The way social media harms our kids has been in the news lately. I am not talking about the Online Harms Act, which has been the subject of a number of my recent posts. I will also not be talking (at least not in this post) about the inappropriateness of the Governor General hosting a forum about Online Harms when a bill is being reviewed by Parliament.

Four of the largest school boards in Canada launched a lawsuit against the owners of Facebook, Instagram, SnapChat and TikTok. The suit accuses them of “negligently designing products that disrupt learning and rewire student behaviour while leaving educators to manage the fallout.” The Boards of Education are seeking $4.5B and asking for a redesign of the platforms “to keep students safe.” School Boards are represented by personal injury firm Neinstein LLP, which has taken the case on contingency. More than 200 school boards in the US have launched similar suits.

Eight years ago, I wrote “Is Social Media Better At Breaking Than Making?” That post referred to a Tom Friedman piece in the New York Times (“Social Media: Destroyer or Creator?”). It also included a TED Talk by Wael Ghonim, a former Google employee in Egypt whose Facebook page was credited with helping launch the Arab Spring. In his talk, Ghonim says “Five years ago, I said, ‘If you want to liberate society, all you need is the Internet.’ Today, I believe if we want to liberate society, we first need to liberate the Internet.'”

The talk is worth watching. In my view, it stands the test of time.

But, let’s return to that school board lawsuit. The claim is that these social media platforms “rewire student behaviour while leaving educators to manage the fallout.”

A new book by Jonathan Haidt is attracting some attention on this theme of “rewiring”. “The Anxious Generation: How the Great Rewiring of Childhood is Causing an Epidemic of Mental Illness” was released last month. He claims that social media platforms are responsible for “displacing physical play and in-person socializing.” How? By “designing a firehose of addictive content that entered through kids’ eyes and ears”. In doing so, “these companies have rewired childhood and changed human development on an almost unimaginable scale”.

A critical review of the book in Nature triggered a lengthy rebuttal on Twitter.

The author of the review in Nature is Candice Odgers, associate dean for research and professor of psychological science and informatics at University of California, Irvine. She has a distinctly Canadian connection. Odgers co-leads international networks on child development for Canadian Institute for Advanced Research in Toronto. She says science doesn’t support the thesis of digital technologies rewiring children’s brains, causing “an epidemic of mental illness.” According to Odgers, Haidt’s work confuses correlation with causation. Specifically, she says studies have not found use of social-media predicts or causes depression. Rather, the research shows those who already have mental-health problems use such platforms differently compared to others.

Haidt’s response, a 984 word, 6311 character post on Twitter (X), has attracted more than 1.5 million views. (I remember when tweets were restricted to a maximum of 140 characters.) His post includes links to collections of resources referenced in his book.

That academic debate is certain to continue.

How should social media platforms be regulated? What is the role of schools, teachers, and parents to assume respective responsibilities for kids’ use of devices and apps?

Building resilience in telecommunications in Canada and Beyond. That is the topic for a workshop taking place in downtown Toronto on the afternoon of May 14, 2024. The event is hosted by the Ivey Business School.

Over the past couple of years, I have written about network resilience a few times:

• Reliable and resilient networks (January 23, 2024)
  I observed that weather-related service disruptions will likely be a bigger factor in coming years. In a competitive environment, I asked what is the role of regulators in setting standards or objectives for reliable and resilient networks?
• Network resilience (April 14, 2023)
  This post looked at the report released by The Canadian Security Telecommunications Advisory Committee (CSTAC), aimed at improving network resilience and reliability.
• Time to rethink resilience (October 11, 2022)
  While it is impossible for businesses to prepare for all potential disruptive events, mitigation strategies can dampen potential damages.

Network resilience was incorporated in the 2023 Policy Direction to the CRTC. The Canadian government oversaw the creation of a multilateral memorandum of understanding for mutual assistance in the Fall of 2022. The CRTC has not yet released its final determinations in its “Development of a regulatory framework to improve network reliability and resiliency – Mandatory notification and reporting about major telecommunications service outages”, launched a year ago. Regional governments have increasingly been concerned with the Emergency Management and Climate Readiness. Canadian consumer groups have raised concerns about network outages, prompting responses from both government and industry. The industry is investing heavily for resilience in wired infrastructure and wireless networks, including satellite.

In the Canadian context, discussions include examining the roles of government funding mechanisms, outage reporting, network access, and the role of layered and competing infrastructures. Internationally, both geopolitical and domestic concerns have brought resilience to the highest concerns among Canada’s main trading partners and allies. New initiatives are underway in the United States, the European Union, and South Korea, among others.

