alcoa property.

The route to Alcoa passes from Rockdale’s picturesque rolling hills and wildflowers to a far grimmer site. I went on a gloomy April morning after a rainstorm. Near the entrance to the facility, five or six black vultures brunched on roadkill. A dozen more perched on the side of the road. Behind a steel fence, a mountain of aluminum debris sat near the potrooms.

Land near the former Alcoa smelter in Rockdale, Texas.
Jesse Rieser

But the site couldn’t have looked more promising for Bitmain, which had noticed Milam County in part because of the Amazon bid. The smelter featured more than a dozen potrooms, each a few hundred yards long. Clore first learned in February 2018 that someone was interested in the property. “For a while we didn’t know what kind of company it was,” she says. “In economic development you work in code names.”

Bitmain went by “Dory Creek,” apparently chosen to align Bitmain’s AntMiner machines with the Dorylus, a large breed of African ant. Dory Creek notified Clore it was working on a project that would create 400 to 600 jobs. When she inferred that Dory Creek was involved with crypto-mining, based on its electricity needs, Clore talked to officials in other communi­ties with mining operations. They told her mining sites typically employed fewer than 15 people, nothing near 400. But Clore wasn’t deterred, even after Bitmain revealed itself in the summer of 2018. She sought and received assurances about job creation, because of the size of the facility: “They’re like, ‘No, this is going to be the largest data center in the world.’”

Kara Clore photographed at her office of Rockdale Municipal Develpment Distctict in Rockdale, Texas.
Jesse Rieser

The operation would accommodate an estimated 325,000 mining computers, dwarfing Bitmain’s other facilities combined. According to former Bitmain employees and Milam County officials, the company was negotiating to pay 3 to 4 cents a kilowatt-hour for electricity, about half the average for an industrial client in the area and among the lowest in the country. It seemed like the county’s rebuilding efforts were paying off.

Mike Brown, the longtime editor of the Rockdale Reporter, broke news of the plan on July 19. “Strike up the band and have it play ‘Happy Days Are Here Again,’” he wrote. Charles Miles, a rare Rockdale millennial and owner of Miles Styles barber shop, thought some of his many friends who had left for better job opportunities would have a reason to move home. Clore started fielding phone calls from tech entre­preneurs. Bitmain pledged to work with vocational pro­grams and retraining schools for tech jobs. It hired Perry & Perry, a local construction firm, and scheduled a fall job fair to find employees for a planned 2019 opening.

At the Rainbow Courts Motel, the Ratliffs saw business pick up from Bitmain employees and out-of-town contractors. They hoped for a return to the Alcoa days. “We were really hoping the business travel would ramp up because of it,” Joan Ratliff says.

New construction in Rockdale, Texas.
Jesse Rieser
Jesse Rieser

On August 13, the Milam County Commissioner’s Court approved a 10-year tax abatement for Bitmain, under which the company would get an 80 percent property tax dis­count for the first five years. With the abatement, Milam County still would have collected an average of $700,000 in taxes per year for 10 years from the plant—a boon for a county that takes in about $12 million annually. The abatement agreement promised “no less than 350” jobs, with 140 scheduled to come in 2019.

Young says Bitmain had also considered the sites of former Alcoa smelters in Tennessee and New York but received a chilly response. “So when we heard they were looking at us, we embraced that,” he says. “We let them know the first chance meeting them, ‘We want you here.’”

Young had been a lawyer in Houston for many years before retiring to Milam County to serve as a public official. He lists his phone number on his Facebook page, Moving Milam Forward. He campaigned on a message about building a future and putting Milam County’s lost decade in the past. Things were getting better: the swagger of the Amazon bid, the state championship, higher property values, now Bitmain. The company seemed to embrace Rockdale, too. Kyle and site operations manager Todd Dougherty attended Lions Club and Rotary meetings.

Price Plunge

Even as Rockdale welcomed Bitmain, the foundation of the mining operation was eroding. Bitcoin’s value steadily declined throughout 2018. In the fall, the drop accelerated; from November 12 to December 16, the value of a bitcoin fell roughly by half, to $3,195, from $6,327, making it hard for even professional miners with cheap electricity to earn a profit. An estimated 600,000 mining machines worldwide were unplugged. The hash rate, which is the total computing power used on the blockchain, declined by 13 percent. Bitmain, with its revenue tied to mining activities, lost $500 million in the third quarter, according to CoinDesk.

Progress slowed at the Rockdale site, where a few hundred mining computers had been installed. Dozens of new employees were supposed to be hired each month at the end of 2018 as the facility ramped up, but a hiring freeze around November kept the staff at 14. Clore says Bitmain kept delaying the job fair. Upgrading the substations and reno­vating the potrooms proved trickier and more expensive than projected. Previously, when Bitmain’s North American employees looked to China for funding, they joked that all they had to do was send an email. Now, requests went unfulfilled.

In early January, Young heard that Bitmain would close the mining facility before it had ever gone online. He tried contacting Kyle. But when Young reached the VP—who had dined on barbecue at his ranch months earlier—he found that Kyle didn’t know anything either: He had already been laid off. “I didn’t know who to talk to,” Young says. “I had no clue what was going on.”

Former employees estimate that 80 percent of Bitmain’s 3,000 workers lost their jobs in December and January, including about 200 of 250 people who worked in North America. Nine of the 14 employees in Rockdale were let go. This spring, Bitmain’s IPO filing lapsed on the Hong Kong exchange. Rumors of impending bankruptcy swirled in the crypto community on Twitter and Reddit.

The company would not confirm the number of jobs lost. Spokesperson Nishant Sharma referred to a Bitmain statement published in March that said the company had “adjusted our personnel” at the end of 2018. “It was a diffi­cult but necessary decision as we continue to build a long-term, sustainable and scalable business,” the statement said.

In early 2019, Young says, three Bitmain executives, including two from China, visited Texas. Instead of one of the largest bitcoin mining facilities in the world, they offered a nebulous new plan: Bitmain now expects to start mining operations later this month with what Rockdale officials believe will be 20 to 40 workers.

Kelly Ballew, who grew up in Milam County, has been working at the site as a facilities manager, but Bitmain declined WIRED’s request for a tour. Sharma also declined to discuss specific plans for the site, including the number of jobs or capacity of the facility. “Like many companies, changes need to be made in order to be successful,” Sharma says via email. “Downsizing of the facility was necessary to keep up with the changing market demand.”

