Archives For auctions

[TOTM: The following is part of a digital symposium by TOTM guests and authors on the legal and regulatory issues that arose during Ajit Pai’s tenure as chairman of the Federal Communications Commission. The entire series of posts is available here.

Kristian Stout is director of innovation policy for the International Center for Law & Economics.]

One of the themes that has run throughout this symposium has been that, throughout his tenure as both a commissioner and as chairman, Ajit Pai has brought consistency and careful analysis to the Federal Communications Commission (McDowell, Wright). The reflections offered by the various authors in this symposium make one thing clear: the next administration would do well to learn from the considered, bipartisan, and transparent approach to policy that characterized Chairman Pai’s tenure at the FCC.

The following are some of the more specific lessons that can be learned from Chairman Pai. In an important sense, he laid the groundwork for his successful chairmanship when he was still a minority commissioner. His thoughtful dissents were rooted in consistent, clear policy arguments—a practice that both charted how he would look at future issues as chairman and would help the public to understand exactly how he would approach new challenges before the FCC (McDowell, Wright).

One of the most public instances of Chairman Pai’s consistency (and, as it turns out, his bravery) was with respect to net neutrality. From his dissent in the Title II Order, through his commission’s Restoring Internet Freedom Order, Chairman Pai focused on the actual welfare of consumers and the factors that drive network growth and adoption. As Brent Skorup noted, “Chairman Pai and the Republican commissioners recognized the threat that Title II posed, not only to free speech, but to the FCC’s goals of expanding telecommunications services and competition.” The result of giving in to the Title II advocates would have been to draw the FCC into a quagmire of mass-media regulation that would ultimately harm free expression and broadband deployment in the United States.

Chairman Pai’s vision worked out (Skorup, May, Manne, Hazlett). Despite prognostications of the “death of the internet” because of the Restoring Internet Freedom Order, available evidence suggests that industry investment grew over Chairman Pai’s term. More Americans are connected to broadband than ever before.

Relatedly, Chairman Pai was a strong supporter of liberalizing media-ownership rules that long had been rooted in 20th century notions of competition (Manne). Such rules systematically make it harder for smaller media outlets to compete with large news aggregators and social-media platforms. As Geoffrey Manne notes: 

Consistent with his unwavering commitment to promote media competition… Chairman Pai put forward a proposal substantially updating the media-ownership rules to reflect the dramatically changed market realities facing traditional broadcasters and newspapers.

This was a bold move for Chairman Pai—in essence, he permitted more local concentration by, e.g., allowing the purchase of a newspaper by a local television station that previously would have been forbidden. By allowing such combinations, the FCC enabled failing local news outlets to shore up their losses and continue to compete against larger, better-resourced organizations. The rule changes are in a case pending before the Supreme Court; should the court find for the FCC, the competitive outlook for local media looks much better thanks to Chairman Pai’s vision.

Chairman Pai’s record on spectrum is likewise impressive (Cooper, Hazlett). The FCC’s auctions under Chairman Pai raised more money and freed more spectrum for higher value uses than any previous commission (Feld, Hazlett). But there is also a lesson in how subsequent administrations can continue what Chairman Pai started. Unlicensed use, for instance, is not free or costless in its maintenance, and Tom Hazlett believes that there is more work to be done in further liberalizing access to the related spectrum—liberalizing in the sense of allowing property rights and market processes to guide spectrum to its highest use:

The basic theme is that regulators do better when they seek to create new rights that enable social coordination and entrepreneurial innovation, rather than enacting rules that specify what they find to be the “best” technologies or business models.

And to a large extent this is the model that Chairman Pai set down, from the issuance of the 12 GHZ NPRM to consider whether those spectrum bands could be opened up for wireless use, to the L-Band Order, where the commission worked hard to reallocate spectrum rights in ways that would facilitate more productive uses.

The controversial L-Band Order was another example of where Chairman Pai displayed both political acumen as well as an apolitical focus on improving spectrum policy (Cooper). Political opposition was sharp and focused after the commission finalized its order in April 2020. Nonetheless, Chairman Pai was deftly able to shepherd the L-Band Order and guarantee that important spectrum was made available for commercial wireless use.

As a native of Kansas, rural broadband rollout ranked highly in the list of priorities at the Pai FCC, and his work over the last four years is demonstrative of this pride of place (Hurwitz, Wright). As Gus Hurwitz notes, “the commission completed the Connect America Fund Phase II Auction. More importantly, it initiated the Rural Digital Opportunity Fund (RDOF) and the 5G Fund for Rural America, both expressly targeting rural connectivity.”

Further, other work, like the recently completed Rural Digital Opportunity Fund auction and the 5G fund provide the necessary policy framework with which to extend greater connectivity to rural America. As Josh Wright notes, “Ajit has also made sure to keep an eye out for the little guy, and communities that have been historically left behind.” This focus on closing the digital divide yielded gains in connectivity in places outside of traditional rural American settings, such as tribal lands, the U.S. Virgin Islands, and Puerto Rico (Wright).

But perhaps one of Chairman Pai’s best and (hopefully) most lasting contributions will be de-politicizing the FCC and increasing the transparency with which it operated. In contrast to previous administrations, the Pai FCC had an overwhelmingly bipartisan nature, with many bipartisan votes being regularly taken at monthly meetings (Jamison). In important respects, it was this bipartisan (or nonpartisan) nature that was directly implicated by Chairman Pai championing the Office of Economics and Analytics at the commission. As many of the commentators have noted (Jamison, Hazlett, Wright, Ellig) the OEA was a step forward in nonpolitical, careful cost-benefit analysis at the commission. As Wright notes, Chairman Pai was careful to not just hire a bunch of economists, but rather to learn from other agencies that have better integrated economics, and to establish a structure that would enable the commission’s economists to materially contribute to better policy.

We were honored to receive a post from Jerry Ellig just a day before he tragically passed away. As chief economist at the FCC from 2017-2018, he was in a unique position to evaluate past practice and participate in the creation of the OEA. According to Ellig, past practice tended to treat the work of the commission’s economists as a post-hoc gloss on the work of the agency’s attorneys. Once conclusions were reached, economics would often be backfilled in to support those conclusions. With the establishment of the OEA, economics took a front-seat role, with staff of that office becoming a primary source for information and policy analysis before conclusions were reached. As Wright noted, the Federal Trade Commission had adopted this approach. With the FCC moving to do this as well, communications policy in the United States is on much sounder footing thanks to Chairman Pai.

Not only did Chairman Pai push the commission in the direction of nonpolitical, sound economic analysis but, as many commentators note, he significantly improved the process at the commission (Cooper, Jamison, Lyons). Chief among his contributions was making it a practice to publish proposed orders weeks in advance, breaking with past traditions of secrecy around draft orders, and thereby giving the public an opportunity to see what the commission intended to do.

Critics of Chairman Pai’s approach to transparency feared that allowing more public view into the process would chill negotiations between the commissioners behind the scenes. But as Daniel Lyons notes, the chairman’s approach was a smashing success:

The Pai era proved to be the most productive in recent memory, averaging just over six items per month, which is double the average number under Pai’s immediate predecessors. Moreover, deliberations were more bipartisan than in years past: Nathan Leamer notes that 61.4% of the items adopted by the Pai FCC were unanimous and 92.1% were bipartisan compared to 33% and 69.9%, respectively, under Chairman Wheeler.

Other reforms from Chairman Pai helped open the FCC to greater scrutiny and a more transparent process, including limiting editorial privileges on staff on an order’s text, and by introducing the use of a simple “fact sheet” to explain orders (Lyons).

I found one of the most interesting insights into the character of Chairman Pai, was his willingness to reverse course and take risks to ensure that the FCC promoted innovation instead of obstructing it by relying on received wisdom (Nachbar). For instance, although he was initially skeptical of the prospects of Space X to introduce broadband through its low-Earth-orbit satellite systems, under Chairman Pai, the Starlink beta program was included in the RDOF auction. It is not clear whether this was a good bet, Thomas Nachbar notes, but it was a statement both of the chairman’s willingness to change his mind, as well as to not allow policy to remain in a comfortable zone that excludes potential innovation.

The next chair has an awfully big pair of shoes (or one oversized coffee mug) to fill. Chairman Pai established an important legacy of transparency and process improvement, as well as commitment to careful, economic analysis in the business of the agency. We will all be well-served if future commissions follow in his footsteps.