This workshop aims to explore policy, regulation, business strategy and institutional frameworks for an increasingly resilient Canada – in a world where threats to resilience (climate events, cyberattacks, war) surge forth without regard to national borders or government mandates, with digital ecosystems of international reach. Speakers from Canadian government, industry and consumer organizations will join with international experts for an engaging debate and important announcements. New initiatives, frameworks and concepts will be explored by an inquisitive debate and presentations.

Speakers from Canadian government, industry and consumer organizations will join with international experts for an engaging debate and important announcements. New initiatives, frameworks and concepts will be explored by an inquisitive debate and presentations.

Confirmed speakers include:

• Andre Arbour, Director General, Telecommunications and Internet Policy, ISED
• Erik Bohlin, Professor, Ivey Business School, and Ivey Chair in Telecommunication Economics, Policy and Regulation
• Seongcheol Kim, Professor, Korea University
• Phil Moore, VP, TELUS
• Romel Mostafa, Director, Lawrence National Centre for Policy and Management, Ivey Business School
• Eli Noam, Professor, Columbia University
• Jieun Park, Korea Institute of Science and Technology
• Adam Scott, Vice Chair, CRTC
• Georg Serentschy, Serentschy Advisory Services

This workshop, Building Resilience in Telecommunications – In Canada and Beyond, is funded in part by the Ivey Chair in Telecommunication Economics, Policy and Regulation, as well as the Lawrence National Centre for Policy and Management at the Ivey Business School. Registration includes lunch, all sessions, and a cocktail reception to wrap up the day. It all takes place at Ivey’s Donald K. Johnson Centre in the Exchange Tower at 130 King Street West in the heart of Toronto’s financial district.

The full agenda [pdf, 660KB] and registration information are available on the event website.

When looking at telecom services, regulators should focus on whether the market is sustainably competitive. That seems to be the message arising from merger reviews in Europe.

After years of focus on the number of carriers, regulators are taking note of the impact of hypercompetitive markets on investment. UK service providers are unable to cover their cost of capital. As a result, operators are unable to fund network upgrades. Vodafone and Three UK intend to merge. The Competition and Markets Authority (CMA) in the UK is moving into the next phase of its review of the merger.

In announcing its next phase, CMA said “the deal, which combines 2 of the 4 mobile network operators in the UK, could lead to mobile customers facing higher prices and reduced quality.”

The CMA’s Phase 1 investigation found that Vodafone UK and Three UK provide important alternatives for mobile customers. Both have made significant investments in their networks in recent years – which includes the rollout of 5G. Three UK is also generally the cheapest of the four mobile network operators. The CMA is concerned that combining these two businesses will reduce rivalry between mobile operators to win new customers. Competitive pressure can help to keep prices low, as well as provide an important incentive for network operators to improve their services, including by investing in network quality.

Vodafone and Three UK replied, noting “The current market structure has resulted in the quality of mobile network services in the UK lagging significantly behind other European countries. Vodafone UK and Three UK are sub-scale, unable to cover their cost of capital, and constrained in their ability to invest and compete effectively against the two market leaders.”

In February, OpenSignal reported that the UK ranked 22nd for 5G availability and download speeds when comparing to 25 European countries. The UK has the slowest download speeds in the G7. By way of comparison, I recently wrote that Canada is consistently a leader in availability and speeds.

There is a reason why EBITDA margins are necessarily higher among facilities-based telecom competitors. By definition, EBITDA measures the earnings before consideration of interest, depreciation, and amortization. Each of these are costly factors for companies with large investments in infrastructure. If the EBITDA margins are not sufficiently strong, network operators will be unable to maintain investment.

Last October, I wrote about a CRTC arbitration on MVNO access, where the Commission determination explicitly said “This decision helps to promote access to affordable telecommunications services for Canadians and to foster sustainable competition and continued investment.” At the time, I asked “To what extent does it provide clues for the way the CRTC will approach revisions to the wireline wholesale framework?” I wrote about sustainable competition two years ago, showing how the CRTC and Competition Bureau seemed to be at odds in their approaches.

A singular focus on driving lower prices fails to appropriately consider balancing competing policy objectives. In Canada, telecom policy seeks a balance between quality, coverage and price. I’d submit that the number of competitors should be a less important factor for policy makers. The more important consideration should be fostering a sustainably competitive market to deliver overall consumer benefits.

Is it possible to prebunk misinformation?

Is there a vaccine for fake news?

A recent story on 60 Minutes caught my eye and steered me toward the Social Decision-Making Lab at Cambridge University. The director of the lab, Sander van der Linden, told 60 Minutes that misinformation – that which is outright false or incorrect – represents just a small amount of people’s overall media diet. “The much bigger part is what we would refer to as misleading information, half-truths, biased narratives, information that is presented out of context.”