The tax abatement was never finalized. Clore told Bitmain executives they no longer qualified, because it was based on the job projections.

At the Rainbow Courts Motel, the Ratliffs realized some­thing had changed when Bitmain employees stopped booking rooms without explanation in late December. The Ratliffs are no longer counting on an infusion of weekday business travelers. “It was disappointing and upsetting,” Joan Ratliff says, “because this town, this community, this county really needed something uplifting.”

Views of downtown Rockdale, with its numerous vacant storefronts.

Crypto Winter

Crypto winter struck elsewhere too, sabotaging many of the economic promises made during the gold rush. In November, central Washington–based mining company Giga Watt filed for bankruptcy, ending its multimillion-dollar plans to host miners. Giga Watt’s staff had already been cut to 13, from 70.

Coinmint began operating its facility at the former Alcoa plant in Massena last May. According to Prieur Leary, Coinmint’s chief technology officer, the company has 80-plus employees at the site. The facility was supposed to create 150 jobs by the end of this year. Leary says Coinmint has 40,000 mining machines operating and is installing 29,000 more.

In recent months, the value of bitcoin has risen again, to more than $12,000. The hashrate rose 10 percent the first week of May, signifying a pickup in mining. But municipal leaders—burned by unfulfilled promises—aren’t counting on a surge in jobs. “I don't see how that is possible given the very low labor-to-capital ratio and the highly mobile capital upon which their industry is built,” says Plattsburgh mayor Colin Read via email. His town lifted its moratorium but has seen scant interest from miners.

In central Washington, Malachi Salcido, owner of the crytpo-mining firm Salcido Enterprises, estimates there are now about five big mining operations in the region, down from 50 to 60 at the height of the boom. He says the company’s low labor cost has helped it survive. “Other companies that operated in the region and tried to get to scale had 70 to 80 employees,” he says. “We were 50 percent larger and doing the same thing with 12.” Salcido has lived in the region most of his life and says the bitcoin rush has had little enduring impact. “Think about a parade that goes through town,” he says. “It makes a lot of noise and catches a lot of people's opinion and then leaves. There’s no durable lasting change.”

Aside from bitcoin mining, central Washington has numer­ous data centers, fruit orchards, and wineries. Milam County is still searching for its break, but folks don't seem bitter about the experience. Clore keeps in touch with some of the Bitmain workers who had been planning the site. “I was truly sad for them when they got laid off,” she says.

Young recently announced that a development group was marketing three tracts of land in the northern part of the county for solar farms that could generate about 600 megawatts of electricity. The total investment on the project is expected to be about $500 million. In May he convened an economic summit featuring McLane, a state representative, and an official from the governor’s office.

They discussed how to attract new businesses. “Whether you’re selling feed for cattle or mining cryptocurrency, if the market goes sour you’re just up the creek,” he says. “Going forward with this county, we can’t tie ourselves to one group. We cannot be a one-company town kind of deal, and that’s what happened here.”

In April, Young also took a phone call from a Canadian number. The caller said he represented a European company that wanted to inquire about a move to central Texas. The business? Crypto-mining.

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Markets Are Eating The World

For the last hundred years, individuals have worked for firms, and, by historical standards, large ones.

That many of us live in suburbs and drive our cars into the city to go to work at a large office building is so normal that it seems like it has always been this way. Of course, it hasn’t. In 1870, almost 50 percent of the U.S. population was employed in agriculture.[1] As of 2008, less than 2 percent of the population is directly employed in agriculture, but many people worked for these relatively new things called “corporations.”[2]

Many internet pioneers in the 90’s believed that the internet would start to break up corporations by letting people communicate and organize over a vast, open network. This reality has sort-of played out: the “gig economy” and rise in freelancing are persistent, if not explosive, trends. With the re-emergence of blockchain technology, talk of “the death of the firm” has returned. Is there reason to think this time will be different?

To understand why this time might (or might not) be different, let us first take a brief look back into Coasean economics and mechanical clocks.

In his 1937 paper, “The Nature of the Firm,” economist R.H. Coase asked “if markets were as efficient as economists believed at the time, why do firms exist at all? Why don’t entrepreneurs just go out and hire contractors for every task they need to get done?”[3]

If an entrepreneur hires employees, she has to pay them whether they are working or not. Contractors only get paid for the work they actually do. While the firm itself interacts with the market, buying supplies from suppliers and selling products or services to customers, the employees inside of it are insulated. Each employee does not renegotiate their compensation every time they are asked to do something new. But, why not?

Coase’s answer was transaction costs. Contracting out individual tasks can be more expensive than just keeping someone on the payroll because each task involves transaction costs.

Imagine if instead of answering every email yourself, you hired a contractor that was better than you at dealing with the particular issue in that email. However, it costs you something to find them. Once you found them you would have to bargain and agree on a price for their services then get them to sign a contract and potentially take them to court if they didn’t answer the email as stipulated in the contract.

Duke economist Mike Munger calls these three types of transaction costs triangulation, how hard it is to find and measure the quality of a service; transfer, how hard it is to bargain and agree on a contract for the good or service; and trust, whether the counterparty is trustworthy or you have recourse if they aren’t.

You might as well just answer the email yourself or, as some executives do, hire a full-time executive assistant. Even if the executive assistant isn’t busy all the time, it’s still better than hiring someone one off for every email or even every day.

Coase’s thesis was that in the presence of these transaction costs, firms will grow larger as long as they can benefit from doing tasks in-house rather than incurring the transaction costs of having to go out and search, bargain and enforce a contract in the market. They will expand or shrink until the cost of making it in the firm equals the cost of buying it on the market.

The lower the transaction costs are, the more efficient markets will be, and the smaller firms will be.

In a world where markets were extremely efficient, it would be very easy to find and measure things (low triangulation costs), it would be very easy to bargain and pay (low transfer costs), and it would be easy to trust the counterparty to fulfill the contract (low trust costs).

In that world, the optimal size of the firm is one person (or a very few people). There’s no reason to have a firm because business owners can just buy anything they need on a one-off basis from the market.[4] Most people wouldn’t have full-time jobs; they would do contract work.