[TOTM: The following is part of a digital symposium by TOTM guests and authors on the legal and regulatory issues that arose during Ajit Pai’s tenure as chairman of the Federal Communications Commission. The entire series of posts is available here.

Thomas W. Hazlett is the H.H. Macaulay Endowed Professor of Economics at Clemson University.]

Disclosure: The one time I met Ajit Pai was when he presented a comment on my book, “The Political Spectrum,” at a Cato Institute forum in 2018. He was gracious, thorough, and complimentary. He said that while he had enjoyed the volume, he hoped not to appear in upcoming editions. I took that to imply that he read the book as harshly critical of the Federal Communications Commission. Well, when merited, I concede. But it left me to wonder if he had followed my story to its end, as I document the success of reforms launched in recent decades and advocate their extension. Inclusion in a future edition might work out well for a chairman’s legacy. Or…

While my comment here focuses on radio-spectrum allocation, there was a notable reform achieved during the Pai FCC that touches on the subject, even if far more general in scope. In January 2018, the commission voted to initiate an Office of Economics and Analytics.[1] The organizational change was expeditiously instituted that same year, with the new unit stood up under the leadership of FCC economist Giulia McHenry.[2]  I long proposed an FCC “Office of Economic Analysis” on the grounds that it had a reasonable prospect of improving evidence-based policymaking, allowing cost-benefit calculations to be made in a more professional, independent, and less political context.[3]  I welcome this initiative by the Pai FCC and look forward to the empirical test now underway.[4] 

Big Picture

Spectrum policy had notable triumphs under Chairman Pai but was—as President Carter dubbed the Vietnam War—an “incomplete success.” The main cause for celebration was the campaign to push spectrum-access rights into the marketplace. Pai’s public position was straightforward: “Our spectrum strategy calls for making low-band, mid-band, and high-band airwaves available for flexible use,” he wrote in an FCC blog post on June 19, 2018. But the means used by regulators to pursue that policy agenda repeatedly, historically prove determinative. The Pai FCC traveled pathways both effective and ineffective, and we should learn from either. The basic theme is that regulators do better when they seek to create new rights that enable social coordination and entrepreneurial innovation, rather than enacting rules that specify what they find to be the “best” technologies or business models. The traditional spectrum-allocation approach is to permit exactly what the FCC finds to be the best use of spectrum, but this assumes knowledge about the value of alternatives the regulator does not possess. Moreover, it assumes away the costs of regulators imposing their solutions over and above a competitive process that might have less direction but more freedom. In a 2017 notice, the FCC displayed the progress we have made in departing from administrative control, when it sought guidance from private sector commenters this way:

“Are there opportunities to incentivize relocation or repacking of incumbent licensees to make spectrum available for flexible broadband use?

We seek comment on whether auctions … could be used to increase the availability of flexible use spectrum?”

By focusing on how rights—not markets—should be structured, the FCC may side-step useless food fights and let social progress flow.[5]

Progress

Spectrum-allocation results were realized. Indeed, when one looks at the pattern in licensed and unlicensed allocations for “flexible use” under 10 GHz, the recent four-year interval coincides with generous increases, both absolutely and from trend. See Figure 1. These data feature expansions in bandwidth via liberal licenses that include 70 MHz for CBRS (3.5 GHz band), with rights assigned in Auction 105 (2020), and 280 MHz (3.7 – 3.98 GHz) assigned in Auction 107 (2020-21, soon to conclude). The 70 MHz added via Auction 1002 (600 MHz) in 2017 was accounted for during the previous FCC, but substantial bandwidth in Auctions 101, 102, and 103 was added in the millimeter wave bands (not shown in Figure 1, which focuses on low- and mid-band rights).[6]  Meanwhile, multiple increments of unlicensed spectrum allocations were made in 2020: 30 MHz shifted from the Intelligent Transportation Services set-aside (5.9 GHz) in 2020, 80 MHz of CBRS in 2020, and 1,200 MHz (6 GHz) dedicated to Wi-Fi type services in 2020.[7]  Substantial millimeter wave frequency space was previously set aside for unlicensed operations in 2016.[8]

Source: FCC and author’s calculations.

First, that’s not the elephant in the room. Auction 107 has assigned licenses allocated 280 MHz of flexible-use mid-band spectrum, producing at least $94 billion in gross bids (of which about $13 billion will be paid to incumbent satellite licensees to reconfigure their operations so as to occupy just 200 MHz, rather than 500 MHz, of the 3.7 – 4.2 GHz band).[9]  This crushes previous FCC sales; indeed, it constitutes about 42% of all auction receipts:

  • FCC auction receipts, 1994-2019: $117 billion[10]
  • FCC auction receipts, 2020 (Auctions 103 and 105): $12.1 billion
  • FCC auction winning bids, 2020 (Auction 107): $94 billion (gross bids including relocation costs, incentive payments, and before Assignment Phase payments)

The addition of the 280 MHz to existing flexible-use spectrum suitable for mobile (aka, Commercial Mobile Radio Services – CMRS) is the largest increment ever released. It will compose about one-fourth of the low- and mid-band frequencies available via liberal licenses. This constitutes a huge advance with respect to 5G deployments, but going much further—promoting competition, innovation in apps and devices, the Internet of Things, and pushing the technological envelope toward 6G and beyond. Notably, the U.S. has uniquely led this foray to a new frontier in spectrum allocation.

The FCC deserves praise for pushing this proceeding to fruition. So, here it is. The C-Band is a very big deal and a major policy success. And more: in Auction 107, the commission very wisely sold overlay rights. It did not wait for administrative procedures to reconfigure wireless use, tightly supervising new “sharing” of the band, but (a) accepted the incumbents’ basic strategy for reallocation, (b) sold new prospective rights to high bidders, subject to protection of incumbents, (c) used a fraction of proceeds to fund incumbents cooperating with the reallocation, plussing-up payments when hitting deadlines, and (d) implicitly relied on the new licensees to push the relocation process forward.

Challenges

It is interesting that the FCC sort of articulated this useful model, and sort of did not:

For a successful public auction of overlay licenses in the 3.7-3.98 GHz band, bidders need to know before an auction commences when they will get access to that currently occupied spectrum as well as the costs they will incur as a condition of their overlay license. (FCC C-Band Order [Feb. 7, 2020], par. 110)

A germ of truth, but note: Auction 107 also demonstrated just the reverse. Rights were sold prior to clearing the airwaves and bidders—while liable for “incentive payments”—do not know with certainty when the frequencies will be available for their use. Risk is embedded, as it is widely in financial assets (corporate equity shares are efficiently traded despite wide disagreement on future earnings), and yet markets perform. Indeed, the “certainty” approach touted by the FCC in their language about a “successful public auction” has long deterred efficient reallocations, as the incumbents’ exiting process holds up arrival of the entrants. The central feature of the C-Band reallocation was not to create certainty, but to embed an overlay approach into the process. This draws incumbents and entrants together into positive-sum transactions (mediated by the FCC are party-to-party) where they cooperate to create new productive opportunities, sharing the gains.  

The inspiration for the C-Band reallocation of satellite spectrum was bottom-up. As with so much of the radio spectrum, the band devoted to satellite distribution of video (relays to and from an array of broadcast and cable TV systems and networks) was old and tired. For decades, applications and systems were locked in by law. They consumed lots of bandwidth while ignoring the emergence of newer technologies like fiber optics (emphasis to underscore that products launched in the 1980s are still cutting-edge challenges for 2021 Spectrum Policy). Spying this mismatch, and seeking gains from trade, creative risk-takers petitioned the FCC.

In a mid-2017 request, computer chipmaker Intel and C-Band satellite carrier Intelsat (no corporate relationship) joined forces to ask for permission to expand the scope of satellite licenses. The proffered plan was for license holders to invest in spectrum economies by upgrading satellites and earth stations—magically creating new, unoccupied channels in prime mid-band frequencies perfect for highly valuable 5G services. All existing video transport services would continue, while society would enjoy way more advanced wireless broadband. All regulators had to do was allow “change of use” in existing licenses. Markets would do the rest: satellite operators would make efficient multi-billion-dollar investments, coordinating with each other and their customers, and then take bids from new users itching to access the prime 4 GHz spectrum. The transition to bold, new, more valuable applications would compensate legacy customers and service providers.

