Many have likened efforts to build out rural broadband today to the accomplishments of rural electrification in the 1930s. But the two couldn’t be further from each other. From the structure of the program and underlying costs, to the impact on productivity, rural electrification is drastically different than current efforts to get broadband in rural regions. My recent piece at ReaclClearPolicy explores some of those differences, but there is one area I wasn’t able to explore, the question of cost. If a government agency, any government agency for that matter, was able to repeat the dramatic reduction in cost for broadband, the US wouldn’t have a deployment problem. Continue reading →

It was my great pleasure to recently join Paul Matzko and Will Duffield on the Building Tomorrow podcast to discuss some of the themes in my last book and my forthcoming one. During our 50-minute conversation, which you can listen to here, we discussed:

  • the “pacing problem” and how it complicates technological governance efforts;
  • the steady rise of “innovation arbitrage” and medical tourism across the globe;
  • the continued growth of “evasive entrepreneurialism” (i.e., efforts to evade traditional laws & regs while innovating);
  • new forms of “technological civil disobedience;”
  • the rapid expansion of “soft law” governance mechanism as a response to these challenges; and,
  • craft beer bootlegging tips!  (Seriously, I move a lot of beer in the underground barter markets).

Bounce over to the Building Tomorrow site and give the show a listen. Fun chat.

Over the years I have been asked to speak to colleagues and students I work with about best practices for preparing testimony, public interest comments, opeds, speeches, etc. A few years back, I jotted down some miscellaneous thoughts and used these notes whenever speaking on such matters. I did another session with some GMU econ students today and someone suggested I should publish these tips online somewhere.

So, for whatever it’s worth, here are a few ideas about how to improve your content and your own brand as a public policy analyst. The first list is just some general tips I’ve learned from others after 25 years in the world of public policy. Following that, I have also included a separate set of notes I use for presentations focused specifically on how to prepare effective editorials and legislative testimony. There are many common recommendations on both lists, but I thought I would just post them both here together.

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Why should we really care about technological innovation? My Mercatus Center colleague James Broughel and I have just published a paper answering that question. In “Technological Innovation and Economic Growth: A Brief Report on the Evidence,” we summarize the extensive body of evidence that discusses the relationship between innovation, growth, and human prosperity. We note that while economists, political scientists, and historians don’t agree on much, there exists widespread consensus among them that there is a symbiotic relationship between the pace of innovation and the progress of civilization. Our 27-page paper documenting the academic evidence on this issue can be downloaded on SSRN or from the Mercatus website. Here’s the abstract:

Technological innovation is a fundamental driver of economic growth and human progress. Yet some critics want to deny the vast benefits that innovation has bestowed and continues to bestow on mankind. To inform policy discussions and address the technology critics’ concerns, this paper summarizes relevant literature documenting the impact of technological innovation on economic growth and, more broadly, on living standards and human well-being. The historical record is unambiguous regarding how ongoing innovation has improved the way we live; however, the short-term disruptive aspects of technological change are real and deserve attention as well. The paper concludes with an extended discussion about the relevance of these findings for shaping cultural attitudes toward technology and the role that public policy can play in fostering innovation, growth, and ongoing improvements in the quality of life of citizens.

After reading LM Sacasas’ recent piece on moral communities, I couldn’t help but wonder if the piece was written in the esoteric mode.

Let me explain by some meandering.

Now, I am surely going to butcher his argument, so take a read of it yourself, but there is a bit of an interesting call and response structure to the piece. He begins with commentary on “frequent deployment of the rhetorical we,” in discussions over the morality of technology. Then, channeling Langdon Winner, he notes approvingly that “What matters here is that this lovely ‘we’ suggests the presence of a moral community that may not, in fact, exist at all, at least not in any coherent, self-conscious form.” Continue reading →

Every week, it seems, there is a news story about another air taxi startup or test flight. Another signal of the industry’s development is that at a House Transportation and Infrastructure hearing last week, Eric Fanning, the President and CEO of the Aerospace Industries Association, devoted most of his testimony to urging lawmaker action on air taxi (also called vertical takeoff and landing aircraft and, colloquially, flying cars) policy and infrastructure.

The technology is exciting but federal officials are interested in whether the air taxi industry will be a drain on taxpayers. Using government estimates of the air taxi industry and current tax rates for infrastructure-based industries like wireless and oil extraction, I estimate that the air taxi industry could deposit tens of billions of dollars into the US Treasury annually. Hopefully the hundreds of air taxi “vertiports” required are privately funded as well.

Air Taxi Market Size

In November, I published a Wall Street Journal piece about the rapid development and promise of the air taxi industry. Some people inquired as to the potential size of the air taxi market and government revenue. I wasn’t aware of any estimates at the time. Nevertheless, I estimated that the US market could one day reach $200 billion in revenue annually–about the size of the current US aviation market and the US wireless broadband market.