Consumers would need to own very few things. If you needed a fruit dehydrator to prepare for a camping trip twice a year, you could rent one quickly and cheaply. If you wanted to take your family to the beach twice a year, you could easily rent a place just for the days you were there.

On the other hand, in a world that was extremely inefficient, it would be hard to find and measure things (high triangulation costs), it would be difficult to bargain and pay (high transfer costs) and it would be difficult to trust the counterparty to fulfill the contract (high trust costs).

In that world, firms would tend to be large. It would be inefficient to buy things from the market and so entrepreneurs would tend to accumulate large payrolls. Most people would work full-time jobs for large firms. If you wanted to take your family to the beach twice a year, you would need to own the beach house because it would be too inefficient to rent, the reality before online marketplaces like AirBnB showed up.

Consumers would need to own nearly everything they might conceivably need. Even if they only used their fruit dehydrator twice a year, they’d need to own it because the transaction costs involved in renting it would be too high.

If the structure of the economy is based on transaction costs, then what determines them?

Technological Eras and Transaction Costs

The primary determinant of transaction costs is technology.

The development of the wheel and domestication of horses and oxes decreased transfer costs by making it possible to move more goods further. Farmers who could bring their crops to market using an ox cart rather than carrying it by hand could charge less and still make the same profit.

The development of the modern legal system reduced the transaction cost of trust. It was possible to trust that your counterparty would fulfill their contract because they knew you had recourse if they didn’t.

The list goes on: standardized weights and  measures, the sail, the compass, the printing press, the limited liability corporation, canals, phones, warranties, container ships and, more recently, smartphones and the internet.

It’s hard to appreciate how impactful many of these technologies has been, because most of them had become so common by the time most of us were born that we take them for granted.

As the author Douglas Adams said, “Anything that is in the world when you’re born is normal and ordinary and is just a natural part of the way the world works. Anything that’s invented between when you’re fifteen and thirty-five is new and exciting and revolutionary and you can probably get a career in it. Anything invented after you’re thirty-five is against the natural order of things.”

To see how technology affects transaction costs, and how that affects the way our society is organized, let’s consider something which we all think of as “normal and ordinary,”  but which has had a huge impact on our lives: the mechanical clock.

The Unreasonable Effectiveness of the Mechanical Clock

In 1314, The city of Caen installed a mechanical clock with the following inscription: “I give the hours voice to make the common folk rejoice.” “Rejoice” is a pretty strong reaction to a clock, but it wasn’t overstated, everyone in Caen was pretty jazzed about the mechanical clock. Why?

A key element of why we have jobs today as opposed to working as slaves or serfs bonded to the land as was common in the Feudal system is a direct result of the clock.

Time was important before the invention of the clock but was very hard to measure. Rome was full of sundials, and medieval Europe’s bell towers where, time was tolled, were the tallest structures in town.[5]

This was not cheap. In the larger and more important belfries, two bell-ringers lived full time, each serving as a check on the other. The bells themselves were usually financed by local guilds that relied on the time kept to tell their workers when they had to start working and when they could go home.

This system was problematic for a few reasons.

For one, it was expensive. Imagine if you had to pool funds together with your neighbors to hire two guys to sit in the tower down the street full time and ring the bell to wake you up in the morning.

For another, the bell could only signal a few events per day. If you wanted to organize a lunch meeting with a friend, you couldn’t ask the belltower to toll just for you. Medieval bell towers had not yet developed snooze functionality.

Finally, sundials suffered from accuracy problems. Something as common as clouds could make it difficult to tell precisely when dawn, dusk, and midday occurred.

In the 14th and 15th centuries, the expensive bell towers of Europe’s main cities got a snazzy upgrade that dramatically reduced transaction costs: the mechanical clock.

The key technological breakthrough that allowed the development was the escapement.

The escapement transfers energy to the clock’s pendulum to replace the energy lost to friction and keep it on time. Each swing of the pendulum releases a tooth of the escapement’s wheel gear, allowing the clock’s gear train to advance or “escape” by a set amount. This moves the clock’s hands forward at a steady rate.[6]

The accuracy of early mechanical clocks, plus or minus 10-15 minutes per day, was not notably better than late water clocks and less accurate than the sandglass, yet mechanical clocks became widespread. Why?

  1. Its automatic striking feature meant the clock could be struck every hour at lower cost, making it easier to schedule events than only striking at dawn, dusk and noon.
  2. It was more provably fair than the alternatives, which gave all parties greater confidence that the time being struck was accurate. (Workers were often suspicious that employers could bribe or coerce the bell-ringers to extend the workday, which was harder to do with a mechanical clock.)

Mechanical clocks broadcast by bell towers provided a fair (lower trust costs) and fungible [7] (lower transfer costs) measure of time. Each hour rung on the bell tower could be trusted to be the same length as another hour.

Most workers in the modern economy earn money based on a time-rate, whether the time period is an hour, a day, a week or a month. This is possible only because we have a measure of time which both employer and employee agree upon. If you hire someone to pressure-wash your garage for an hour, you may argue with them over the quality of the work, but you can both easily agree whether they spent an hour in the garage.

Prior to the advent of the mechanical clock, slavery and serfdom were the primary economic relationships, in part because the transaction cost of measuring time beyond just sunup and sundown was so high, workers were chained to their masters or lords.[8]

The employer is then able to use promotions, raises, and firing to incentivize employees to produce quality services during the time they are being paid for.[9]

In a system based on time-rate wages rather than slavery or serfdom, workers have a choice. If the talented blacksmith can get a higher time-rate wage from a competitor, she’s able to go work for them because there is an objective, fungible measure of time she’s able to trade.

As history has shown, this was a major productivity and quality-of-life improvement for both parties.[10]

It gradually became clear that mechanical time opened up entirely new categories of economic organization and productivity that had hitherto been not just impossible, but unimaginable.

We could look at almost any technology listed abovestandardized weights and measures, the sail, the compass, the printing press, etc.and do a similar analysis of how it affected transaction costs and eventually how it affected society as a result.

The primary effect is an increase in what we will call coordination scalability.