This “spectrum sharing” can spin gold – seizing on capitalist discovery and demand revelation in market bargains. Voila, the 21st century, delivered.

Well, yes and no. At first, the FCC filing was a yawner, the standard bureaucratic response. But this one took off took off when Chairman Pai—alertly, and in the public interest—embraced the proposal, putting it on the July 12, 2018 FCC meeting agenda. Intelsat’s market cap jumped from about $500 million to over $4.5 billion—the value of the spectrum it was using was worth far more than the service it was providing, and the prospect that it might realize some substantial fraction of the resource revaluation was visible evidence.[11] 

While the Pai FCC leaned in the proper policy direction, politics soon blew the process down. Congress denounced the “private auction” as a “windfall,” bellowing against the unfairness of allowing corporations (some foreign-owned!) to cash out. The populist message was upside-down. The social damage created by mismanagement of spectrum—millions of Americans paying more and getting less from wireless than otherwise, robbing ordinary citizens of vast consumer surplus—was being fixed by entrepreneurial initiative. Moreover, the public gains (lower prices plus innovation externalities spun off from liberated bandwidth) was undoubtedly far greater than any rents captured by the incumbent licensees. And a great bonus to spur future progress: rewards for those parties initiating and securing efficiency-enhancing rights will unleash vastly more productive activity.

But the populist winds—gale force and bipartisan—spun the FCC.

It was legally correct that Intelsat and its rival satellite carriers did not own the spectrum allocated to the C-Band. Indeed, that was root of the problem. And here’s a fatal catch: in applying for broader spectrum property rights, they revealed a valuable discovery. The FCC, posing as referee, turned competitor and appropriated the proffered business plan on behalf of its client (the U.S. government), and then auctioned it to bidders. Regulators did tip the incumbents, whose help was still needed in reorganizing the C-Band, setting $3.3 billion as a fair price for “moving costs” (changing out technology to reduce their transmission footprints) and dangled another $9.7 billion in “incentive payments” not to dilly dally. In total, carriers have bid some $93.9 billion, or $1.02 per MHz-Pop.[12] This is 4.7 times the price paid for the Priority Access Licenses (PALs) allocated 70 MHz in Auction 105 earlier in 2020.

The TOTM assignment was not to evaluate Ajit Pai but to evaluate the Pai FCC and its spectrum policies. On that scale, great value was delivered by the Intel-Intelsat proposal, and the FCC’s alert endorsement, offset in some measure by the long-term losses that will likely flow from the dirigiste retreat to fossilized spectrum rights controlled by diktat.

Sharing Nicely

And that takes us to 2020’s Auction 105 (Citizens Broadband Radio Services, CBRS). The U.S. has lagged much of the world in allocating flexible-use spectrum rights in the 3.5 GHz band. Ireland auctioned rights to use 350 MHz in May 2017 and many countries did likewise between then and 2020, distributing far more than the 70 MHz allocated to the Priority Access Licenses (PALs); 150 MHz to 390 MHz is the range. The Pai FCC can plausibly assign the lag to “preexisting conditions.” Here, however, I will stress that the Pai FCC did not substantially further our understanding of the costs of “spectrum sharing” under coordinating devices imposed by the FCC.

All commercially valuable spectrum bands are shared. The most intensely shared, in the relevant economic sense, are those bands curated by mobile carriers. These frequencies are complemented by extensive network capital supplied by investors, and permit millions of users—including international roamers—to gain seamless connectivity. Unlicensed bands, alternatively, tend to separate users spatially, powering down devices to localize footprints. These limits work better in situations where users desire short transmissions, like a Bluetooth link from iPhone to headphone or when bits can be handed off to a wide area network by hopping 60 feet to a local “hot spot.” The application of “spectrum sharing” to imply a non-exclusive (or unlicensed) rights regime is, at best, highly misleading. Whenever conditions of scarcity exist, meaning that not all uses can be accommodated without conflict, some rationing follows. It is commonly done by price, behavioral restriction, or both.

In CBRS, the FCC has imposed three layers of “priority” access across the 3550-3700 MHz band. Certain government radars are assumed to be fixed and must be protected. When in use, these systems demand other wireless services stay silent on particular channels. Next in line are PAL owners, parties which have paid for exclusivity, but which are not guaranteed access to a given channel. These rights, which sold for about $4.5 billion, are allocated dynamically by a controller (a Spectrum Access System, or SAS). The radios and networks used automatically and continuously check in to obtain spectrum space permissions. Seven PALs, allocated 10 MHz each, have been assigned, 70 MHz in total. Finally, General Access Authorizations (GAA) are given without limit or exclusivity to radio devices across the 80 MHz remaining in the band plus any PALs not in use. Some 5G phones are already equipped to use such bands on an unlicensed basis.

We shall see how the U.S. system works in comparison to alternatives. What is important to note is that the particular form of “spectrum sharing” is neither necessary nor free. As is standard outside the U.S., exclusive rights analogous to CMRS licenses could have been auctioned here, with U.S. government radars given vested rights.

One point that is routinely missed is that the decision to have the U.S. government partition the rights in three layers immediately conceded that U.S. government priority applications (for radar) would never shift. That is asserted as though it is a proposition that needs no justification, but it is precisely the sort of impediment to efficiency that has plagued spectrum reallocations for decades. It was, for instance, the 2002 assumption behind TV “white spaces”—that 402 MHz of TV Band frequencies was fixed in place, that the unused channels could never be repackaged and sold as exclusive rights and diverted to higher-valued uses. That unexamined assertion was boldly run then, as seen in the reduction of the band from 402 MHz to 235 MHz following Auctions 73 (2008) and 1001/1002 (2016-17), as well as in the clear possibility that remaining TV broadcasts could today be entirely transferred to cable, satellite, and OTT broadband (as they have already, effectively, been). The problem in CBRS is that the rights now distributed for the 80 MHz of unlicensed, with its protections of certain priority services, does not sprinkle the proper rights into the market such that positive-sum transitions can be negotiated. We’re stuck with whatever inefficiencies this “preexisting condition” of the 3.5 GHz might endow, unless another decadelong FCC spectrum allocation can move things forward.[13]

Already visible is that the rights sold as PALs in CBRS are only about 20% of the value of rights sold in the C-Band. This differential reflects the power restrictions and overhead costs embedded in the FCC’s sharing rules for CBRS (involving dynamic allocation of the exclusive access rights conveyed in PALs) but avoided in C-Band. In the latter, the sharing arrangements are delegated to the licensees. Their owners reveal that they see these rights as more productive, with opportunities to host more services.

There should be greater recognition of the relevant trade-offs in imposing coexistence rules. Yet, the Pai FCC succumbed in 5.9 GHz and in the 6 GHz bands to the tried-and-true options of Regulation Past. This was hugely ironic in the former, where the FCC had in 1999 imposed unlicensed access under rules that favored specific automotive informatics—Dedicated Short-Range Communications (DSRC)—that proved a 20-year bust. In diagnosing this policy blunder, the FCC then repeated it, splitting off a 45 MHz band with Wi-Fi-friendly unlicensed rules, and leaving 30 MHz to continue as the 1999 set-aside for DSRC. A liberalization of rights that would have allowed for a “private auction” to change the use of the band would have been the preferred approach. Instead, we are left with a partition of the band into rival rule regimes again established by administrative fiat.

This approach was then again imposed in the large 1.2 GHz unlicensed allocation surrounding 6 GHz, making a big 2020 splash. The FCC here assumed, categorically, that unlicensed rules are the best way to sponsor spectrum coordination. It ignores the costs of that coordination. And the commission appears to forget the progress it has made with innovative policy solutions, pulling in market forces through “overlay” licenses. These useful devices were used, in one form or another, to reallocate spectrum in for 2G in Auction 4, AWS in Auction 66, millimeter bands in Auctions 102 and 103, the “TV Incentive Auction,” the satellite C-Band in Auction 107, and have recently appeared as star players in the January 2021 FCC plan to rationalize the complex mix of rights scattered around the 2.5 GHz band.[14]  Too complicated for administrators to figure out, it could be transactionally more efficient to let market competitors figure this out.