Other analyst and government estimates are now coming out, turns out, my estimates were on the conservative side. For instance, a NASA-funded study (.pdf) estimated that, at the upper limit, the US market could approach $500 billion annually, which is nearly the size of the US auto market. That would require tens of thousands of air taxis serving over 10 million passengers per day.

Experts at McKinsey, NASA, and JP Morgan Chase estimate that the global air taxi market could be anywhere from $615 billion to $3 trillion annually by 2040. Given the potential for this industry, other countries are moving quickly to commercialize air taxis. A German consultancy, Roland Berger, predicts there will be 3,000 commercial air taxis by 2025. The drone expert at the World Economic Forum believes Chinese companies are far ahead when it comes to autonomous air taxi service. That said, the operator of the Frankfurt airport announced a partnership with an eVTOL company recently, and the powerful Japanese trade and industry ministry has convened a 25-member private-public council to develop air taxis. Japanese regulators intend to make Japan the birthplace of urban air taxi service.

Private or Public Funding of Vertiports?

A key decision for US lawmakers is whether the hundreds of vertiports in the US will be privately funded and operated or will, like today’s airports, receive subsidies and public operation. A NASA study estimates that each major US city could support on average about 200 “vertiports.” That would be a major drain on taxpayers if publicly funded.

My working paper on the subject of air taxi traffic management contemplates entirely private funding of urban vertiports and infrastructure. It also proposes that the government auction aerial corridors to air taxi operators. Private infrastructure and the auction of exclusive aerial corridors, in my view, is the safest and most fiscally responsible way to develop the American air taxi market.

However, the FAA and NASA’s plans are unclear on whether air taxi infrastructure will be funded by taxpayers or funded privately. There’s a good chance the FAA and NASA will import the norms and regulations for traditional aviation–open access airspace and public funding of shared airports–into the urban air mobility market. I think that would create an anticompetitive market and be an unnecessary drain on taxpayers.

Government Revenue From the Air Taxi Industry

How much government revenue could be generated by the air taxi industry? We can look to other assets that are auctioned by government for analogues: spectrum and offshore oil sites. There is no “spectrum tax,” but wireless taxes and fees resemble a de facto tax on cellular spectrum. The Tax Foundation puts government (federal, state, and local) wireless taxes and fees at around 9% of annual wireless revenues. For oil leases on federal property, there is a government royalty amounting to about 12.5% of oil revenue.

With these figures in mind, let’s assume that government taxes and fees will one day amount to about 10% of air taxi revenues. Supposing that the US air taxi market will one day fall between my conservative estimate, $200 billion annually, and NASA’s best-case estimate, $500 billion annually, the air taxi industry could one day generate about $20 billion to $50 billion in tax revenue annually. That doesn’t include the auction revenues of aerial corridors, if implemented. If spectrum auctions and offshore oil leases are the best comparison, the auction of aerial corridors could return another $100 billion to the US Treasury.

These are tentative estimates. Market size estimates vary widely, and much depends on whether a workable regulatory framework develops. In any case, like aviation 100 years ago, it’s an exciting area to watch.

-Coauthored with Mercatus MA Fellow Walter Stover

Imagine visiting Amazon’s website to buy a Kindle. The product description shows a price of $120. You purchase it, only for a co-worker to tell you he bought the same device for just $100. What happened? Amazon’s algorithm predicted that you would be more willing to pay for the same device. Amazon and other companies before it, such as Orbitz, have experimented with dynamic pricing models that feed personal data collected on users to machine learning algorithms to try and predict how much different individuals are willing to pay. Instead of a fixed price point, now users could see different prices according to the profile that the company has built up of them. This has led the U.S. Federal Trade Commission, among other researchers, to explore fears that AI, in combination with big datasets, will harm consumer welfare through company manipulation of consumers to increase their profits.

The promise of personalized shopping and the threat of consumer exploitation, however, first supposes that AI will be able to predict our future preferences. By gathering data on our past purchases, our almost-purchases, our search histories, and more, some fear that advanced AI will build a detailed profile that it can then use to estimate our future preference for a certain good under particular circumstances. This will escalate until companies are able to anticipate our preferences, and pressure us at exactly the right moments to ‘persuade’ us into buying something we ordinarily would not.

Such a scenario cannot come to pass. No matter how much data companies can gather from individuals, and no matter how sophisticated AI becomes, the data to predict our future choices do not exist in a complete or capturable way. Treating consumer preferences as discoverable through enough sophisticated search technology ignores a critical distinction between information and knowledge. Information is objective, searchable, and gatherable. When we talk about ‘data’, we are usually referring to information: particular observations of specific actions, conditions or choices that we can see in the world. An individual’s salary, geographic location, and purchases are data with an objective, concrete existence that a company can gather and include in their algorithms.