Coordination Scalability

“It is a profoundly erroneous truism, repeated by all copy-books and by eminent people when they are making speeches, that we should cultivate the habit of thinking what we are doing. The precise opposite is the case. Civilization advances by extending the number of important operations which we can perform without thinking about them.”   Alfred North Whitehead

About 70,000 years ago, there were between six and ten species of the genus homo. Now, of course, there is just one: Homo sapiens. Why did Homo sapiens prevail over the other species, like Homo neanderthalensis?

Homo sapiens prevailed because of their ability to coordinate. Coordination was made possible by increased neocortical size, which led to an ability to work together in large groups, not just as single individuals. Instead of single individuals hunting, groups could hunt and bring down larger prey more safely and efficiently.[11]

The brain of Homo sapiens has proven able to invent other, external structures which further increased coordination scalability by expanding the network of other people we could rely on.

Maybe the most important of these was language, but we have evolved many others since, including the mechanical clock.

The increased brain size has driven our species through four coordination revolutions: Neolithic, Industrial, Computing, Blockchain.

Neolithic Era: The Emergence of Division of Labor

The first economic revolution was a shift from humans as hunter-gatherers to homo sapiens as farmers.

Coordination scalability among hunter-gatherers was limited to the size of the band, which tended to range from 15 to 150 individuals.[12] The abandonment of a nomadic way of life and move to agriculture changed this by allowing specialization and the formation of cities.

Agriculture meant that people could, for the first time, accumulate wealth. Farmers could save excess crops to eat later or trade them for farming equipment, baskets or decorations. The problem was that this wealth was suddenly worth stealing and so farmers needed to defend their wealth.

Neolithic societies typically consisted of groups of farmers protected by what Mancur Olson called “stationary bandits,” basically warlords.[13] This allowed the emergence of much greater specialization. Farmers accumulated wealth and paid some to the warlords for protection, but even then there was still some left over, making it possible for individuals to specialize.

A city of 10,000 people requires, but also makes possible, specialists.

The limits of coordination scalability increased from 150 to thousands or, in some cases, tens of thousands. This was not necessarily a boon to human happiness. Anthropologist Jared Diamond called the move to agriculture “the worst mistake in the history of the human race.”[14] The quality of life for individuals declined: lifespans shortened, nutrition was worse leading to smaller stature, and disease was more prevalent.

But this shift was irresistible because specialization created so much more wealth and power that groups which adopted this shift came to dominate those that didn’t. The economies of scale in military specialization, in particular, were overwhelming. Hunt-gatherers couldn’t compete.

In the Neolithic era, the State was the limit of coordination scalability.

Industrial Era: Division of Labor Is Eating the World

Alongside the city-state, a new technology started to emerge that would further increase the limits of coordination scalability: money. To illustrate, let us take the European case, from ancient Greece to modernity, though the path in other parts of the world was broadly similar. Around 630 B.C., the Lydian kings recognized the need for small, easily transported coins worth no more than a few days’ labor. They made these ingots in a standard sizeabout the size of a thumbnail—and weight, and stamped an emblem of a lion’s head on them.

This eliminated one of the most time-consuming (and highest transaction cost) steps in commerce: weighing gold and silver ingots each time a transaction was made. Merchants could easily count the number of coins without worrying about cheating.

Prior to the invention of coins, trade had been limited to big commercial transactions, like buying a herd of cattle. With the reduced transfer cost facilitated by coins, Lydians began trading in the daily necessities of lifegrain, olive oil, beer, wine, and wood.[15]

The variety and abundance of goods which could suddenly be traded led to another innovation: the retail market.

Previously, buyers had to go to the home of sellers of whatever they needed. If you needed olive oil, you had to walk over to the olive oil lady’s house to get it. With the amount of trade that began happening after coinage, a central market emerged. Small stalls lined the market where each merchant specialized in (and so could produce more efficiently) a particular goodmeat, grain, jewelry, bread, cloth, etc. Instead of having to go the olive oil lady’s house, you could go to her stall and pick up bread from the baker while you were there.

From this retail market in Lydia sprang the Greek agora, Medieval market squares in Europe and, the suburban shopping mall and, eventually, the “online shopping malls” Amazon and Google. Though markets were around as early as 7th century BCE Lydia, they really hit their stride in The Industrial Revolution in the 18th century.[16]

Adam Smith was the first to describe in detail the effect of this marketization of the world. Markets made it possible to promote the division of labor across political units, not just within them. Instead of each city or country manufacturing all the goods they needed, different political entities could further divide labor. Coordination scalability started to stretch across political borders.

Coming back to Coase, firms will expand or shrink until “making” equals the cost of “buying.” Under this Industrial era, transaction costs made administrative and managerial coordination (making) more efficient than market coordination (buying) for most industries, which led to the rise of large firms.

The major efficiency gain of Industrial companies over their more “artisanal” forebearers was that using the techniques of mass production, they could produce products of a higher quality at a lower price. This was possible only if they were able to enforce standards throughout the supply chain. The triangulation transaction cost can be broken down into search and measurement: a company needed to find the vendor and to be able to measure the quality of the good or service.

In the early Industrial era, the supply chain was extremely fragmented. By bringing all the pieces into the firm, a large vertically integrated company could be more efficient.[17]

As an example, In the 1860s and 1870s, the Carnegie Corporation purchased mines to ensure it had reliable access to the iron ore and coke it needed to make steel. The upstream suppliers were unreliable and non-standardized and Carnegie Corporation could lower the cost of production by simply owning the whole supply chain.

This was the case in nearly every industry. By bringing many discrete entities under one roof and one system of coordination, greater economic efficiencies were gained and the multi-unit business corporation replaced the small, single-unit enterprise because administrative coordination enabled greater productivity through lower transaction costs per task than was possible before. Economies of scale flourished.

This system of large firms connected by markets greatly increased coordination scalability. Large multinational firms could stretch across political boundaries and provide goods and services more efficiently.

In Henry Ford’s world, the point where making equaled the cost of buying was pretty big. Ford built a giant plant at River Rouge just outside Detroit between 1917 and 1928 that took in iron ore and rubber at one end and sent cars out the other. At the factory’s peak, 100,000 people worked there. These economies of scale allowed Ford to dramatically drive down the cost of an automobile, making it possible for the middle class to own a car.[18]

As with Carnegie, Ford learned that supplier networks take a while to emerge and grow into something reliable. In 1917, doing everything himself was the only way to get the scale he needed to be able to make an affordable car.

