Blockchain and Decentralized Finance:
2024 Intro for MFRM
Presenter: Andreas Park
Some Technological Innovations throughout History
technological innovation removes barriers:
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 is a Blockchain?
What is a Cryptocurrency?
Conceptually, what is a blockchain?
payments
stocks, bonds, and options
swaps, CDS, MBS, CDOs
insurance contracts
payments
stocks, bonds, and options
swaps, CDS, MBS, CDOs
insurance contracts
\(\approx\) 50% is bitcoin (but used to be 70%)
Smart contract accounts
Externally owned accounts
controlled by private keys
private
key
public
key
seed phrase
public
address
wallet = software to keep and use private keys
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
payments network
Stock Exchange
Clearing House
custodian
custodian
beneficial ownership record
seller
buyer
Broker
Broker
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?
What roles do tokens play?
recall the differences
\(\to\) key feature: no necessary intermediaries
Problems:
lesser problem because
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
Same problems as with trading:
But: in contrast to trading, here you need both!
liquidity \(\nearrow\)
volume \(\nearrow\)
protocol fees \(\nearrow\)
token value \(\nearrow\)
Platform economics is tricky:
Without intermediaries:
platform economics!
incentives for both?
Asset Tokenization or
"The Creation of Asset-Linked Tokens"
Tokenization is coming
Challenges
Source: Cambridge Bitcoin Energy Consumption Index https://cbeci.org/
Challenge 1: Energy Consumption
Ethereum Challenge 1: Environment
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
extra info:
criminals don't use USDC - why are we so worried?
Hacks, Thefts, and Exploits
Common Reasons: hacks, faulty code, tricking a protocol
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
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
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:
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
what people want
what we got
Features of Digital Money
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
services
needed & provided
A general purpose value management infrastructure:
intermediaries
separate institutions
The blockchain reality:
new institutions
emerged that do all three
tokens are often not intended to be investments!
... and that brought us ...
Regulators' Focus
MiCA
What is a security and why does it matter?
"What's the big deal \(\to\) just download a form from our website and register!"
\(\Rightarrow\) people (may) buy token with investment motive
\(\Rightarrow\) require protection from securities law
What is a security and why does it matter?
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
Final Thoughts
Some Final Thoughts
@financeUTM
andreas.park@rotman.utoronto.ca
slides.com/ap248
sites.google.com/site/parkandreas/
youtube.com/user/andreaspark2812/