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Catchy headlines like “Heavy Social Media Use Linked With Mental Health Issues In Teens” and “Have Smartphones Destroyed a Generation?” advance a common trope of generational decline. But a new paper in Nature uses a new and rigorous analytical method to understand the relationship between adolescent well-being and digital technology, finding a “negative but small [link], explaining at most 0.4% of the variation in well-being.” Continue reading →

Air taxis and electric vertical takeoff and landing aircraft (eVTOLs) will receive significant regulator attention in 2019 as companies test these aircraft and move towards commercialization. I’m fairly bullish on the technology and its potential and I’m pleased to see state lawmakers and mayors, however, seem to be waking up to the massive possibilities of this industry.

A recent NASA-commissioned study estimates that in the best-case scenario, the U.S. air taxi market would be worth about $500 billion annually, which is nearly the size of the U.S. auto sector. This translates into about 1 million air taxis in the air and 11 million flights per day. Morgan Stanley researchers recently estimated that the global flying car market could be about $1.5 trillion annually by 2040.

You can quibble with the numbers, but it’s clear that aircraft companies and governments believe flying cars are no longer science fiction. Uber plans to offer commercial eVTOL flights in 2023, with testing beginning in 2020. Boeing plans testing later this year.

Federal and state lawmakers need to start preparing for the industry. In November, I published a paper and a Wall Street Journal op-ed proposing that the FAA demarcate and auction highways in the sky–exclusive aerial corridors–for air taxi flights, as a way to manage airspace congestion and preserve competition.

As I wrote in the Detroit News a few weeks ago, state lawmakers also need to start planning for air taxis. States don’t manage aircraft flights but they do manage zoning, property rights, and other areas where state policy can inhibit or encourage the air taxi industry. I mentioned in the op-ed that there are two things states can do in the near future.

Aerial Navigational Easement

First, a good policy is to grant small aircraft a navigational easement to low-altitude airspace. Trespass lawsuits from landowners could scare away companies and innovators who want to test passenger drone and air taxi flights.

About half of states created these aerial navigation easements in the 1920s and 1930s so that trespass lawsuits would not interfere with the new aviation industry. Per these state statutes, flights over property are allowed so long as they do not substantially interfere with the homeowner’s use and enjoyment of the land.

Aerial navigation easement laws have a few benefits: They:

  1. Reaffirm the primacy of landowner property interests.
  2. Reinforce state prerogatives to determine property rights.
  3. Encourage the drone and air taxi industry by precluding most trespass lawsuits.
  4. Avoid a fight with federal regulators by leaving air traffic management policy untouched.

This 80-year old policy will see new relevance in the states this year. Last month, in Washington, a landowner sued a drone operator for aerial trespass. Washington, notably, does not provide for an aerial navigational easement in law.

Air Taxi Advisory Committee

Second, governors or legislatures should consider creating advisory committees for the air taxi industry. Air taxis will raise all sorts of novel state and local issues. A few come to mind:

  • Should municipal zoning laws for helipads and air taxi “vertiports” be liberalized?
  • EVTOLs require substantial electrical grid improvements and distributed, powerful charging stations on rooftops and landing sites. Are state regulations standing in the way?
  • Air taxis, like trains and autos, create significant noise and local nuisance laws could essentially preclude all air taxi testing and operation. What decibel levels are appropriate to balance industry and public acceptance? Should that be decided at the state or local level?

State advisory committees were created for another emerging technology sector–autonomous vehicles. Committees are composed of stakeholders, including public safety representatives, consumer groups, industry representatives, and academics. They can create policy recommendations for legislators and participate in hearings as air taxis come closer to commercialization.

For the air taxi industry to reach its potential, there needs to be collaboration between and foresight from state and federal lawmakers. Air taxi technology has moved far ahead of law, regulation, and public perception. Fortunately, I expect state and local officials to start examining their current laws and whether modernization is in order to stimulate this transportation sector.

Policy incentives matter and have a profound affect on the innovative capacity of a nation. If policymakers erect more obstacles to innovation, it will encourage entrepreneurs to look elsewhere when considering the most hospitable place to undertake their innovative activities. This is “global innovation arbitrage,” a topic we’ve discussed many times here in the past. I’ve defined it as, “the idea that innovators can, and will with increasingly regularity, move to those jurisdictions that provide a legal and regulatory environment more hospitable to entrepreneurial activity.” We see innovation arbitrage happening in high-tech fields as far-ranging as drones, driverless cars, and genetics,among others.

US policymakers might want to consider this danger before the nation loses its competitive advantage in various high-tech fields. Today’s most pressing example arrives in the form of potentially burdensome new export control regulations. In late 2018, the US Department of Commerce’s Bureau of Industry and Security announced a “Review of Controls for Certain Emerging Technologies,” which launched an inquiry about whether to greatly expand the list of technologies that would be subjected to America’s complex export control regulations. Most of the long list of technologies under consideration (such as artificial intelligence, robotics, 3D printing, and advanced computing technologies) were “dual-use” in nature, meaning that they have many peaceful applications.

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