The Future

The re-allocations in 5.9 GHz and the 6 GHz bands may yet host productive services. One can hope. But how will regulators know that the options allowed, and taken, are superior to what alternatives—suppressed by law for the next five, 10, 20 years—might have emerged had competitors had the right to test business models or technologies disfavored by the regulators best laid plans. That is the thinking that locked in the TV band, the C-Band for Satellites, and the ITS Band. It’s what we learned to be problematic throughout the Political Radio Spectrum. We shall see, as Chairman Pai speculated, what future chapters these decisions leave for future editions.


[1]   https://www.fcc.gov/document/fcc-votes-establish-office-economics-analytics-0

[2]   https://www.fcc.gov/document/fcc-opens-office-economics-and-analytics

[3]   Thomas Hazlett, Economic Analysis at the Federal Communications Commission: A Simple Proposal to Atone for Past Sins, Resources for the Future Discussion Paper 11-23(May 2011);David Honig, FCC Reorganization: How Replacing Silos with Functional Organization Would Advance Civil Rights, 3 University of Pennsylvania Journal of Law and Public Affairs 18 (Aug. 2018). 

[4] It is with great sadness that Jerry Ellig, the 2017-18 FCC Chief Economist who might well offer the most careful analysis of such a structural reform, will not be available for the task – one which he had already begun, writing this recent essay with two other FCC Chief Economists: Babette Boliek, Jerry Ellig and Jeff Prince, Improved economic analysis should be lasting part of Pai’s FCC legacy, The Hill (Dec. 29, 2020).  Jerry’s sudden passing, on January 21, 2021, is a deep tragedy.  Our family weeps for his wonderful wife, Sandy, and his precious daughter, Kat. 

[5]  As argued in: Thomas Hazlett, “The best way for the FCC to enable a 5G future,” Reuters (Jan. 17, 2018).

[6]  In 2018-19, FCC Auctions 101 and 102 offered licenses allocated 1,550 MHz of bandwidth in the 24 GHz and 28 GHz bands, although some of the bandwidth had previously been assigned and post-auction confusion over interference with adjacent frequency uses (in 24 GHz) has impeded some deployments.  In 2020, Auction 103 allowed competitive bidding for licenses to use 37, 39, and 47 GHz frequencies, 3400 MHz in aggregate.  Net proceeds to the FCC in 101, 102 and 103 were:  $700.3 million, $2.02 billion, and $7.56 billion, respectively.

[7]   I estimate that some 70 MHz of unlicensed bandwidth, allocated for television white space devices, was reduced pursuant to the Incentive Auction in 2017.  This, however, was baked into spectrum policy prior to the Pai FCC.

[8]   Notably, 64-71 GHz was allocated for unlicensed radio operations in the Spectrum Frontiers proceeding, adjacent to the 57-64 GHz unlicensed bands.  See Use of Spectrum Bands Above 24 GHz For Mobile Radio Services, et al., Report and Order and Further Notice of Proposed Rulemaking, 31 FCC Rcd 8014 (2016), 8064-65, para. 130.

[9]   The revenues reflect bids made in the Clock phase of Auction 107.  An Assignment Phase has yet to occur as of this writing.

[10]  The 2021 FCC Budget request, p. 34: “As of December 2019, the total amount collected for broader government use and deficit reduction since 1994 exceeds $117 billion.” 

[11]   Kerrisdale Management issued a June 2018 report that tied the proceeding to a dubious source: “to the market-oriented perspective on spectrum regulation – as articulated, for instance, by the recently published book The Political Spectrum by former FCC chief economist Thomas Winslow Hazlett – [that] the original sin of the FCC was attempting to dictate from on high what licensees should or shouldn’t do with their spectrum. By locking certain bands into certain uses, with no simple mechanism for change or renegotiation, the agency guaranteed that, as soon as technological and commercial realities shifted – as they do constantly – spectrum use would become inefficient.” 

[12]   Net proceeds will be reduced to reflect bidding credits extended small businesses, but additional bids will be received in the Assignment Phase of Auction 107, still to be held. Likely totals will remain somewhere around current levels. 

[13]  The CBRS band is composed of frequencies at 3550-3700 MHz.  The top 50 MHz of that band was officially allocated in 2005 in a proceeding that started years earlier.  It was then curious that the adjacent 100 MHz was not included. 

[14] FCC Seeks Comment on Procedures for 2.5 GHz Reallocation (Jan. 13, 2021).

[TOTM: The following is part of a digital symposium by TOTM guests and authors on the legal and regulatory issues that arose during Ajit Pai’s tenure as chairman of the Federal Communications Commission. The entire series of posts is available here.

Thomas B. Nachbar is a professor of law at the University of Virginia School of Law and a senior fellow at the Center for National Security Law.]

It would be impossible to describe Ajit Pai’s tenure as chair of the Federal Communications Commission as ordinary. Whether or not you thought his regulatory style or his policies were innovative, his relationship with the public has been singular for an FCC chair. His Reese’s mug, alone, has occupied more space in the American media landscape than practically any past FCC chair. From his first day, he has attracted consistent, highly visible criticism from a variety of media outlets, although at least John Oliver didn’t describe him as a dingo. Just today, I read that Ajit Pai single handedly ruined the internet, which when I got up this morning seemed to be working pretty much the same way it was four years ago.

I might be biased in my view of Ajit. I’ve known him since we were law school classmates, when he displayed the same zeal and good-humored delight in confronting hard problems that I’ve seen in him at the commission. So I offer my comments not as an academic and student of FCC regulation, but rather as an observer of the communications regulatory ecosystem that Ajit has dominated since his appointment. And while I do not agree with everything he’s done at the commission, I have admired his single-minded determination to pursue policies that he believes will expand access to advanced telecommunications services. One can disagree with how he’s pursued that goal—and many have—but characterizing his time as chair in any other way simply misses the point. Ajit has kept his eye on expanding access, and he has been unwavering in pursuit of that objective, even when doing so has opened him to criticism, which is the definition of taking political risk.

Thus, while I don’t think it’s going to be the most notable policy he’s participated in at the commission, I would like to look at Ajit’s tenure through the lens of one small part of one fairly specific proceeding: the commission’s decision to include SpaceX as a low-latency provider in the Rural Digital Opportunity Fund (RDOF) Auction.

The decision to include SpaceX is at one level unremarkable. SpaceX proposes to offer broadband internet access through low-Earth-orbit satellites, which is the kind of thing that is completely amazing but is becoming increasingly un-amazing as communications technology advances. SpaceX’s decision to use satellites is particularly valuable for initiatives like the RDOF, which specifically seek to provide services where previous (largely terrestrial) services have not. That is, in fact, the whole point of the RDOF, a point that sparked fiery debate over the FCC’s decision to focus the first phase of the RDOF on areas with no service rather than areas with some service. Indeed, if anything typifies the current tenor of the debate (at the center of which Ajit Pai has resided since his confirmation as chair), it is that a policy decision over which kind of under-served areas should receive more than $16 billion in federal funding should spark such strongly held views. In the end, SpaceX was awarded $885.5 million to participate in the RDOF, almost 10% of the first-round funds awarded.

But on a different level, the decision to include SpaceX is extremely remarkable. Elon Musk, SpaceX’s pot-smoking CEO, does not exactly fit regulatory stereotypes. (Disclaimer: I personally trust Elon Musk enough to drive my children around in one of his cars.) Even more significantly, SpaceX’s Starlink broadband service doesn’t actually exist as a commercial product. If you go to Starlink’s website, you won’t find a set of splashy webpages featuring products, services, testimonials, and a variety of service plans eager for a monthly assignation with your credit card or bank account. You will be greeted with a page asking for your email and service address in case you’d like to participate in Starlink’s beta program. In the case of my address, which is approximately 100 miles from the building where the FCC awarded SpaceX over $885 million to participate in the RDOF, Starlink is not yet available. I will, however, “be notified via email when service becomes available in your area,” which is reassuring but doesn’t get me any closer to watching cat videos.

That is perhaps why Chairman Pai was initially opposed to including SpaceX in the low-latency portion of the RDOF. SpaceX was offering unproven technology and previous satellite offerings had been high-latency, which is good for some uses but not others.

