Blockchain and Decentralized Finance:
2024 Intro for MFRM

 

Presenter:           Andreas Park
 

 

Agenda

  1. Background:
    • Vocabulary & Evolution
    • What's DeFi and what's different to TradFi?
    • Explain some key DeFi applications
    • What do we know about tokens?
       
  2. Getting your hands dirty!

Some Technological Innovations throughout History

technological innovation removes barriers:

  • what can be done
  • how much can be done
  • by whom it can be done

many innovations move power to do things from selected few to the masses

tech disrupts a group of people who built a living around a technological restriction and they disrupt government power exerted via these groups

technological innovation removes barriers:

  • what can be done
  • how much can be done
  • by whom it can be done

What is a Blockchain?

What is a Cryptocurrency?

Conceptually, what is a blockchain?

What our financial infrastructure looks like

payments

stocks, bonds, and options

swaps, CDS, MBS, CDOs

insurance contracts

payments

stocks, bonds, and options

swaps, CDS, MBS, CDOs

insurance contracts

\(\Rightarrow\) a single common resource

  • easy value management
  • straightforward transfers & ownership accounting
  • new types of contracts and usage of assets
  • \(\ldots\)

What would the most efficient financial infrastructure look like?

\(\approx\) 50% is bitcoin (but used to be 70%)

How do you own a blockchain asset? Addresses, Accounts, Wallets, and Public/Private Keys

Smart contract accounts

  • controlled by code
  • decentralized applications
  • tokens

Externally owned accounts

controlled by private keys

private
key

public
key

seed phrase

public
address

wallet = software to keep and use private keys

  1. Self-custody of assets
  2. Access to financial infrastructure
  3. Value management layer = common resource
  4. Platform approach to commerce

What makes blockchain-based finance different from TradFi?

What makes DeFi different from TradFi

decentralized finance =
provision of financial service functionality without the necessary involvement of a traditional financial intermediary like a bank or broker-dealer*

digital media =
provision of information service functionality without the necessary involvement of a traditional information intermediary like a publisher, library, or newagency

*my take: applies to only commoditizable services

trading Infrastructure

payments network

Stock Exchange

Clearing House

custodian

custodian

 beneficial ownership record

seller

buyer

Broker

Broker

Application: decentralized trading with automated market makers

Application: Decentralized Borrowing & Lending

borrow

provide collateral

5. repay DAI

 for        loan
with health factor <1

liquidation
opportunity

1. flash-borrow DAI

2. repay loan
with DAI

3. claim
collateral ETH

4. convert ETH to DAI

Some Data

Obvious Smart Contract Application: Automate Investment  Strategies

idea: create new mutual fund like asset 

"yield aggregator:" push capital where rate of return is highest

What roles do tokens play?

  • People clearly treat tokens and cryptocurrencies as objects of speculation
  • data: authors calculations from TAQ (up to March 2023)
  • crypto volume worldwide is larger by factor >4
  1. Self-custody of assets
  2. Access to financial infrastructure
  3. Value management layer = common resource
  4. Platform approach to commerce

What roles do tokens play?

recall the differences

\(\to\) key feature: no necessary intermediaries

Application 1: decentralized trading with automated market makers

Problems:

  • How to get liquidity?
  • How do you attract traders?

lesser problem because

  • tokens trade elsewhere
  • arbitrage creates activity

Common solution: create a reward token! Here's how this works

Step 4: users receive a reward token based on the time that they lock up the "receipt" token

Step 3: users lock up the "receipt" token in a smart contract

Step 2: users contribute liquidity and get a "receipt" token

Step 1: create reward tokens and deposit into a smart contract

borrow

provide collateral

Application: Pool-based borrowing and lending

Application 2: decentralized Borrowing and Lending

Same problems as with trading:

  • How to get liquidity?
  • How do you attract borrowers?

But: in contrast to trading, here you need both!

liquidity \(\nearrow\)

volume \(\nearrow\)

protocol fees \(\nearrow\)

token value \(\nearrow\)

Platform economics is tricky:

  • What's the product?
  • How do you get it started?
  • How do you get people to contribute?
  • How do you earn money?

Without intermediaries:
platform economics!

incentives for both?

Asset Tokenization or
"The Creation of Asset-Linked Tokens"

Tokenization is coming

  • this list contains mostly "neglected" assets
  • what about very "busy" assets aka equities
    • what challenges apply to tokenization?
    • what problem are you trying to solve vis-a-vis traditional markets?
    • what do we have to worry about with a defi implementation?
    • what are the opportunities?