One of the implications of this model was that industrial businesses required huge startup costs.

The only chance any entrepreneur had to compete required starting out with similarly massive amounts of capital required to build a factory large and efficient enough to compete with Ford.

For workers, this meant that someone in a specialized role, like an electric engineer or an underwriter, did not freelance or work for small businesses. Because the most efficient way to produce products was in large organizations, specialized workers could earn the most by working inside large organizations, be they Ford, AT&T or Chase Bank.

At the peak of the Industrial era, there were two dominant institutions: firms and markets.

Work inside the firm allowed for greater organization and specialization which, in the presence of high transaction costs was more economically efficient.

Markets were more chaotic and less organized, but also more motivating. Henry Ford engaged with the market and made out just a touch better than any of his workers; there just wasn’t room for many Henry Fords.

This started to dissolve in the second half of the 20th century. Ford no longer takes iron ore and rubber as the inputs to their factories, but has a vast network of upstream suppliers.[19] The design and manufacturing of car parts now happens over a long supply chain, which the car companies ultimately assemble and sell.

One reason is that supplier networks became more standardized and reliable. Ford can now buy ball bearings and brake pads more efficiently than he can make them, so he does. Each company in the supply chain focuses on what they know best and competition forces them to constantly improve.

By the 1880s, it cost Carnegie more to operate the coke ovens in-house than to buy it from an independent source, so he sold off the coke ovens and bought it from the open market. Reduced transaction costs in the form of more standardized and reliable production technology caused both Ford and Carnegie corporation to shrink as Coase’s theory would suggest.

The second reason is that if you want to make a car using a network of cooperating companies, you have to be able to coordinate their efforts, and you can do that much better with telecommunication technology broadly and computers specifically. Computers reduce the transaction costs that Coase argued are the raison d’etre of corporations. That is a fundamental change.[20]

The Computing Era: Software Is Eating the World

Computers, and the software and networks built on top of them, had a new economic logic driven by lower transaction costs.

Internet aggregators such as Amazon, Facebook, Google, Uber and Airbnb reduced the transaction costs for participants on their platforms. For the industries that these platforms affected, the line between “making” and “buying” shifted toward buying. The line between owning and renting shifted toward renting.

Primarily, this was done through a reduction in triangulation costs (how hard it is to find and measure the quality of a service), and transfer costs (how hard it is to bargain and agree on a contract for the good or service).

Triangulation costs came down for two reasons. One was the proliferation of smartphones, which made it possible for services like Uber and Airbnb to exist. The other was the increasing digitization of the economy. Digital goods are both easier to find (think Googling versus going to the library or opening the Yellow Pages) and easier to measure the quality of (I know exactly how many people read my website each day and how many seconds they are there, the local newspaper does not).

The big improvement in transfer costs was the result of matchmaking: bringing together and facilitating the negotiation of mutually beneficial commercial or retail deals.  

Take Yelp, the popular restaurant review app. Yelp allows small businesses like restaurants, coffee shops, and bars to advertise to an extremely targeted group: individuals close enough to come to the restaurant and that searched for some relevant term. A barbecue restaurant in Nashville can show ads only to people searching their zip code for terms like “bbq” and “barbecue.” This enables small businesses that couldn’t afford to do radio or television advertising to attract customers.

The existence of online customer reviews gives consumers a more trusted way to evaluate the restaurant.

All of the internet aggregators, including Amazon, Facebook, and Google, enabled new service providers by creating a market and standardizing the rules of that market to reduce transaction costs.[21]

The “sharing economy” is more accurately called the “renting economy” from the perspective of consumers, and the “gig economy” from the perspective of producers. Most of the benefits are the result of new markets enabled by lower transaction costs, which allows consumers to rent rather than own, including “renting” some else’s time rather than employing them full time.

It’s easier to become an Uber driver than a cab driver, and an Airbnb host than a hotel owner. It’s easier to get your product into Amazon than Walmart. It’s easier to advertise your small business on Yelp, Google or Facebook than on a billboard, radio or TV.

Prior to the internet, the product designer was faced with the option of selling locally (which was often too small a market), trying to get into Walmart (which was impossible without significant funding and traction), or simply working for a company that already had distribution in Walmart.

On the internet, they could start distributing nationally or internationally on day one. The “shelf space” of Amazon or Google’s search engine results page was a lot more accessible than the shelf space of Walmart.

As a result, it became possible for people in certain highly specialized roles to work independently of firms entirely. Product designers and marketers could sell products through the internet and the platforms erected on top of it (mostly Amazon and Alibaba in the case of physical products) and have the potential to make as much or more as they could inside a corporation.

This group is highly motivated because their pay is directly based on how many products they sell. The aggregators and the internet were able to reduce the transaction costs that had historically made it economically inefficient or impossible for small businesses and individual entrepreneurs to exist.

The result was that in industries touched by the internet, we saw an industry structure of large aggregators and a long tail [22] of small business which were able to use the aggregators to reach previously unreachable, niche segments of the market. Though there aren’t many cities where a high-end cat furniture retail store makes economic sense, on Google or Amazon, it does.



After (Platform-Enabled Markets)



Long Tail

Walmart and big box retailers
Amazon Niche product designers and manufacturers

Cab companies
Uber Drivers with extra seats

Hotel chains
Airbnb Homeowners with extra rooms

Traditional media outlets
Google and Facebook Small offline and niche online businesses

For these industries, coordination scalability was far greater and could be seen in the emergence of micro-multinational businesses. Businesses as small as a half dozen people could manufacture in China, distribute products in North America, and employ people from Europe and Asia. This sort of outsourcing and the economic efficiencies it created had previously been reserved for large corporations.

As a result, consumers received cheaper, but also more personalized products from the ecosystem of aggregators and small businesses.

However, the rental economy still represents a tiny fraction of the overall economy. At any given time, only a thin subset of industries are ready to be marketized. What’s been done so far is only a small fraction of what will be done in the next few decades.

Yet, we can already start to imagine a world which Munger calls “Tomorrow 3.0.” You need a drill to hang some shelves in your new apartment. You open an app on your smartphone and tap “rent drill.” An autonomous car picks up a drill and delivers it outside your apartment in a keypad-protected pod and your phone vibrates “drill delivered.” Once you’re done, you put it back in the pod, which sends a message to another autonomous car nearby to come pick it up. The rental costs $5, much less than buying a commercial quality power drill. This is, of course, not limited to drillsit could have been a saw, fruit dehydrator, bread machine or deep fryer.