But then, an even more remarkable thing happened, at least in Washington: a regulator at the center of a controversial issue changed his mind and—even more remarkably—admitted his decision might not work out. When the final order was released, SpaceX was allowed to bid for low-latency RDOF funds even though the commission was “skeptical” of SpaceX’s ability to deliver on its low-latency promise. Many doubted that SpaceX would be able to effectively compete for funds, but as we now know, that decision led to SpaceX receiving a large share of the Phase I funds. Of course, that means that if SpaceX doesn’t deliver on its latency promises, a substantial part of the RDOF Phase I funds will fail to achieve their purpose, and the FCC will have backed the wrong horse.

I think we are unlikely to see such regulatory risk-taking, both technically and politically, in what will almost certainly be a more politically attuned commission in the coming years. Even less likely will be acknowledgments of uncertainty in the commission’s policies. Given the political climate and the popular attention policies like network neutrality have attracted, I would expect the next chair’s views about topics like network neutrality to exhibit more unwavering certainty than curiosity and more resolve than risk-taking. The most defining characteristic of modern communications technology and markets is change. We are all better off with a commission in which the other things that can change are minds.

[TOTM: The following is part of a digital symposium by TOTM guests and authors on the legal and regulatory issues that arose during Ajit Pai’s tenure as chairman of the Federal Communications Commission. The entire series of posts is available here.

Jerry Ellig was a research professor at The George Washington University Regulatory Studies Center and served as chief economist at the Federal Communications Commission from 2017 to 2018. Tragically, he passed away Jan. 20, 2021. TOTM is honored to publish his contribution to this symposium.]

One significant aspect of Chairman Ajit Pai’s legacy is not a policy change, but an organizational one: establishment of the Federal Communications Commission’s (FCC’s) Office of Economics and Analytics (OEA) in 2018.

Prior to OEA, most of the FCC’s economists were assigned to the various policy bureaus, such as Wireless, Wireline Competition, Public Safety, Media, and International. Each of these bureaus had its own chief economist, but the rank-and-file economists reported to the managers who ran the bureaus – usually attorneys who also developed policy and wrote regulations. In the words of former FCC Chief Economist Thomas Hazlett, the FCC had “no location anywhere in the organizational structure devoted primarily to economic analysis.”

Establishment of OEA involved four significant changes. First, most of the FCC’s economists (along with data strategists and auction specialists) are now grouped together into an organization separate from the policy bureaus, and they are managed by other economists. Second, the FCC rules establishing the new office tasked OEA with reviewing every rulemaking, reviewing every other item with economic content that comes before the commission for a vote, and preparing a full benefit-cost analysis for any regulation with $100 million or more in annual economic impact. Third, a joint memo from the FCC’s Office of General Counsel and OEA specifies that economists are to be involved in the early stages of all rulemakings. Fourth, the memo also indicates that FCC regulatory analysis should follow the principles articulated in Executive Order 12866 and Office of Management and Budget Circular A-4 (while specifying that the FCC, as an independent agency, is not bound by the executive order).

While this structure for managing economists was new for the FCC, it is hardly uncommon in federal regulatory agencies. Numerous independent agencies that deal with economic regulation house their economists in a separate bureau or office, including the Securities and Exchange Commission, the Commodity Futures Trading Commission, the Surface Transportation Board, the Office of Comptroller of the Currency, and the Federal Trade Commission. The SEC displays even more parallels with the FCC. A guidance memo adopted in 2012 by the SEC’s Office of General Counsel and Division of Risk, Strategy and Financial Innovation (the name of the division where economists and other analysts were located) specifies that economists are to be involved in the early stages of all rulemakings and articulates best analytical practices based on Executive Order 12866 and Circular A-4.

A separate economics office offers several advantages over the FCC’s prior approach. It gives the economists greater freedom to offer frank advice, enables them to conduct higher-quality analysis more consistent with the norms of their profession, and may ultimately make it easier to uphold FCC rules that are challenged in court.

Independence.  When I served as chief economist at the FCC in 2017-2018, I gathered from conversations that the most common practice in the past was for attorneys who wrote rules to turn to economists for supporting analysis after key decisions had already been made. This was not always the process, but it often occurred. The internal working group of senior FCC career staff who drafted the plan for OEA reached similar conclusions. After the establishment of OEA, an FCC economist I interviewed noted how his role had changed: “My job used to be to support the policy decisions made in the chairman’s office. Now I’m much freer to speak my own mind.”

Ensuring economists’ independence is not a problem unique to the FCC. In a 2017 study, Stuart Shapiro found that most of the high-level economists he interviewed who worked on regulatory impact analyses in federal agencies perceive that economists can be more objective if they are located outside the program office that develops the regulations they are analyzing. As one put it, “It’s very difficult to conduct a BCA [benefit-cost analysis] if our boss wrote what you are analyzing.” Interviews with senior economists and non-economists who work on regulation that I conducted for an Administrative Conference of the United States project in 2019 revealed similar conclusions across federal agencies. Economists located in organizations separate from the program office said that structure gave them greater independence and ability to develop better analytical methodologies. On the other hand, economists located in program offices said they experienced or knew of instances where they were pressured or told to produce an analysis with the results decision-makers wanted.

The FTC provides an informative case study. From 1955-1961, many of the FTC’s economists reported to the attorneys who conducted antitrust cases; in 1961, they were moved into a separate Bureau of Economics. Fritz Mueller, the FTC chief economist responsible for moving the antitrust economists back into the Bureau of Economics, noted that they were originally placed under the antitrust attorneys because the attorneys wanted more control over the economic analysis. A 2015 evaluation by the FTC’s Inspector General concluded that the Bureau of Economics’ existence as a separate organization improves its ability to offer “unbiased and sound economic analysis to support decision-making.”

Higher-quality analysis. An issue closely related to economists’ independence is the quality of the economic analysis. Executive branch regulatory economists interviewed by Richard Williams expressed concern that the economic analysis was more likely to be changed to support decisions when the economists are located in the program office that writes the regulations. More generally, a study that Catherine Konieczny and I conducted while we were at the FCC found that executive branch agencies are more likely to produce higher-quality regulatory impact analyses if the economists responsible for the analysis are in an independent economics office rather than the program office.

Upholding regulations in court. In Michigan v. EPA, the Supreme Court held that it is unreasonable for agencies to refuse to consider regulatory costs if the authorizing statute does not prohibit them from doing so. This precedent will likely increase judicial expectations that agencies will consider economic issues when they issue regulations. The FCC’s OGC-OEA memo cites examples of cases where the quality of the FCC’s economic analysis either helped or harmed the commission’s ability to survive legal challenge under the Administrative Procedure Act’s “arbitrary and capricious” standard. More systematically, a recent Regulatory Studies Center working paper finds that a higher-quality economic analysis accompanying a regulation reduces the likelihood that courts will strike down the regulation, provided that the agency explains how it used the analysis in decisions.

Two potential disadvantages of a separate economics office are that it may make the economists easier to ignore (what former FCC Chief Economist Tim Brennan calls the “Siberia effect”) and may lead the economists to produce research that is less relevant to the practical policy concerns of the policymaking bureaus. The FCC’s reorganization plan took these disadvantages seriously.

To ensure that the ultimate decision-makers—the commissioners—have access to the economists’ analysis and recommendations, the rules establishing the office give OEA explicit responsibility for reviewing all items with economic content that come before the commission. Each item is accompanied by a cover memo that indicates whether OEA believes there are any significant issues, and whether they have been dealt with adequately. To ensure that economists and policy bureaus work together from the outset of regulatory initiatives, the OGC-OEA memo instructs:

Bureaus and Offices should, to the extent practicable, coordinate with OEA in the early stages of all Commission-level and major Bureau-level proceedings that are likely to draw scrutiny due to their economic impact. Such coordination will help promote productive communication and avoid delays from the need to incorporate additional analysis or other content late in the drafting process. In the earliest stages of the rulemaking process, economists and related staff will work with programmatic staff to help frame key questions, which may include drafting options memos with the lead Bureau or Office.

While presiding over his final commission meeting on Jan. 13, Pai commented, “It’s second nature now for all of us to ask, ‘What do the economists think?’” The real test of this institutional innovation will be whether that practice continues under a new chair in the next administration.

[TOTM: The following is part of a digital symposium by TOTM guests and authors on the legal and regulatory issues that arose during Ajit Pai’s tenure as chairman of the Federal Communications Commission. The entire series of posts is available here.