Challenges

Source: Cambridge Bitcoin Energy Consumption Index https://cbeci.org/

Challenge 1: Energy Consumption

Ethereum Challenge 1: Environment

  • Carbon footprint of Switzerland
  • Power consumption of Austria

problem solved

transactions per second T per 12 hours (business day)
Bitcoin 7 302,400
Ethereum 30 1,296,000
Algorand 2000 86,400,000
Conflux 4000 172,800,000
Athereum 5000 216,000,000
Payments Canada ACSS 648 28,000,000
US retail 7639 330,000,000
Canada number of equity trades 46 2,000,000
Orders on Canadian equity markets 3588 155,000,000
  • Tweaks: lighting network (BTC) or side chains, SegWit, blocksize possible, but there are limits

  • microtransactions, IoT, and other smart contract use cases place very high demands

Ethereum Challenge 2: Throughput

Ethereum Challenge 2: Throughput

Source: Etherscan w re-scaling

Ethereum Throughput Solution: L2s/Rollups

Ethereum Challenge 3: State Size

Source: Ycharts

Money Laundering and Crime

Chainalysis Crime Report

extra info:

  • 2019:  PlusToken Ponzi scheme 
  • numbers depend on known addresses, e.g., 2021 report listed ~.3% for 2020 and upped to .65 now

Banned addresses

criminals don't use USDC - why are we so worried?

Hacks, Thefts, and Exploits

Common Reasons: hacks, faulty code, tricking a protocol

Miner extractable value and High Priority Gas Auctions

What is a stablecoin?

digital representation of a unit of a fiat currency on a blockchain

pulled from Nick Carter's talk on "Will stablecoins serve or subvert U.S. interests?"

Collateral Backed Stablecoins: USDT & USDC

\(\Rightarrow\) 5% over-collateralized

primary market acces: 6 entities only

Collateral Backed Stablecoins: USDT & USDC

  • "Cash at Reserve Banks" once was SVB
  • Reserve fund = short-date US treasuries & overnight repos

primary market acces: 560+ entities

What makes a Stablecoin stable?

USD-USDT (6 months)

\(\Rightarrow\) need a primary/reference market mechanism to allow for forces of arbitrage to align prices

  • stablecoins are issued 
    • by a single entity or
    • a blockchain-based algorithm (smart contract)
  • they trade in a secondary market
    • on crypto-exchanges against fiat
    • on crypto-exchanges against cryptos
    • on-chain against other tokens
  • \(\Rightarrow\) stablecoin price fluctuates

Stablecoin use cases

What do central bankers think about stablecoins?

BIS Survey of Central Banks:

Source: On-chain Foreign Exchange and Cross-border Payments by Austin Adams, Mary-Catherine Lader, Gordon Liao, David Puth, Xin Wan (2023) [team from UniSwap Labs]

DeFi fees:

  • fiat to crypto on ramp: 0%-1%
  • exchange fees 1-5bps
  • network fee: $0.001-5$
  • off-ramp fee: 0%-1%
  • total: from close to 0 to 2%+$5

Central Bank-Issued Digital Currencies

Evolution

2008

2014/5

2019

2020

The Year is 2008: what the Toronto a la cart program teaches us about CBDCs

Cautionary tales for central bank innovation

  • Finland:
    • Avant card failed
  • China:
    • people are unimpressed with the e-Yuan
    • trust AliPay/WeChatPay vs. CCP
  • Mexico:
    • QR code pay uptake <5%
      (not CBDC)

what people want

what we got

  • a program designed by city departments
  • no regard for business owners or customers
  • burdensome regulation
  • a truck ("cart") designed by committee that did not work
  • program essentially died after 2 years

Features of Digital Money

  • instantaneous 24/7 payments
     
  • digital = borderless
     
  • money that is compatible with digital applications, digital finance, internet of things etc
     
  • privacy protection
     
  • peer to peer transfers
     
  • transfers of money without the involvement of a commercially interested third party
     
  • non-fee digital payments

fast money
 

CBDC run by
Central Bank
 

CBDC on new communually run system

bank-issued stablecoin on public blockchain
 


What?
 
24/7 instantaneous
borderless
programmable
privacy
p2p
no commercial 3rd party
nominal fee

Why are Blockchains challenging for current regulation?

