When Mark Zuckerberg was five years old in 1989, two dominant players in telecommunications made a big announcement.CompuServe (the first major commercial online service provider) and MCI Mail (one of the first commercial email service providers) introduced commercial email relays to the public internet. These relays connected their centralized networks to the public, outside of their direct control.Facebook’s announcement of entering the distributed trust era with Libra, a new cryptocurrency, is the modern-day equivalent.It’s likely to have the same result.Launched in 1969, CompuServe was an innovator in shared computing. In 1979, it launched Micronet, the first consumer email system. This was quickly followed in 1980 with CB Simulator, the first real-time online chat service.CompuServe quickly added a wide range of consumer information services such as weather, stock quotes and discussion forums. It tied people together globally through its centrally owned worldwide network.By 1991, CompuServe had more than 500,000 simultaneous online users. In 1995, it was the largest online service with more than three million users.It has since been called the “Google of the ’80s.”
Facebook CEO Mark Zuckerberg’s company is emulating a model used by CompuServe in the early days of the internet.
AP Photo/Marcio Jose Sanchez, File
But the big difference is that its network was private and centrally controlled. It was not an open network like the public internet.Early coverage of CompuServe and MCI’s gateways described the relatively unknown internet as a worldwide research network of government agencies, universities and commercial firms.This started to legitimize commercial uses of the Internet for the general public, but was not without its controversies.Overall, the relays announcement helped give legitimacy and publicity to the emerging public commercial Internet. It started the path to weakening the centralized power of CompuServe and MCI.At first, the cutting-edge announcement by CompuServe and MCI gave them an advantage. It also gave them the opportunity to shape some of the initial public conceptions of the public internet.Traditional industries started coming online, giving further legitimacy to Internet commerce.But these organizations were designed in a time of centralized control. Their model of charging consumers was based on usage. CompuServe stuck with that old model and as late as 1994 they still charged 15 cents per internet email received — including for spam.The shift to more distributed production models, where content was produced by people outside of the organization, was a new world. Many, including CompuServe and MCI, eventually lost power to be replaced by new organizations designed for this new content production model. In 1994, a New York Times piece suggested “it makes more economic sense to forget CompuServe and get an Internet account, where mail is free.”This eventually led to the growth of many modern-day platform companies such as Facebook (created in 2003) and Uber (founded in 2009). Such organizations became dominant powerful companies very quickly, disrupting every major industry.The transition to the Information Age created new distributed business models.Modern platform organizations operate with a business model focused on dominating a central, powerful matchmaking role. The Facebook platform matches advertisers with eyeballs, for example. The Uber model matches riders with drivers.The power of critical mass and the legitimacy of enabling trusted transactions are two keys to the success of platforms. And so the venture capital funding model focuses on building rapid, sustainable growth of these trusted middlemen.Much of the modern Silicon Valley success story is built around this simple logic.This evolutionary process parallels the recent emergence of what are known as distributed trust technologies such as blockchain.The public internet shifted from central control to a shared infrastructure with distributed production.Now centralized trust is shifting to a shared infrastructure with distributed trust. Distributed trust technologies displace middlemen in transactions, and make us question the role of centralized organizations. Instead of trusting central organizations, people place their trust in the technology itself.The previous disruptors are being disrupted themselves.Facebook’s Libra partners (including Uber, eBay, PayPal, Spotify, Visa and Mastercard) read like a Who’s Who of middlemen organizations who are being threatened with disruption by distributed trust.Organizational theory shows that when market conditions change drastically, organizational inertia can give an advantage to new companies or institutions. Old dogs have a hard time learning new tricks.So it’s no surprise that Libra is entering the space with a “permissioned” model of trust. Such models centralize decision power with a select few — the initial Libra partners.They are not truly distributed trust models. They are closer to the distributed production models so familiar to major dominant platforms of the last technological wave. On top of that, Facebook will separately offer a proprietary centrally controlled wallet, Calibra, to facilitate Libra transactions.The Libra white paper promises an eventual relaxing of that centralized control to a “permissionless” model. But it offers no realistic path or requirement to do so.It asks participants to “trust us” that a truly distributed trust model will come in the future.History suggests Facebook’s introduction of Libra will ultimately help legitimize distributed trust technologies. Major players endorsing Libra adds legitimacy to distributed trust technologies.The initial actions of Compuserve and MCI Mail led to government legislation. The increased focus on distributed trust generated by Libra will too.Part of this is due to past breaches of trust by Facebook. In fact, there are already calls for regulation in the U.S., Europe and Australia. Regulations and public discourse will help to bring further legitimacy to distributed trust models.Regulators should be cautious about biasing legislation to favour incumbents, however, and ensure an open evolution of the true capabilities of distributed trust.Such legitimacy reduces the major barriers to new business models built on a shared, distributed trust infrastructure. This creates a major opportunity for new forms of organizing designed without the burdens of past organizational inertia.There is a good chance that Libra’s partners will gain short-term power with this move. Technology diffusion processes can reward first movers.But those companies were not initially designed to survive in such distributed trust models and are plagued by organizational inertia.So the creation of Libra, and the legitimacy it will give to the underlying technologies, paradoxically will ultimately speed the demise of the very same organizations. Bitcoin’s price, for example, has soared since the Libra announcement, even though Bitcoin itself is likely to be eventually disrupted by others.The stars of the modern, platform-based Internet are likely to eventually join the ranks of Compuserve and MCI Mail. They will be replaced with the next generation of organizing designed for these new models of distributed trust — and not burdened by the inertia of the centrally controlled past.Marc-David Seidel is RBC Financial Group professor of entrepreneurship at the University of B.C. This op-ed was distributed by The Conversation.Letters to the editor should be sent to firstname.lastname@example.org. The editorial pages editor is Gordon Clark, who can be reached at email@example.com.CLICK HERE to report a typo.Is there more to this story? We’d like to hear from you about this or any other stories you think we should know about. Email firstname.lastname@example.org.