Justin “Gus” Hurwitz is associate professor of law, the Menard Director of the Nebraska Governance and Technology Center, and co-director of the Space, Cyber, and Telecom Law Program at the University of Nebraska College of Law. He is also director of law & economics programs at the International Center for Law & Economics.]

I was having a conversation recently with a fellow denizen of rural America, discussing how to create opportunities for academics studying the digital divide to get on-the-ground experience with the realities of rural telecommunications. He recounted a story from a telecom policy event in Washington, D.C., from not long ago. The story featured a couple of well-known participants in federal telecom policy as they were talking about how to close the rural digital divide. The punchline of the story was loud speculation from someone in attendance that neither of these bloviating telecom experts had likely ever set foot in a rural town.

And thus it is with most of those who debate and make telecom policy. The technical and business challenges of connecting rural America are different. Rural America needs different things out of its infrastructure than urban America. And the attitudes of both users and those providing service are different here than they are in urban America.

Federal Communications Commission Chairman Aji Pai—as I get to refer to him in writing for perhaps the last time—gets this. As is well-known, he is a native Kansan. He likely spent more time during his time as chairman driving rural roads than this predecessor spent hobnobbing at political fundraisers. I had the opportunity on one of these trips to visit a Nebraska farm with him. He was constantly running a bit behind schedule on this trip. I can attest that this is because he would wander off with a farmer to look at a combine or talk about how they were using drones to survey their fields. And for those cynics out there—I know there are some who don’t believe in the chairman’s interest in rural America—I can tell you that it meant a lot to those on the ground who had the chance to share their experiences.

Rural Digital Divide Policy on the Ground

Closing the rural digital divide is a defining public-policy challenge of telecommunications. It’s right there in the first sentence of the Communications Act, which established the FCC:

For the purpose of regulating interstate and foreign commerce in communication by wire and radio so as to make available, so far as possible, to all the people of the United States…a rapid, efficient, Nation-wide, and world-wide wire and radio communication service[.]

Depending on how one defines broadband internet, somewhere between 18 and 35 million Americans lack broadband internet access. No matter how you define it, however, most of those lacking access are in rural America.

It’s unsurprising why this is the case. Looking at North Dakota, South Dakota, and Nebraska—three of the five most expensive states to connect each household in both the 2015 and 2018 Connect America Fund models—the cost to connect a household to the internet in these states was twice that of connecting a household in the rest of the United States. Given the low density of households in these areas, often less than one household per square mile, there are relatively fewer economies of scale that allow carriers to amortize these costs across multiple households. We can add that much of rural America is both less wealthy than more urban areas and often doesn’t value the benefits of high-speed internet as highly. Taken together, the cost of providing service in these areas is much higher, and the demand for them much less, than in more urban areas.

On the flip side are the carriers and communities working to provide access. The reality in these states is that connecting those who live here is an all-hands-on-deck exercise. I came to Nebraska with the understanding that cable companies offer internet service via cable and telephone companies offer internet service via DSL or fiber. You can imagine my surprise the first time I spoke to a carrier who was using a mix of cable, DSL, fiber, microwave, and Wi-Fi to offer service to a few hundred customers. And you can also imagine my surprise when he started offering advice to another carrier—ostensibly a competitor—about how to get more performance out of some older equipment. Just last week, I was talking to a mid-size carrier about how they are using fixed wireless to offer service to customers outside of their service area as a stopgap until fiber gets out to the customer’s house.

Pai’s Progress Closing the Rural Digital Divide

This brings us to Chairman Pai’s work to close the rural digital divide. Literally on his first day on the job, he announced that his top priority was closing the digital divide. And he backed this up both with the commission’s agenda and his own time and attention.

On Chairman Pai’s watch, the commission completed the Connect America Fund Phase II Auction. More importantly, it initiated the Rural Digital Opportunity Fund (RDOF) and the 5G Fund for Rural America, both expressly targeting rural connectivity. The recently completed RDOF auction promises to connect 10 million rural Americans to the internet; the 5G Fund will ensure that all but the most difficult-to-connect areas of the country will be covered by 5G mobile wireless. These are top-line items on Commissioner Pai’s resume as chairman. But it is important to recognize how much of a break they were from the commission’s previous approach to universal service and the digital divide. These funding mechanisms are best characterized by their technology-neutral, reverse-auction based approach to supporting service deployment.

This is starkly different from prior generations of funding, which focused on subsidizing specific carriers to provide specific levels of service using specific technologies. As I said above, the reality on the ground in rural America is that closing the digital divide is an all-hands-on-deck exercise. It doesn’t matter who is offering service or what technology they are using. Offering 10 mbps service today over a rusty barbed wire fence or a fixed wireless antenna hanging off the branch of a tree is better than offering no service or promising fiber that’s going to take two years to get into the ground. And every dollar saved by connecting one house with a lower-cost technology is a dollar that can be used to connect another house that may otherwise have gone unconnected.

The combination of the reverse-auction and technology-neutral approaches has made it possible for the commission to secure commitments to connect a record number of houses with high-speed internet over an incredibly short period of time.

Then there are the chairman’s accomplishments on the spectrum and wirelessinternet fronts. Here, he faced resistance from both within the government and industry. In some of the more absurd episodes of government in-fighting, he tangled with protectionist interests within the government to free up CBRS and other mid-band spectrum and to authorize new satellite applications. His support of fixed and satellite wireless has the potential to legitimately shake up the telecom industry. I honestly have no idea whether this is going to prove to be a good or bad bet in the long term—whether fixed wireless is going to be able to offer the quality and speed of service its proponents promise or whether it instead will be a short-run misallocation of capital that will require clawbacks and re-awards of funding in another few years—but the embrace of the technology demonstrated decisive leadership and thawed a too limited and ossified understanding of what technologies could be used to offer service. Again, as said above, closing the rural digital divide is an all-hands-on-deck problem; we do ourselves no favors by excluding possible solutions from our attempts to address it.

There is more that the commission did under Chairman Pai’s leadership, beyond the commission’s obvious order and actions, to close the rural digital divide. Over the past two years, I have had opportunities to work with academic colleagues from other disciplines on a range of federal funding opportunities for research and development relating to next generation technologies to support rural telecommunications, such as programs through the National Science Foundation. It has been wonderful to see increased FCC involvement in these programs. And similarly, another of Chairman Pai’s early initiatives was to establish the Broadband Deployment Advisory Committee. It has been rare over the past few years for me to be in a meeting with rural stakeholders that didn’t also include at least one member of a BDAC subcommittee. The BDAC process was a valuable way to communicate information up the chair, to make sure that rural stakeholders’ voices were heard in D.C.

But the BDAC process had another important effect: it made clear that there was someone in D.C. who was listening. Commissioner Pai said on his first day as chairman that closing the digital divide was his top priority. That’s easy to just say. But establishing a committee framework that ensures that stakeholders regularly engage with an appointed representative of the FCC, putting in the time and miles to linger with a farmer to talk about the upcoming harvest season, these things make that priority real.

Rural America certainly hopes that the next chair of the commission will continue to pay us as much attention as Chairman Pai did. But even if they don’t, we can rest with some comfort that he has set in motion efforts—from the next generation of universal service programs to supporting research that will help develop the technologies that will come after—that will serve us will for years to come.

[TOTM: The following is part of a digital symposium by TOTM guests and authors on the legal and regulatory issues that arose during Ajit Pai’s tenure as chairman of the Federal Communications Commission. The entire series of posts is available here.

Brent Skorup is a senior research fellow at the Mercatus Center at George Mason University.]

Ajit Pai came into the Federal Communications Commission chairmanship with a single priority: to improve the coverage, cost, and competitiveness of U.S. broadband for the benefit of consumers. The 5G Fast Plan, the formation of the Broadband Deployment Advisory Committee, the large spectrum auctions, and other broadband infrastructure initiatives over the past four years have resulted in accelerated buildouts and higher-quality services. Millions more Americans have gotten connected because of agency action and industry investment.

That brings us to Chairman Pai’s most important action: restoring the deregulatory stance of the FCC toward broadband services and repealing the Title II “net neutrality” rules in 2018. Had he not done this, his and future FCCs would have been bogged down in inscrutable, never-ending net neutrality debates, reminiscent of the Fairness Doctrine disputes that consumed the agency 50 years ago. By doing that, he cleared the decks for the pro-deployment policies that followed and redirected the agency away from its roots in mass-media policy toward a future where the agency’s primary responsibilities are encouraging broadband deployment and adoption.