What is blockchain=crypto? Some basic facts

anyone can use it

a open, general-purpose
digital value management tool
that maintains digital scarcity

ownership & control is direct and not intermediated

it's a protocol, not a thing

it does not belong to anyone

practically impossible to prevent the creation of code

borderless and digital

does not require high tech, a laptop is enough

requires use of tokens

What is blockchain=crypto? Some basic facts

anyone can use it

a open, general-purpose
digital value management tool
that maintains digital scarcity

ownership & control is direct and not intermediated

it's a protocol, not a thing

it does not belong to anyone

practically impossible to prevent the creation of code

borderless and digital

does not require high tech, a laptop is enough

requires use of tokens

The Investment Process

issuers

investors

  • funding
  • record-keeping
  • instruments
  • custody
  • advice
  • trading

services
needed & provided

  • takes care of custody and allows self-custody
  • allows instrument creation
  • enables record-keeping
  • allows circumvention of existing institutions

A general purpose value management infrastructure:

intermediaries

separate institutions

  • asset custodians
  • broker-dealers
  • trading platforms

The blockchain reality:
new institutions
emerged that do all three

tokens are often not intended to be investments!

... and that brought us ...

  • wash trading
  • pump-and-dump schemes
  • Bitfinex-Tether price manipulations
  • cyber hacks
  • epic thefts, "rug pulls," and fraud
  • crypto trading platforms and custody risk
  • subtle changes in rules to make holding and using crypto illegal/impossible
  • regulation by enforcement actions
  • "almost all crypto-assets are securities"
  • rushes to pre-empt Congress

Regulators' Focus

MiCA

  • whitepaper rule
  • platforms as money services businesses

What is a security and why does it matter?

  • simple view: investment contract
  • traditional view/test: Howey/Pacific Coin 
    • investment of money
    • in a common enterprise
    • with reasonable expectation of profits
    • derived from the efforts of others

"What's the big deal \(\to\) just download a form from our website and register!"

  • latest S.E.C. view: security =
    • investment of money by small investors
    • small group of people work on bettering the "eco-system"
    • and avertise betterment and advances

\(\Rightarrow\) people (may) buy token with investment motive

\(\Rightarrow\) require protection from securities law

What is a security and why does it matter?

  • TS is a business enterprise
  • many people buy TS tickets
  • with clear expectation of profit
  • based on the efforts of TS and her team
  • and trade them in a public market
  • people buy Aeroplan cards and points
  • with the expectation to benefit of them in the future
  • hoping that Aeroplan provides a useful service in the future
  • Problem 1: many tokens as securities become untradeable and lose their use value
     
  • Problem 2: issuer compliance with self-custody is almost impossible
     
  • \(\Rightarrow\) it is impossible to balance investor protection and user needs with the current U.S. tools

So what's the problem here?

But this has happened before!

When alternative trading systems emerged in the late 1990s, they were illegal exchanges under securities law because they were not broker-owned!

The S.E.C. approached the problem with no action letters and eventual changes in outdated rules

The Regulator's Dilemma

The Regulator's Dilemma

benign
crypto-assets

non-benign crypto-assets or crypto-assets that look like securities but are unregistered

crypto-assets that look like securities and are registered

crypto-assets that regulators feel comfortable to be traded on a platform under their supervision

The Regulator's Dilemma

The Reality of Markets

benign
crypto-assets

non-benign crypto-assets or crypto-assets that look like securities but are unregistered

crypto-assets that look like securities and are registered

crypto-assets that you feel comfortable to be traded on a platform under your supervision

The Dilemma

  • blockchain as an idea will not become uninvented
  • there is continuous research & development, including by universities
  • when another hype starts, people will want to get their hands on the assets
  • blockchains are borderless by design
  • "tough" regulation pushes firms outside of jurisdictions
  • no regulation can prevent the bankruptcy of an offshore entity
  • willing issuers want clear guidance 
  • but issuers of crypto assets cannot comply with current rules

Final Thoughts

Some Final Thoughts

  • blockchain tech won't get uninvented.
     
  • young people and universities keep working on blockchain ideas
     
  • the space is still trying to figure things out, including tech and economic challenges
     
  • great progress has been made, but things will and do still go wrong
     
  • a common resource can have huge economic benefits
     
  • I'd like to see more thinking and discussion about paths to unlock the benefits

@financeUTM

andreas.park@rotman.utoronto.ca

slides.com/ap248

sites.google.com/site/parkandreas/

youtube.com/user/andreaspark2812/