simcorp 16. versicherungsfachtagung köln 25. oktober 2017 blockchain solutions: eris industries,...
TRANSCRIPT
Thomas Heinatz
SimCorp16. VersicherungsfachtagungKöln
25. Oktober 2017
Growing momentum in BlockChain
Grows to over 60 members. Completes atest of issuing, trading, and redeemingcommercial paper among 40 consortiumparticipants using five differentblockchain solutions: Eris Industries,Ethereum, IBM, Intel and Chain
Unites Industry leaders to advance Blockchain Technology:Accenture, ANZ Bank, Cisco, CLS, Credits, Deutsche Börse,Digital Asset Holdings, DTCC, Fujitsu Limited, IC3, IBM,Intel, J.P. Morgan, London Stock Exchange Group,Mitsubishi UFJ Financial Group (MUFG), R3, State Street,SWIFT, VMware and Wells Fargo.
The Hong Kong Monetary Authority(HKMA) has begun work on a blockchaininitiative with the Hong Kong Applied Scienceand Technology Research Institute (ASTRI)
Announces plans to create a global utility settlement coinwith Clearmatics directly convertible to cash at CentralBanks, cutting post trade settlement time across a numberof asset classes including traditional stocks and bonds
Successful blockchain experiment for regulatoryreporting of transactional data. Indicates 20k TPS areasonable expectation.
Announced two partners, agriculture co-operativeOrnua and food product distributor SeychellesTrading Company, were able to successfully transfertrade documentation via a blockchain platformcreated by its accelerator program graduate, Wave
Testing movement of U.S. dollars among 2,200clients between London and Tokyo using blockchainDLT. Jamie Dimon warns: “Silicon Valley is coming,”with “hundreds of startups with a lot of brains andmoney working on various alternatives to traditionalbanking.”
Developed “MUFG coin” aimed at decreasing the costsof managing financial transactions, particularly in thecase of P2P transfer and remittances.
Eleven of the worlds largest banks have successfullycompleted a test using decentralized ledger technologyknown as a blockchain hosted in Microsoft Azure’s publiccloud platform.
Chosen by ASX for next generation clearing & settlement.Announces global alliance with Accenture.
DTCC calls a test for CDS documentation on blockchain byJPMorgan and Cit a success and is moving into the nextphase of development to apply the technology acrossmany CDS products.
Commissioner Giancarlo said agencyshould reexamine existing rules asnecessary to foster innovation withblockchain technologies
IBM Financing announces it will launch a blockchain DLTfor partner and supply chain management saving $100m+in capital tied to disputes at any given time,Reconciliation target 10 days vs. 45 currently
Launches blockchain enabled Linq atNASDAQ for the issuance, tradingand tracking of private equity sharesincreasing transparency & liquidity
In conjunction with World Bank & IMFHosts “Finance In Flux:The TechnologicalTransformation of the Financial Sector",themed around blockchain and Fintech
CONSORTIA SERVICE PROVIDER REGULATORY/INDUSTRY EXPLORATION
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3
AgendaWas ist BlockChain und wie funktioniert es?
Nutzungsbeispiele von BlockChain
Ausblick – Herausforderungen und die Zukunft
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4
BLOCKCHAIN
#01
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Why can asset transfer not be like information transfer?
5
ONCE UPON A TIME …
A PHONECALL WAS MADE USING A PUBLIC SWITCHED TELEPHONE NETWORK
– AN INTERMEDIARY
TODAY WE CAN CALL/TEXT/EMAIL
- ANYONE
- ANYWHERE
- DIRECTLY
CAN YOU SAY THE SAME FOR MONEY?
By using math and cryptography BlockChain provides an open, decentralized database for every transaction involving value:
- MONEY
- GOODS
- PROPERTY
- WORK
- VOTES
This means the enablement of transactions to ANYONE, ANYWHERE, DIRECTLY. All that is needed is internet access.
BlockChain
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A distributed ledger has no central authority
• Central hub administers data and pushes it out to clients
• “Master record” is held by central hub
• Read and write permissions are managed by central hub
• No central hub
• The entire ledger is held by all nodes in the network
• New data is added by consensus
Distributed LedgerCentralized Ledger
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Solution to asset transfer is a distributed ledger
BlockChain technology forms the basis for cryptocurrencies
Distributed Ledger
• Is a concept
BlockChain
• Is a technology to implement a Distributed Ledger
Bitcoin, Ether, etc.