It took tremendous courage from Chairman Pai and Commissioners Michael O’Rielly and Brendan Carr to vote to repeal the 2015 Title II regulations, though they probably weren’t prepared for the public reaction to a seemingly arcane dispute over regulatory classification. The hysteria ginned up by net-neutrality advocates, members of Congress, celebrities, and too-credulous journalists was unlike anything I’ve seen in political advocacy. Advocates, of course, don’t intend to provoke disturbed individuals but the irresponsible predictions of “the end of the internet as we know it” and widespread internet service provider (ISP) content blocking drove one man to call in a bomb threat to the FCC, clearing the building in a desperate attempt to delay or derail the FCC’s Title II repeal. At least two other men pleaded guilty to federal charges after issuing vicious death threats to Chairman Pai, a New York congressman, and their families in the run-up to the regulation’s repeal. No public official should have to face anything resembling that over a policy dispute.

For all the furor, net-neutrality advocates promised a neutral internet that never was and never will be. ”Happy little bunny rabbit dreams” is how David Clark of MIT, an early chief protocol architect of the internet, derided the idea of treating all online traffic the same. Relatedly, the no-blocking rule—the sine na qua of net neutrality—was always a legally dubious requirement. Legal scholars for years had called into doubt the constitutionality of imposing must-carry requirements on ISPs. Unsurprisingly, a federal appellate judge pressed this point in oral arguments defending the net neutrality rules in 2016. The Obama FCC attorney conceded without a fight; even after the net neutrality order, ISPs were “absolutely” free to curate the internet.

Chairman Pai recognized that the fight wasn’t about website blocking and it wasn’t, strictly speaking, about net neutrality. This was the latest front in the long battle over whether the FCC should strictly regulate mass-media distribution. There is a long tradition of progressive distrust of new (unregulated) media. The media access movement that pushed for broadcast TV and radio and cable regulations from the 1960s to 1980s never went away, but the terminology has changed: disinformation, net neutrality, hate speech, gatekeeper.

The decline in power of regulated media—broadcast radio and TV—and the rising power of unregulated internet-based media—social media, Netflix, and podcasts—meant that the FCC and Congress had few ways to shape American news and media consumption. In the words of Tim Wu, the law professor who coined the term “net neutrality,” the internet rules are about giving the agency the continuing ability to shape “media policy, social policy, oversight of the political process, [and] issues of free speech.”

Title II was the only tool available to bring this powerful new media—broadband access—under intense regulatory scrutiny by regulators and the political class. As net-neutrality advocate and Public Knowledge CEO Gene Kimmelman has said, the 2015 Order was about threatening the industry with vague but severe rules: “Legal risk and some ambiguity around what practices will be deemed ‘unreasonably discriminatory’ have been effective tools to instill fear for the last 20 years” for the telecom industry. Internet regulation advocates, he said at the time, “have to have fight after fight over every claim of discrimination, of new service or not.”

Chairman Pai and the Republican commissioners recognized the threat that Title II posed, not only to free speech, but to the FCC’s goals of expanding telecommunications services and competition. Net neutrality would draw the agency into contentious mass-media regulation once again, distracting it from universal service efforts, spectrum access and auctions, and cleaning up the regulatory detritus that had slowly accumulated since the passage of the agency’s guiding statutes: the 1934 Communications Act and the 1996 Telecommunications Act.

There are probably items that Chairman Pai wish he’d finished or had done slightly differently. He’s left a proud legacy, however, and his politically risky decision to repeal the Title II rules redirected agency energies away from no-win net-neutrality battles and toward broadband deployment and infrastructure. Great progress was made and one hopes the Biden FCC chairperson will continue that trajectory that Pai set.

[TOTM: The following is part of a digital symposium by TOTM guests and authors on the legal and regulatory issues that arose during Ajit Pai’s tenure as chairman of the Federal Communications Commission. The entire series of posts is available here.

Harold Feld is senior vice president of Public Knowledge.]

Chairman Ajit Pai prioritized making new spectrum available for 5G. To his credit, he succeeded. Over the course of four years, Chairman Pai made available more high-band and mid-band spectrum, for licensed use and unlicensed use, than any other Federal Communications Commission chairman. He did so in the face of unprecedented opposition from other federal agencies, navigating the chaotic currents of the Trump administration with political acumen and courage. The Pai FCC will go down in history as the 5G FCC, and as the chairman who protected the primacy of FCC control over commercial spectrum policy.

At the same time, the Pai FCC will also go down in history as the most conventional FCC on spectrum policy in the modern era. Chairman Pai undertook no sweeping review of spectrum policy in the manner of former Chairman Michael Powell and no introduction of new and radically different spectrum technologies such as the introduction of unlicensed spectrum and spread spectrum in the 1980s, or the introduction of auctions in the 1990s. To the contrary, Chairman Pai actually rolled back the experimental short-term license structure adopted in the 3.5 GHz Citizens Broadband Radio Service (CBRS) band and replaced it with the conventional long-term with renewal expectation license. He missed a once-in-a-lifetime opportunity to dramatically expand the availability of unlicensed use of the TV white spaces (TVWS) via repacking after the television incentive auction. In reworking the rules for the 2.5 GHz band, although Pai laudably embraced the recommendation to create an application window for rural tribal lands, he rejected the proposal to allow nonprofits a chance to use the band for broadband in favor of conventional auction policy.

Ajit Pai’s Spectrum Policy Gave the US a Strong Position for 5G and Wi-Fi 6

To fully appreciate Chairman Pai’s accomplishments, we must first fully appreciate the urgency of opening new spectrum, and the challenges Pai faced from within the Trump administration itself. While providers can (and should) repurpose spectrum from older technologies to newer technologies, successful widespread deployment can only take place when sufficient amounts of new spectrum become available. This “green field” spectrum allows providers to build out new technologies with the most up-to-date equipment without disrupting existing subscriber services. The protocols developed for mobile 5G services work best with “mid-band” spectrum (generally considered to be frequencies between 2 GHz and 6 GHz). At the time Pai became chairman, the FCC did not have any mid-band spectrum identified for auction.

In addition, spectrum available for unlicensed use has become increasingly congested as more and more services depend on Wi-Fi and other unlicensed applications. Indeed, we have become so dependent on Wi-Fi for home broadband and networking that people routinely talk about buying “Wi-Fi” from commercial broadband providers rather than buying “internet access.” The United States further suffered a serious disadvantage moving forward to next generation Wi-Fi, Wi-Fi 6, because the U.S. lacked a contiguous block of spectrum large enough to take advantage of Wi-Fi 6’s gigabit capabilities. Without gigabit Wi-Fi, Americans will increasingly be unable to use the applications that gigabit broadband to the home makes possible.

But virtually all spectrum—particularly mid-band spectrum—have significant incumbents. These incumbents include federal users, particularly the U.S. Department of Defense. Finding new spectrum optimal for 5G required reclaiming spectrum from these incumbents. Unlicensed services do not require relocating incumbent users but creating such “underlay” unlicensed spectrum access requires rules to prevent unlicensed operations from causing harmful interference to licensed services. Needless to say, incumbent services fiercely resist any change in spectrum-allocation rules, claiming that reducing their spectrum allocation or permitting unlicensed services will compromise valuable existing services, while simultaneously causing harmful interference.

The need to reallocate unprecedented amounts of spectrum to ensure successful 5G and Wi-Fi 6 deployment in the United States created an unholy alliance of powerful incumbents, commercial and federal, dedicated to blocking FCC action. Federal agencies—in violation of established federal spectrum policy—publicly challenged the FCC’s spectrum-allocation decisions. Powerful industry incumbents—such as the auto industry, the power industry, and defense contractors—aggressively lobbied Congress to reverse the FCC’s spectrum action by legislation. The National Telecommunications and Information Agency (NTIA), the federal agency tasked with formulating federal spectrum policy, was missing in action as it rotated among different acting agency heads. As the chair and ranking member of the House Commerce Committee noted, this unprecedented and very public opposition by federal agencies to FCC spectrum policy threatened U.S. wireless interests both domestically and internationally.