You own almost nothing, but have access to almost everything.

You, nor your neighbors, have a job, at least in the traditional sense. You pick up shifts or client work as needed and maybe manage a few small side businesses. After you finish drilling the shelves in, you might sit down at your computer and see what work requests are open and work for a few hours on designing a new graphic or finishing up the monthly financial statements for a client.

This is a world in which triangulation and transfer costs have come down dramatically, resulting in more renting than buying from consumers and more gig work than full-time jobs for producers.

This is a world we are on our way to already, and there aren’t any big, unexpected breakthroughs that need to happen first.

But what about the transaction cost of trust?

In the computer era, the areas that have been affected most are what could be called low-trust industries. If the sleeping mask you order off of Amazon isn’t as high-quality as you thought, that’s not a life or death problem.

What about areas where trust is essential?

Enter stage right: blockchains.

The Blockchain Era: Blockchain Markets Are Eating the World

One area where trust matters a lot is money. Most of the developed world doesn’t think about the possibility of fiat money [23] not being trustworthy because it hasn’t happened in our lifetimes. For those that have experienced it, including major currency devaluations, trusting that your money will be worth roughly the same tomorrow as it is today is a big deal.

Citizens of countries like Argentina and particularly Venezuela have been quicker to adopt bitcoin as a savings vehicle because their economic history made the value of censorship resistance more obvious.

Due to poor governance, the inflation rate in Venezuela averaged 32.42 percent from 1973 until 2017. Argentina was even worse; the inflation rate there averaged 200.80 percent between 1944 and 2017.

The story of North America and Europe is different. In the second half of the 20th century, monetary policy has been stable.

The Bretton Woods Agreement, struck in the aftermath of the Second World War, aggregated control of most of the globe’s monetary policy in the hands of the United States. The European powers acceded to this in part because the U.S. dollar was backed by gold, meaning that the U.S. government was subject to the laws of physics and geology of gold mining. They could not expand the money supply any faster than gold could be taken out of the ground.

With the abandonment of the gold standard under Nixon in 1973, control over money and monetary policy has moved into a historically small group of central bankers and powerful political and financial leaders and is no longer restricted by gold.

Fundamentally, the value of the U.S. dollar today is based on trust. There is no gold in a vault that backs the dollars in your pocket. Most fiat currencies today have value because the market trusts that the officials in charge of U.S. monetary policy will manage it responsibly.

It is at this point that the debate around monetary policy devolves into one group that imagines this small group of elitist power brokers sitting in a dark room on large leather couches surrounded by expensive art and mahogany bookshelves filled with copies of The Fountainhead smoking cigars and plotting against humanity using obscure financial maneuvering.

Another group, quite reasonably, points to the economic prosperity of the last half-century under this system and insists on the quackery of the former group.

A better way to understand the tension between a monetary system based on gold versus one based on fiat money this has been offered by political science professor Bruce Bueno de Mesquita:  “Democracy is a better form of government than dictatorships, not because presidents are intrinsically better people than dictators, but simply because presidents have less agency and power than dictators.”

Bueno de Mesquita calls this Selectorate Theory. The selectorate represents the number of people who have influence in a government, and thus the degree to which power is distributed. The selectorate of a dictatorship will tend to be very small: the dictator and a few cronies. The selectorate in democracy tends to be much larger, typically encompassing the Executive, Legislative, and Judicial branches and the voters which elect them.

Historically, the size of the selectorate involves a tradeoff between the efficiency and the robustness of the governmental system. Let’s call this the “Selectorate Spectrum.”

Dictatorships can be more efficient than democracies because they don’t have to get many people on board to make a decision. Democracies, by contrast, are more robust, but at the cost of efficiency.

Conservatives and progressives alike bemoan how little their elected representatives get done but happily observe how little their opponents accomplish. A single individual with unilateral power can accomplish far more (good or bad) than a government of “checks and balances.” The long-run health of a government means balancing the tradeoff between robustness and efficiency. The number of stakeholders cannot be so large that nothing gets done or the country will never adapt nor too small that one or a small group of individuals can hijack the government for personal gain.

This tension between centralized efficiency and decentralized robustness exists in many other areas. Firms try to balance the size of the selectorate to make it large enough so there is some accountability (e.g. a board and shareholder voting) but not so large as to make it impossible to compete in a marketby centralizing most decisions in the hands of a CEO.

We can view both the current monetary system and the internet aggregators through the lens of the selectorate. In both areas, the trend over the past few decades is that the robustness of a large selectorate has been traded away for the efficiency of a small one.[24]

A few individualsheads of central banks, leaders of state, corporate CEOs, and leaders of large financial entities like sovereign wealth funds and pensions fundscan move markets and politics globally with even whispers of significant change. This sort of centralizing in the name of efficiency can sometimes lead to long feedback loops with potentially dramatic consequences.

Said another way, much of what appears efficient in the short term may not be efficient but hiding risk somewhere, creating the potential for a blow-up. A large selectorate tends to appear to be working less efficiently in the short term, but can be more robust in the long term, making it more efficient in the long term as well. It is a story of the Tortoise and the Hare: slow and steady may lose the first leg, but win the race.

In the Beginning, There Was Bitcoin

In October 2008, an anonymous individual or group using the pseudonym Satoshi Nakamoto sent an email to a cypherpunk mailing list, explaining a new system called bitcoin. The opening line of the conclusion summed up the paper:

“We have proposed a system for electronic transactions without relying on trust”

When the network went live a few months later in January 2009, Satoshi embedded the headline of a story running that day in The London Times:

“The Times 03/Jan/2009 Chancellor on brink of second bailout for banks”

Though we can’t know for sure what was going through Satoshi’s mind at the time, the most likely explanation based is that Satoshi was reacting against the decisions being made in response to the 2008 Global Financial Crisis by the small selectorate in charge of monetary policy.

Instead of impactful decisions about the monetary system like a bailout being reliant upon a single individual, the chancellor, Satoshi envisioned bitcoin as a more robust monetary system, with a larger selectorate beyond the control of a single individual.