• Some Cryptocurrencies use BlockChain technology
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Utility Settlement Coin (UBS)
• Other Cryptocurrencies do not use BlockChain
Other Technologies
• Other ways to implement a Distributed Ledger
Blockchain can implement a distributed ledger
8Copyright © 2017 Accenture. All rights reserved.
THE DIFFERENCE BETWEEN GIVING AN APPLE PHYSICALLY / IN-PERSON
… AND DIGITALLY?
Welche Funktion hat BlockChain?
How do you know that I am giving you MY apple?
How do you know that I did not send the apple to others first as an attachment?
How do you know that I did not make copies?
How do you know that you are actually getting a red apple – and not a green?
How do you know that the apple is in fact eatable – ant not too old?
… Well you don’t? Do you?
The solution is a BlockChain
-MONEY -GOODS-PROPERTY-WORK-VOTES
Blockchains order and validate transactions through consensusaccording to different models and rules
9
BLOCKCHAIN IS A DISTRIBUTED LEDGER TECHNOLOGY FOR SECURELY TRANSMITTING ANY TYPE OF INFORMATION WITHOUT THE CONTROL OF ANY CENTRAL AUTHORITY
Transactionsrepresent a transfer of information between two or more participants within the network
BlockChain is a mechanism that implements a distributed ledger of transactions, with identical copies in multiple nodes
Cryptography is used to prevent manipulation of data and to authenticate participants
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BlockChain includes components that ensure that the digital apple has real value
A distributed ledgeris a decentralized database of transactions, with identical copies in multiple nodes
Tx1Tx2Tx3
Tx4Tx5Tx6
Tx7Tx8Tx9
Tx10Tx11Tx12
Tx13Tx14Tx15
Tx16Tx17Tx18
Blocks contain many transactionsBlocks are created by network participants
and attached to previous blocks
Genesis Block
…
The Distributed Ledger is implemented by a “BlockChain”
BlockChain links together related blocks of data
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A BlockChain is composed of many blocks that are connected together sequentially
Blocks contain data that can represent transactions, documents or other information
Each network participant (“node”) can add blocks with new data to the BlockChain
When a new Block is added, all nodes on the network are updated
RECIPIENTSENDER
WITHIN BLOCKCHAIN:
• Transactions are made between network addresses (nodes) using digital wallets
• The other nodes in the network will validate incoming transactions through the consensus mechanism
• Transactions can represent anything of economic value
• The BlockChain determines ownership of an entity (for example a Bitcoin) only on the basis of transactions, not positions
Transactions are the content of Blocks
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$
A transaction is an agreement between a buyer and a seller to exchange goods, services and/or financial instruments.
In accounting, the events that affect the finances of a business must be recorded on the books; the ledger
TRANSACTION DETAILS AND/OR VALUE
VALIDATE
ADD TO BLOCKCHAIN1 2 3
Other Consensus mechanisms
• Round robin
• Voting
• Federated consensus
• Etc.
Practical Byzantine Fault Tolerance (PBFT)
• A centralized, low-latency distributed ledger consensus solution
• Transactions are signed by a node to be accepted by the network
Proof of Stake
• Transactions are validated by stakeholders who are in possession of part of the asset
Proof of Work
• Bitcoin utilizes proof of work consensus
• Proof-of-work is the computing power exerted by miners to generate valid blocks
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Consensus: mechanism to add blocks to a BlockChain
• Consensus serves to :➢Decide what block is to be added to the BlockChain next➢Ensure that there is one single valid version of the Blockchain➢Prevent data manipulation or fraudulent transactions
Cryptographic methods are used to secure a BlockChain
Link subsequent blocks together
Ensure that BlockChain history cannot be altered
Authenticate nodes (users) who want to
contribute blocks
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1 2 3
14
VON BLOCKCHAIN
#02
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Blockchain has disruptive potentialin many areas of the economy
FINANCIAL SERVICES CONSUMER DATA BUSINESS & COMMERCE PUBLIC SERVICES
• Payment Processing
• Market Trading & Settlement
• FX Exchange
• Digital Money
• Trade Finance
• Health Care Records
• Global Credit Reporting
• Global ID
• Travel Documents and Records
• Employee Benefits & Insurance
• Smart Contracts
• Enterprise Software License
• Content Management
• Retail Payments
• Secure Messaging
• Smart Elections
• Global Criminal Records
• Public Records
• Licensure
• Census and Population Dynamics
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What is the practical application of a distributed ledger?