Navigating this hostile terrain required Pai to exercise both political acumen and political will. Pai accomplished his goal of reallocating 600 MHz of spectrum for auction, opening over 1200 MHz of contiguous spectrum for unlicensed use, and authorized the new entrant Ligado Networks over the objections of the DOD. He did so by a combination of persuading President Donald Trump of the importance of maintaining U.S. leadership in 5G, and insisting on impeccable analysis by the FCC’s engineers to provide support for the reallocation and underlay decisions. On the most significant votes, Pai secured support (or partial support) from the Democrats. Perhaps most importantly, Pai successfully defended the institutional role of the FCC as the ultimate decisionmaker on commercial spectrum use, not subject to a “heckler’s veto” by other federal agencies.

Missed Innovation, ‘Command and Control Lite

While acknowledging Pai’s accomplishments, a fair consideration of Pai’s legacy must also consider his shortcomings. As chairman, Pai proved the most conservative FCC chair on spectrum policy since the 1980s. The Reagan FCC produced unlicensed and spread spectrum rules. The Clinton FCC created the spectrum auction regime. The Bush FCC included a spectrum task force and produced the concept of database management for unlicensed services, creating the TVWS and laying the groundwork for CBRS in the 3.5 GHz band. The Obama FCC recommended and created the world’s first incentive auction.

The Trump FCC does more than lack comparable accomplishments; it actively rolled back previous innovations. Within the first year of his chairmanship, Pai began a rulemaking designed to roll back the innovative priority access licensing (PALs). Under the rules adopted under the previous chairman, PALs provided exclusive use on a census block basis for three years with no expectation of renewal. Pai delayed the rollout of CBRS for two years to replace this approach with a standard license structure of 10 years with an expectation of renewal, explicitly to facilitate traditional carrier investment in traditional networks. Pai followed the same path when restructuring the 2.5 GHz band. While laudably creating a window for Native Americans to apply for 2.5 GHz licenses on rural tribal lands, Pai rejected proposals from nonprofits to adopt a window for non-commercial providers to offer broadband. Instead, he simply eliminated the educational requirement and adopted a standard auction for distribution of remaining licenses.

Similarly, in the unlicensed space, Pai consistently declined to promote innovation. In the repacking following the broadcast incentive auction, Pai rejected the proposal of structuring the repacking to ensure usable TVWS in every market. Instead, under Pai, the FCC managed the repacking so as to minimize the burden on incumbent primary and secondary licensees. As a result, major markets such as Los Angeles have zero channels available for unlicensed TVWS operation. This effectively relegates the service to a niche rural service, augmenting existing rural wireless ISPs.

The result is a modified form of “command and control,” the now-discredited system where the FCC would allocate licenses to provide specific services such as “FM radio” or “mobile pager service.” While preserving license flexibility in name, the licensing rules are explicitly structured to promote certain types of investment and business cases. The result is to encourage the same types of licensees to offer improved and more powerful versions of the same types of services, while discouraging more radical innovations.

Conclusion

Chairman Pai can rightly take pride in his overall 5G legacy. He preserved the institutional role of the FCC as the agency responsible for expanding our nation’s access to wireless services against sustained attack by federal agencies determined to protect their own spectrum interests. He provided enough green field spectrum for both licensed services and unlicensed services to permit the successful deployment of 5G and Wi-Fi 6. At the same time, however, he failed to encourage more radical spectrum policies that have made the United States the birthplace of such technologies as mobile broadband and Wi-Fi. We have won the “race” to next generation wireless, but the players and services are likely to stay the same.

[TOTM: The following is part of a blog series by TOTM guests and authors on the law, economics, and policy of the ongoing COVID-19 pandemic. The entire series of posts is available here.

This post is authored by Brent Skorup, (Senior Research Fellow, Mercatus Center, George Mason University).]

One of the most visible economic effects of the COVID-19 spread is the decrease in airline customers. Alec Stapp alerted me to the recent outrage over “ghost flights,” where airlines fly nearly empty planes to maintain their “slots.” 

The airline industry is unfortunately in economic freefall as governments prohibit and travelers pull back on air travel. When the health and industry crises pass, lawmakers will have an opportunity to evaluate the mistakes of the past when it comes to airport congestion and airspace design.

This issue of ghost flights pops up occasionally and offers a lesson in the problems with government rationing of public resources. In this case, the public resource are airport slots: designated times, say, 15 or 30 minutes, a plane may takeoff or land at an airport. (Last week US and EU regulators temporarily waived the use-it-or-lose it rule for slots to mitigate the embarrassing cost and environmental damage caused by forcing airlines to fly empty planes.)

The slots at major hubs at peak times of day are extremely scarce–there’s only so many hours in a day. Today, slot assignment are administratively rationed in a way that favors large, incumbent airlines. As the Wall Street Journal summarized last year,

For decades, airlines have largely divided runway access between themselves at twice-yearly meetings run by the IATA (an airline trade group).

Airport slots are property. They’re valuable. They can be defined, partitioned, leased, put up as collateral, and, in the US, they can be sold and transferred within or between airports.

You just can’t call slots property. Many lawmakers, regulators, and airline representatives refuse to acknowledge the obvious. Stating that slots are valuable public property would make clear the anticompetitive waste that the 40-year slot assignment experiment generates. 

Like many government programs, the slot rationing began in the US as a temporary program decades ago as a response to congestion at New York airports. Slots are currently used to ration access at LGA, JFK, and DCA. And while they don’t use formal slot rationing, the FAA also rations access at four other busy airports: ORD, Newark, LAX, and SFO.

Fortunately, cracks are starting to form. In 2008, at the tailend of the Bush administration, the FAA proposed to auction some slots in New York City’s three airports. The plan was delayed by litigation from incumbent airlines and an adverse finding from the GAO. With a change in administration, the Obama FAA rescinded the plan in 2009.

Before the Obama FAA recission, the mask slipped a bit in the GAO’s criticism of the slot auction plan: 

FAA’s argument that slots are property proves too much—it suggests that the agency has been improperly giving away potentially millions of dollars of federal property, for no compensation, since it created the slot system in 1968.

Gulp.

Though the GAO helped scuttle the plan, the damage has been done. The idea has now entered public policy discourse: giving away valuable public property is precisely what’s going on. 

The implicit was made explicit in 2011 when, despite spiking the Bush FAA plan, the Obama FAA auctioned two dozen high-value slots. (The reversal and lack of controversy is puzzling to me.) Delta and US Airways wanted to swap some 160 slots at New York and DC airports. As a condition of the mega-swap, the Obama FAA required they divest 24 slots at those popular airports, which the agency auctioned to new entrants. Seven low-fare airlines bid in the auction and Jetblue and WestJet won the divested slots, paying about $90 million combined

The older fictions are rapidly eroding. There is an active secondary market in slots in some nations and when prices are released it becomes clear that the legacy rationing amounts to public property setasides to insiders. In 2016 it leaked, for instance, that an airline paid £58 million for a pair of take-off and landing slots at Heathrow. Other slot sales are in the tens of millions of dollars.

The 2011 FAA auctions and the loosening of rules globally around slot sales signal that the competition benefits from slot markets are too obvious to ignore. Competition from new entry drives down airfare and increases the number of flights.

For instance, a few months ago researchers used a booking app to scour 50 trillion flight itineraries to see new entrants’ effect on airline ticket prices between 2017 and 2019. As the Wall Street Journal reported, the entry of a low-fare carrier reduced ticket prices by 17% on average. The bigger effect was on output–new entry led to a 30% YoY increase in flights.

It’s becoming harder to justify the legacy view, which allow incumbent airlines to dominate the slot allocations via international conferences and national regulations that require “grandfather” slot usage. In a separate article last year, the Wall Street Journal reported that airlines are reluctantly ceding more power to airports in the assignment of slots. This is another signal in the long-running tug-of-war between airports and airlines. Airports generally want to open slots for new competitors–incumbent airlines do not.

The reason for the change of heart? The Journal says,

Airlines and airports reached the deal in part because of concerns governments should start to sell slots.

Gulp. Ghost flights are a government failure but a rational response to governments withholding the benefits of property from airlines. The slot rationing system encourages flying uneconomical flights, smaller planes, and excess carbon emissions. The COVID-19 crisis allowed the public a glimpse at the dysfunctional system. It won’t be easy, but aviation regulators worldwide need to assess slots policy and airspace access before the administrative rationing system spreads to the emerging urban air mobility and drone delivery markets.