But why create a new form of money? Throughout history, the most common way for individuals to show their objections to their nation’s monetary policy was by trading their currency for some commodity like gold, silver, or livestock that they believed would hold its value better than the government-issued currency.

Gold, in particular, has been used as a form of money for nearly 6,000 years for one primary reason: the stock-to-flow ratio. Because of how gold is deposited in the Earth’s crust, it’s very difficult to mine. Despite all the technological changes in the last few hundred years, this has meant that the amount of new gold mined in a given year (the flow) has averaged between 1-2 percent of the total gold supply (stock) with very little variation year to year.

As a result, the total gold supply has never increased by more than 1-2 percent per year. In comparison to Venezuela’s 32.4 percent inflation and Argentina’s 200.80 percent inflation, gold’s inflation is far lower and more predictable.

Viewed through the lens of Selectorate Theory, we can say that gold or other commodity forms of money have a larger selectorate and are more robust than government-issued fiat currency. In the same way a larger group of stakeholders in a democracy constrains the actions of any one politician, the geological properties of gold constrained governments and their monetary policy.

Whether or not these constraints were “good” or “bad” is still a matter of debate. The Keynesian school of economics, which has come to be the view of mainstream economics, emerged out of John Maynard Keynes’s reaction to the Great Depression, which he thought was greatly exacerbated by the commitment to the gold standard and that governments should manage monetary policy to soften the cyclical nature of markets.

The Austrian and monetarist schools believe that human behavior is too idiosyncratic to model accurately with mathematics and that minimal government intervention is best. Attempts to intervene can be destabilizing and lead to inflation so a commitment to the gold standard is the lesser evil in the long run.

Taken in good faith, these schools represent different beliefs about the ideal point on the Selectorate Spectrum. Keynesians believe that greater efficiency could be gained by giving government officials greater control over monetary policy without sacrificing much robustness. Austrians and monetarists argue the opposite, that any short-term efficiency gains actually create huge risks to the long-term health of the system.

Viewed as a money, bitcoin has many gold-like properties, embodying something closer to the Austrian and monetarist view of ideal money. For one, we know exactly how many bitcoin will be created21 millionand the rate at which they will be created. Like gold, the ability to change this is outside of the control of a single or small group of individuals, giving it a predictable stock-to-flow ratio and making it extremely difficult to inflate.

Similar to gold, the core bitcoin protocol also makes great trade-offs in terms of efficiency in the name of robustness.[25]

However, bitcoin has two key properties of fiat money which gold lacksit is very easy to divide and transport. Someone in Singapore can send 1/100th of a bitcoin to someone in Canada in less than an hour. Sending 1/100th of a gold bar would be a bit trickier.

In his 1998 book, Cryptonomicon, science fiction author Neal Stephenson imagined a bitcoin-like money built by the grandchild of Holocaust survivors who wanted to create a way for individuals to escape totalitarian regimes without giving up all their wealth. It was difficult, if not impossible, for Jews to carry gold bars out of Germany, but what if all they had to do was remember a 12-word password phrase? How might history have been different?

Seen in this way, bitcoin offers a potentially better trade-off between robustness and efficiency. Its programmatically defined supply schedule means the inflation rate will be lower than gold (making it more robust) while it’s digital nature makes it as divisible and transportable as any fiat currency (making it more efficient).

Using a nifty combination of economic incentives for mining (proof-of-work system) and cryptography (including blockchain), bitcoin allowed individuals to engage in a network that was both open (like a market) and coordinated (like a firm) without needing a single or small group of power brokers to facilitate the coordination.

Said another way, bitcoin was the first example of money going from being controlled from a small group of firm-like entities (central banks) to being market-driven. What cryptocurrency represents is the technology-enabled possibility that anyone can make their own form of money.

Whether or not bitcoin survives, that Pandora’s Box is now open. In the same way computing and the internet opened up new areas of the economy to being eaten by markets, blockchain and cryptocurrency technology have opened up a different area to be eaten by markets: money.

The Future of Public Blockchains

Bitcoin is unique among forms of electronic money because it is both trustworthy and maintained by a large selectorate rather than a small one.

There was a group that started to wonder whether the same underlying technology could be used to develop open networks in other areas by reducing the transaction cost of trust.[26]

One group, the monetary maximalists, thinks not. According to them, public blockchains like bitcoin will only ever be useful as money because it is the area where trust is most important and so you can afford to trade everything else away. The refugee fleeing political chaos does not care that a transaction takes an hour to go through and costs $10 or even $100. They care about having the most difficult to seize, censorship-resistant form of wealth.

Bitcoin, as it exists today, enhances coordination scalability by allowing any two parties to transact without relying on a centralized intermediary and by allowing individuals in unstable political situations to store their wealth in the most difficult-to-seize form ever created.

The second school of thought is that bitcoin is the first example of a canonical, trustworthy ledger with a large selectorate and that there could be other types of ledgers which are able to emulate it.

At its core, money is just a ledger. The amount of money in your personal bank account is a list of all the transactions coming in (paychecks, deposits, etc.) and all the transactions going out (paying rent, groceries, etc.). When you add all those together, you get a balance for your account.

Historically, this ledger was maintained by a single entity, like your bank. In the case of U.S. dollars, the number in circulation can be figured out by adding up how much money the U.S. government has printed and released into the market and how much it has taken back out of the market.

What else could be seen as a ledger?

The answer is “nearly everything.” Governments and firms can be seen just as groups of ledgers. Governments maintain ledgers of citizenship, passports, tax obligations, social security entitlements and property ownership. Firms maintain ledgers of employment, assets, processes, customers and intellectual property.

Economists sometimes refer to firms as “a nexus of contracts.” The value of the firm comes from those contracts and how they are structured within the “ledger of the firm.” Google has a contract with users to provide search results, with advertisers to display ads to users looking for specific search terms, and with employees to maintain the quality of their search engine. That particular ledger of contracts is worth quite a lot.

Mechanical time opened up entirely new categories of economic organization. It allowed for trade to be synchronized at great distanceswithout mechanical time, there would have been no railroads (how would you know when to go?) and no Industrial Revolution. Mechanical time allowed for new modes of employment that lifted people out of serfdom and slavery.[27]

In the same way, it may be that public blockchains make it possible to have ledgers that are trustworthy without requiring a centralized firm to manage them. This would shift the line further in favor of “renting” over “buying” by reducing the transaction cost of trust.