• h
It allows the transfer and recordkeeping of assets without a central authority
• Potentially eliminates Clearing, Custodian, Exchanges and other intermediaries
Consequently costs, security, efficiency and speed of transaction can be improved
• Costs are reduced because intermediaries are unnecessary and processes are automated
• Speed is increased because everything happens on network
• Security is increased because there is no single point of failure
Why is BlockChain relevant?Flattening Business Models
BlockChain
Ledger
Custodian
Broker
Firm
Seller
Buyer
Custodian
Broker ClearingHouse
ClearingHouse
Firmt+
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• Smart Contracts can be seen as embedded business logic within the blockchain
• They are programmable contracts defined with computer code which can verify and execute contract terms automatically
• Transfers of money, securities, property or anything of value can be done efficiently and conflict-free without the need of an intermediary
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Smart contracts are blockscontaining business logic
A smart contract is created and stored on the
BlockChain
A triggering event activates
the smart contract
Transactions are automatically
generated by the contract
Since the smart contract is immutable and executes automatically, fulfilment of the terms is guaranteed, does not have to be enforced and
does not require arbitration
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Settlement in seconds; 24 hours a day, 365 days a yearSettlement in 1-3 days
No intermediary to charge processing feesIntermediary charges processing fees
Counterparty risk eliminatedCounterparty risk due to intermediaries
Full visibility, automatic reconciliation and lower compliance costs
Limited visibility, manual reconciliation and higher compliance costs
Receiving Bank’s accountis credited
Sending Bankinitiates transfer
Correspondent or Central Bank
SendingBank
ReceivingBank Receiving Bank’s
accountis credited
Sending Bankinitiates transfer
Blockchain
345746345533233736484574875968
TRADITIONAL FUND TRANSFER BLOCKCHAIN-BASED FUND TRANSFER
Fund Transfer
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Shorter Processes
Automated Corporate Actions (Smart Contracts)
All stakeholders hold the same record
Full visibility, automatic reconciliation and lower compliance costs
Issuance Cataloguing
Transfer Corporate Actions
=
Securities Transactions
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PROVISION OF A CENTRAL COLLATERAL EXCHANGE WITHIN THE ORGANIZATION GIVES DESK THE MEANS TO OBTAIN OR RELINQUISH POTENTIAL COLLATERAL ASSETS WHERE REQUIRED
As a trading desk…• Collateral pricing and availability within the organization becomes more transparent• Prevents unnecessary additional trading costs from purchasing collateral in the market• Access to a wider range of potential assets whilst maintaining a degree of control over inventory
As a collateral management function…• Improves management, analysis, and control of collateral within the organization through the distributed ledger• Greater transparency of the movement of assets between collateral giving entities• Increased availability of potential collateral within the organization
As a technology function…• Proves the viability of distributed ledger technology as an enterprise grade solution• Experience in hands-on management of the design, implementation and support of the technology• Builds talent within the organization
Central Collateral Exchange
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WARRANTS CAN BE ISSUED, DISTRIBUTED AND TRADED AS TOKENS ON THE BLOCKCHAIN
Blockchain Potential buyerCorporate 1 2 3Asset servicer
Warrant token
W
Corporate instructs the asset servicer to issue a warrant to market
Provides all necessary details on how to structure the terms of the warrant1
Servicer creates a number of new tokens to represent the warrants the corporate wishes to issue
All details of the warrant stored within the data of the token2
Potential buyers can purchase warrants through a two-way transaction of cash for transfer of ownership
Upon purchase, settling the token represents the ownership of the asset and the right to convert this to shares in the future3
Warrants
22
Application in Trade Finance
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BLOCKCHAIN TECHNOLOGY CAN BE APPLIED TO TRADE FINANCE USE CASES BY UTILIZING SMART CONTRACTS INCLUDING MULTI-SIGNATURE
Fast and duplicate free document handling, single pool of documents related to a transaction. Multi-signature transactions in one Paper-based document exchange, creating delays
Transaction parties sign off the transaction on a decentralized basis – no additional time spent on coordination and transaction executionSignificant time spent on coordination and transaction execution
Optimized workflow, better and smarter fraud prevention built-in. Terms of contract only executed when predefined terms are met Heavy dependency on internal controls and compliance
Full visibility of transaction flows. Easy audit-trail and built-in certainty that documents originate from correct entityRisk of fraud incidents and regulatory fines
Contract not easily reversible and possibility of default ruled out Possibility of default
Buyer’s Bank issues letter of credit
Seller’s Bank accepts documents and releases payment
Shipment
Sending Bank Receiving Bank
Current state
Sending Bank Receiving BankBuyer’s Bank issues letter of credit
Seller’s Bank accepts documents and releases payment
345746345533233364845747928276259
Shipment
Blockchain enabled
DEMONSTRATION OVERVIEW
Examples of applications already developed
Real time, interbank money movement and settlement over the Ripple network
Real-time transfer of cryptocurrency (Bitcoin) between iOS Wallets, includingexchange and trading capabilities
Direct Exchange via Atomic Transactions (tokenized assets)
Smart Contract enabled distributed ledgers for different use cases (tradefinance, IoT, energy marketplace, healthcare, etc.)
