1. Bridging DLT and Smart Contracts with the
SWIFT Network and Existing Bank Systems
Sponsored by and in collaboration with
(smartcontract.com)
2. Smart Contract Securities
Smart Contract: a digital agreement that is tamper-proof,
because it is run on a decentralized computing network.
Industry-wide
Interoperability
Fully AutomatedāØ
Bank Processes
Faster Dispute
Resolutions
Most Settlement
Risks Eliminated
Direct Access āØ
For Regulators
3. Smart Contract Securities
Smart Contract: a digital agreement that is tamper-proof,
because it is run on a decentralized computing network.
Industry-wide
Interoperability
Fully AutomatedāØ
Bank Processes
Faster Dispute
Resolutions
Most Settlement
Risks Eliminated
Direct Access āØ
For Regulators
4. Smart Contract Securities
Smart Contract: a digital agreement that is tamper-proof,
because it is run on a decentralized computing network.
Industry-wide
Interoperability
Fully AutomatedāØ
Bank Processes
Faster Dispute
Resolutions
Most Settlement
Risks Eliminated
Direct Access āØ
For Regulators
5. Smart Contract Securities
Smart Contract: a digital agreement that is tamper-proof,
because it is run on a decentralized computing network.
Industry-wide
Interoperability
Fully AutomatedāØ
Bank Processes
Faster Dispute
Resolutions
Most Settlement
Risks Eliminated
Direct Access āØ
For Regulators
6. Smart Contract Securities
Smart Contract: a digital agreement that is tamper-proof,
because it is run on a decentralized computing network.
Industry-wide
Interoperability
Fully AutomatedāØ
Bank Processes
Faster Dispute
Resolutions
Most Settlement
Risks Eliminated
Direct Access āØ
For Regulators
7. Smart Contract Securities
Smart Contract: a digital agreement that is tamper-proof,
because it is run on a decentralized computing network.
Industry-wide
Interoperability
Fully AutomatedāØ
Bank Processes
Faster Dispute
Resolutions
Most Settlement
Risks Eliminated
Direct Access āØ
For Regulators
8. Connected Smart Contracts Need Middleware
Oracle: middleware that gives a smart contract access to
systems outside its decentralized computing network.
9. Key Questions During Initial Implementation
ā¢ How will blockchains interact with banks to enact
payments to and from existing bank accounts?
ā¢ How will asset servicing work for smart contract
securities? (signatures, dividends, collateral, etcā¦)
ā¢ How will regulators and compliance interact with new
smart contract securities? what will be improved?
10. Key Questions During Initial Implementation
ā¢ How will blockchains interact with banks to enact
payments to and from existing bank accounts?
ā¢ How will asset servicing work for smart contract
securities? (signatures, dividends, collateral, etcā¦)
ā¢ How will regulators and compliance interact with new
smart contract securities? what will be improved?
11. Key Questions During Initial Implementation
ā¢ How will blockchains interact with banks to enact
payments to and from existing bank accounts?
ā¢ How will asset servicing work for smart contract
securities? (signatures, dividends, collateral, etcā¦)
ā¢ How will regulators and compliance interact with smart
contract securities?
23. USB Token āØ
for SecureāØ
Messaging
Secure VPNāØ
ConnectionāØ
over WWW
Alliance Lite2āØ
SWIFT via Cloud
Member Banks
Bank Back-ofļ¬ce āØ
Applications and āØ
Core Systems
Connecting Smart Contracts to Bank Systems
0 1 0 11 0 1
24. USB Token āØ
for SecureāØ
Messaging
Secure VPNāØ
ConnectionāØ
over WWW
Alliance Lite2āØ
SWIFT via Cloud
Member Banks
101101
Bank Back-ofļ¬ce āØ
Applications and āØ
Core Systems
Connecting Smart Contracts to Bank Systems
0 1 0 11 0 1
25. USB Token āØ
for SecureāØ
Messaging
Secure VPNāØ
ConnectionāØ
over WWW
Alliance Lite2āØ
SWIFT via Cloud
Member Banks
101101
SmartContract Securities
Across Multiple Networks
Public and/or Fully Private
Bank Back-ofļ¬ce āØ
Applications and āØ
Core Systems
Connecting Smart Contracts to Bank Systems
0 1 0 11 0 1
101101
26. Banks as Secure Smart Contract Resources
120+ Members
Rapidly Growing
Securities Volume