Sep 23–26, 2019

The future of stablecoin

Catherine Gu (Stanford University)
1:30pm2:00pm Tuesday, September 24, 2019
Location: 1A 08



It’s been a decade since the first decentralized cryptocurrency, Bitcoin, was created in 2009. Today, it’s estimated that over 1,600 cryptocurrencies are in circulation with a combined market capitalization of well over $289 billion. The two obvious questions we should consider are why fiat currencies such as US dollar are inadequate in today’s economy and why, despite the unprecedented public attention on cryptocurrencies and blockchains, even the most well-known ones (e.g., BTC and ETH) have thus far failed to be accepted into mass adoption.

To answer the question of why money is inadequate, it’s important to recognize the fundamental shortcomings of a centralized monetary system: there are expensive transaction fees and long delays associated with each wire transfer; further, even within a single jurisdiction, there are ceilings as to how much money can be instantly transferred, both within accounts and between different banks.

So what constitutes money? Money is a store of value, a unit of account and most crucially a medium of exchange. Popular mediums such as the US dollar fulfill all these roles, whereas coins such as bitcoin and ether have deterministic aggregate supplies embedded in the protocol. Unanticipated changes in demand for cryptocurrencies therefore frequently feeds into volatile prices. This offers an important explanation as to why decentralized cryptocurrencies have thus far failed to make themselves widely adopted into the real economy. To incentivize people to adopt any cryptocurrency as money, they need to be guaranteed stability in the currency’s purchasing power as a medium of exchange, for contract payments of people’s salaries, for debt lending, for purchase of goods and services.

There’s a real demand for an alternative form of money as people transact and consume in both the virtual and the real economies. The purpose of a stablecoin is to bring price stability into a decentralized, protocol-governed system. The goal is to design an algorithmic central bank that can automatically adjust price fluctuations to ensure stable purchasing power of the currency and its convertibility into other forms of medium of exchange, such as the US dollar or crypto coins across different blockchains. There are currently over 60 known stablecoin projects in development, including the most recent, JPM Coin. These projects can roughly be categorized into three types: fiat collateralized, crypto collateralized, and growth collateralized.

Catherine Gu examines the protocol design of stablecoin, discussing the distinct incentive design and governance structure of some of the most advanced projects (MakerDao, Tether). Along the way, she shares her research at Stanford and discusses simulation challenges and the future of stablecoin as one of the most important fintech developments of our generation.

Photo of Catherine Gu

Catherine Gu

Stanford University

An economist cum data scientist, Catherine Gu is pursuing graduate study in computational social science at Stanford University. Her areas of focus include exploratory data analysis, market design and stochastic modeling. She has spent time with Anchorage and SETL as a blockchain researcher, focusing on staking, yield generation and protocol design.

Before coming to the US, she was a macro strategist at JPMorgan in London, covering emerging market FX and rates. Prior to that, she worked as a risk and an investment analyst at Man Group, with four years of quantitative finance experience. Catherine is the cofounder of Quantess London Group. She holds a bachelor and a master degree in Economics from the University of Cambridge.

Comments on this page are now closed.


Picture of Catherine Gu
Catherine Gu
09/08/2019 8:28pm EDT

If you were ever interested in understanding what is a stablecoin, or have heard of Tether, Libra, Maker DAO, or Hayek, then please join me for this interactive session on an exciting development in fintech!

  • Cloudera
  • O'Reilly
  • Google Cloud
  • IBM
  • Cisco
  • Dataiku
  • Intel
  • Io-Tahoe
  • MemSQL
  • Microsoft Azure
  • Oracle Cloud Infrastructure
  • SAS
  • Arcadia Data
  • BMC Software
  • Hazelcast
  • SAP
  • Amazon Web Services
  • Anaconda
  • Esri
  •, Inc.
  • Kyligence
  • Pitney Bowes
  • Talend
  • Google Cloud
  • Confluent
  • DataStax
  • Dremio
  • Immuta
  • Impetus Technologies Inc.
  • Keyence
  • Kyvos Insights
  • StreamSets
  • Striim
  • Syncsort
  • SK holdings C&C

    Contact us

    For conference registration information and customer service

    For more information on community discounts and trade opportunities with O’Reilly conferences

    For information on exhibiting or sponsoring a conference

    For media/analyst press inquires