IoT-related applications of Blockchain: connected home, health…
Privacy protection techniques, including zero knowledge-proof and confidentialtransactions
Supply chain and manufacturing applications
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24
HERAUSFORDERUNGENUNDEMPFEHLUNGEN
#03
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PrivacyBalancing the confidentiality and
traceability of activity
GovernanceRedefining the “new normal” threat
matrix for shared ledgers among large
banks
ImplementationEstablishing standard tools or
administration interfaces
Scalability & LatencyFinding solutions that can handle the
required volume
ProtectionSafeguarding against reorganization by
one or more participants
• BLOCKCHAIN TECHNOLOGY ENABLES DECENTRALIZED AND SHARED OPERATIONS
• MANY OF PROPERTIES OF BLOCKCHAINS CAN BE BENEFICIAL IN ONE CASE AND A CHALLENGE IN ANOTHER
CHALLENGES
Holistic ViewA universal view of information
from a single source
TransparencyProvidence and greater
transparency for regulatory
reporting
SimplifiedDecreased operational costs
and complexity
SpeedCan enable faster data
transfer times
SecurityData is immutable; logged
transactions cannot be altered
BENEFITS
What BlockChain bringsto the table
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Challenges of decentralized systems 1/2
•Anonymity of participants poses a problem for regulated markets
•“Private” Ledgers allow BlockChain applications that disclose participants
Identifiability
•All participants can see all transactions on the BlockChain, consequently confidentiality of transactions is not given
•Distribution of Ledger among participants can be limited, but this contradicts the principle of BlockChain
Confidentiality
•Depending on the type of BlockChain implementation, the system may not scale well in terms of performance, latency and memory requirements
•Bitcoin processes about 350’000 transactions a day and is considered used to capacity
• In Germany alone there are about 75 million cash transaction per day
Scalability
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Challenges of decentralized systems 2/2
• Some BlockChain variants (like Bitcoin) do not have a defined moment when a transaction is final
• Rather, the probability that a transaction is included in the BlockChain gets (quickly) larger over time until it is so large that for practical purposes it cannot be removed
• Financial transactions require a defined moment in time when the transaction is definitely and finally valid
Finality
• Items on the BlockChain are virtual
• An interface between the BlockChain and the “real world” is required in the form of a trusted intermediary
• BlockChain can document the sale of an asset, but its existence and its properties cannot be determined
Relationship to real values
?FUTURE OUTLOOKWhat will tomorrow look like
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• It is not certain in what applications BlockChain will become an established technology
• Industry and business models are not yet well-defined
• For financial applications there remain regulatory, confidentiality and practical issues
• Something will change, new business models will emerge, old business models will have to be adapted
• Practical applications are starting to become operational
• Awareness that BlockChain has the potential to be highly disruptive is important
A PHONECALL WAS MADE USING A PUBLIC SWITCHED TELEPHONE NETWORK
– AN INTERMEDIARY
Profitability 2025
ANALYTICS
ROBOTICS & PROCESS AUTOMATION
ARTIFICIAL INTELLIGENCE
DISTRIBUTED LEDGER TECHNOLOGY.
ROBO-ADVISORY
DIGITAL VENTURES
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To enable digital transformationwe see clients working with seven key levers
x2
DIGITAL ECOSYSTEM
Ant Financial
Profitability Today
Increase Productivity Increase Revenues
29
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… FRAGEN ?
#04
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