Entrepreneurs may be able to write a valuable app and release for anyone and everyone who needs that functionality. The entrepreneur would collect micro-payments in their wallet. A product designer could release their design into the wild and consumers could download it to be printed on their 3D printer almost immediately.[28]

For the first 10 years of bitcoin’s existence, this hasn’t been possible. Using a blockchain has meant minimizing the transaction cost of trust at all costs, but that may not always be the case. Different proposals are already being built out that allow for more transactions to happen without compromising the trust which bitcoin and other crypto-networks offer.

There are widely differing opinions on what the best way to scale blockchains are. One faction, usually identifying as Web 3/smart contracting platform/Ethereum, believes that scaling quickly at the base layer is essential and can be done with minimal security risk while the other groups believe that scaling should be done slowly and only where it does not sacrifice the censorship-resistant nature of blockchains (bitcoin). Just like the debate between Keynesian and Austrian/monetarist views of monetary policy, these views represent different beliefs about the optimal tradeoff point on the Selectorate Spectrum. But, both groups believe that significant progress can be made on making blockchains more scalable without sacrificing too much trust.

Public blockchains may allow aggregation without the aggregators. For certain use cases, perhaps few, perhaps many, public blockchains like bitcoin will allow the organization and coordination benefits of firms and the motivation of markets while maintaining a large selectorate.

Ultimately, what we call society is a series of overlapping and interacting ledgers.

In order for ledgers to function, they must be organized according to rules. Historically, rules have required rulers to enforce them. Because of network effects, these rulers tend to become the most powerful people in society. In medieval Europe, the Pope enforced the rules of Christianity and so he was among the most powerful.

Today, Facebook controls the ledger of our social connections. Different groups of elites control the university ledgers and banking ledgers.

Public blockchains allow people to engage in a coordinated and meritocratic network without requiring a small selectorate.

Blockchains may introduce markets into corners of society that have never before been reached. In doing so, blockchains have the potential to replace ledgers previously run by kings, corporations, and aristocracies. They could extend the logic of the long tail to new industries and lengthen the tail for suppliers and producers by removing rent-seeking behavior and allowing for permissionless innovation.

Public blockchains allow for rules without a ruler. It began with money, but they may move on to corporate ledgers, social ledgers and perhaps eventually, the nation-state ledger.[29]

Acknowledgments: Credit for the phrase “Markets Are Eating the World” to Patri Friedman.

  4. There are, of course, other types of transaction costs than the ones listed here. A frequent one brought up in response to Coase is company culture, which nearly all entrepreneurs and investors agree is an important factor in a firm’s productivity. This is certainly true, but the broader point about the relationship between firm size and transaction costs hold—culture is just another transaction cost.
  7. Fungibility is the property of a good or a commodity whose individual units are interchangeable. For example, one ounce of pure silver is fungible with any other ounce of pure silver. This is not the same for most goods: a dining table chair is not fungible with a fold-out chair.
  8. Piece rates, paying for some measurement of a finished output like bushels of apples or balls of yarn, seems fairer. But they suffer from two issues: For one, the output of the labor depends partially on the skill and effort of the laborer, but also on the vagaries of the work environment. This is particularly true in a society like that of medieval Europe, where nearly everyone worked in agriculture. The best farmer in the world can’t make it rain. The employee wants something like insurance that they will still be compensated for the effort in the case of events outside their control, and the employer who has more wealth and knowledge of market conditions takes on these risks in exchange for increased profit potential.
  9. For the worker, time doesn’t specify costs such as effort, skill or danger. A laborer would want to demand a higher time-rate wage for working in a dangerous mine than in a field. A skilled craftsman might demand a higher time-rate wage than an unskilled craftsman.
  10. The advent of the clock was necessary for the shift from farms to cities. Sunup to sundown worked effectively as a schedule for farmers because summer was typically when the most labor on farms was required, so longer days were useful. For craftsman or others working in cities, their work was not as driven by the seasons and so a trusted measure of time that didn’t vary with the seasons was necessary. The advent of a trusted measure of time led to an increase in the quantity, quality and variety of goods and services because urban, craftsman type work was now more feasible.
  11. I am using the phrase “coordination scalability” synonymously with how Nick uses “social scalability.” A few readers suggested that social scalability was a confusing term as it made them think of scaling social networks.
  12. 150 is often referred to as Dunbar’s number, referring to a number calculated by University of Oxford anthropologist and psychologist Robin Dunbar using a ratio of neocortical volume to total brain volume and mean group size. For more see The lower band of 15 was cited in Pankaj Ghemawat’s World 3.0
  15. Because what else would you want to do besides eat bread dipped in fresh olive oil and drink fresh beer and wine?
  16. From The History of Money by Jack Weatherford.
  17. It also allowed them to squeeze out competitors at different places in the supply chain and put them out of business which Standard Oil did many times before finally being broken up by anti-trust legislation.
  19. Tomorrow 3.0 by Michael Munger
  21. There were quite a few things, even pre-internet, in the intersection between markets and firms, like approved vendor auction markets for government contracting and bidding, but they were primarily very high ticket items where higher transaction costs could be absorbed. The internet brought down the threshold for these dramatically to something as small as a $5 cab ride.
  22. The Long Tail was a concept WIRED editor Chris Anderson used to describe the proliferation of small, niche businesses that were possible after the end of the “tyranny of geography.”
  23. From Wikipedia: “Fiat money is a currency without intrinsic value that has been established as money, often by government regulation. Fiat money does not have use value, and has value only because a government maintains its value, or because parties engaging in exchange agree on its value.” By contrast, “Commodity money is created from a good, often a precious metal such as gold or silver.” Almost all of what we call money today, from dollars to euros to yuan, is fiat.
  24. Small institutions can get both coordination and a larger selectorate by using social norms. This doesn’t enable coordination scalability though as it stops working somewhere around Dunbar’s number of 150.
  25. Visa processes thousands of transactions per second, while the bitcoin network’s decentralized structure processes a mere seven transactions per second. The key difference being that Visa transactions are easily reversed or censored whereas bitcoin’s are not.