In collaboration with partners at Yale and George Mason University, the Cambridge lab recently published “Inoculating the Public against Misinformation about Climate Change”. The study is said to be a kind of “psychological vaccine” against misinformation.

A growing body of research suggests that one promising way to counteract the politicization of science is to convey the high level of normative agreement (“consensus”) among experts about the reality of human-caused climate change. … evidence is provided that it is possible to pre-emptively protect (“inoculate”) public attitudes about climate change against real-world misinformation.

There is so much bad information circulating on the internet, much of it placed as commercially driven click-bait. Other sources include politically motivated state actors seeking to disrupt social cohesion. Misinformation and disinformation are motivating many of the most contentious sections of Canada’s Online Harms Act, Bill C-63. The psychological research being led by Cambridge suggests countering bad information with good information. The researchers found that the way we perceive what other groups believe serves as a cue for overall informational judgment. So, conveying facts that scientists and experts are convinced about an issue can increase perceived consensus and acceptance across an ideological spectrum, either directly or indirectly.

The research suggests that communicating a scientific consensus on such issues as vaccines or human-caused climate change should be accompanied by information warning that politically or economically motivated actors may seek to undermine the findings. In effect, audiences should be provided with what they call a “cognitive repertoire” — a basic explanation about the disinformation campaigns — to try to pre-emptively refute such attempts. The research suggests that communicating a social fact, such as a high level of agreement among experts, can be “an effective and depolarizing public engagement strategy.”

According to van der Linden, “everyone is obsessed with influencing each other, but in fact there’s almost no program of research that looks at helping people resist unwanted attempts to persuade them. So that’s where my interest is: helping people resist persuasion when they don’t want it.”

Last fall, I wrote about the cost of misinformation. What if we found ways to prebunk misinformation, inoculate people to be able to detect half truths and lies online?

It seems unlikely that we will be able to block the flow of bad information. Does inoculation represent a better approach, enabling Canada to counter misinformation by censuring, not censoring?

There are signs of accelerating progress in cellular and satellite convergence. A recent report from Scotiabank lead with an attention grabbing headline, “Mobile Carriers Poised to Create $1.0T in Equity in the Direct-to-Cell Revolution”.

Last year, I wrote about the FCC taking steps to explore “innovative collaborations between satellite operators and wireless companies”. In February, the FCC issued a 160-page “Report and Order and Further Notice of Proposed Rulemaking” to establish what the agency called the world’s first regulatory framework for terrestrial to space inter-connectivity. The intent is “to enable collaborations between satellite operators and terrestrial service providers to offer ubiquitous connectivity, directly to consumer handsets using spectrum previously allocated only to terrestrial service.”

A March 11 Scotiabank report discussed work underway between AST Spacemobile and Latin American operator AMX as well as TIM Brasil. The report provided capital cost metrics that demonstrate why there is such a high level of interest in interoperability. Scotiabank is calculating the cost of connecting a subscriber in a remote area with a traditional terrestrial tower at a minimum of US$111/subscriber. This estimate includes “civil infrastructure, radio access network [RAN], backhaul, core, software, and permitting”. In lower population density areas, Scotiabank says the cost could be as high as US$500/subscriber.

By way of comparison, the bank says “SpaceMobile’s BlueBird satellites could do the job for US$10/sub”, based on 750 MB of data consumption per month, “an ideal solution for distant areas out of coverage”.

Recently, RCR Wireless News reported on developments from the Satellite 2024 conference. According to the RCR report, many of the players are talking about the need to get “orders of magnitude improvement in airtime pricing”. During one of the panel discussions, Mark Dankberg, CEO of ViaSat said that “while satellite thinks of pricing in terms of dollars-per-megabyte, terrestrial network operators are thinking dollars-per-gigabyte.”

Nonetheless, work on cellular and satellite convergence is progressing. A year ago, Rogers and SpaceX announced an agreement enabling Canadians to stay connected beyond the limits of terrestrial wireless networks. Last week, the Canadian government agreed to lend more than $2 billion to Telesat to help fund development of its broadband satellite constellation.

How will the economics work? According to Scotiabank, cellular and satellite convergence could be a “structural solution to a cash-strapped telecom industry.” The bank estimates that the global telecom industry invests more than US$310B in capital each year, in addition to US$68B in tower leases. Scotiabank estimates mobile carriers spend more than 15% of consolidated capital each year in RAN investments in lower density or non-profitable areas, “frequently to comply with license requirements.” As a result, Scotiabank believes satellite-enabled connectivity could represent US$46.5B in annual capital savings for mobile operators.

With a trillion dollars in equity potential, cellular and satellite convergence is truly the next space race.