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1Page© 2017 IBM Corporation© 2017 IBM Corporation
Making Blockchain Real for Business
Inspirations from Real World Use Cases & Deployments
2Page© 2017 IBM Corporation© 2017 IBM Corporation
Solving For Fundamental Problems of:
a. Time
&
b. Trust
Blockchain technology applied in various industries
Financial Government Healthcare Insurance Manufacturing
Letter-of-Credit Land Registry Medical records Claims
processing
Supply chain
Cross currency
payments
Vehicle Registry Medicine supply
chain
IoT integration
for policy
monitoring
Product parts
Mortgages Citizen ID Maintenance
tracking
Cross Industry
Shared reference data
Internal financial ledger
Audit and compliance
enablement
Regulatory view
Improved efficiencies
Innovation
Digital property
management
Client Examples
Trade Finance
BAMLHSBC
Identity management
CréditMutuel Arkéa
Food Safety
Low liquidity securities trading and settlement
JapaneseStock
Exchange
Settlements through virtual currency
MizuhoFinancial
Channel Financing
IBMGlobal
Financing
Contract Management
BTMU
FX Netting
CLS
Reward points management/IoT
CUP
Open Government
As Government agencies increasingly collaborate
with private sector and NGOs to drive economic
growth and vitality, the need for transparency and
trust in data becomes all the more important.
Cyber Security and Privacy As cyber attacks on Government agencies increase, security of Government systems
and data becomes fundamental to the Governments ability to provide safe
communities and protected critical infrastructure.
Regulations and Compliance Governments need to minimize regulations to enhance economic vitality while at the
same time ensure regulatory compliance. Governments will not only create but also
need to manage the implementation of policy changes at speed.
Three Government imperatives are underpinning the vision
McKinsey estimate that 7 sectors alone could generate more than $3tr-$5tr annually in additional value from Open Data
Cyberattacks Against the US
Government Up 1,300% Since 2006. Data
manipulation is biggest concern
20,642 New US Federal
Regulations Added in
2008-2016
The ability to share data is fundamental to Open Government
but current technologies create unique challenges
Data exists in silos
across stakeholders -
difficult to present it in
a single view.
The same data object
exists in multiple
systems with
different
identification
attributes so it is hard
to create a unique
identity for an
individual.
The sharing of data
makes that data
vulnerable to cyber
attacks, corruption
and misuse
Privacy can no longer
be assured as some
data is now outside of
Government control.
Changes to policy are
slow to implement
Auditing regulatory
compliance is costly
and time consuming
leading to incidences
of fraud and abuse
By 2018, governments have identified top
areas of investment in blockchains
Source: IBM Institute for Business Value analysis,
Asset
managemen
t
Regulatory
compliance
100% | 88% 100% | 90% 100% | 82% 100% | 92% 97% | 86% 97% | 91% 97% | 86% 93% | 85%
Identity
management
Contract
management
Financial
transaction
s
Voting
systems
Citizen
services
Borderless
services
Trailblazers All other governments
Trailblazer investment priorities
8Page© 2017 IBM Corporation© 2017 IBM Corporation
Blockchain Technology Landscape
9Page© 2017 IBM Corporation
Blockchain vendors – Offer specialization
Each vendor – Offers specialization
– Variant trust systems – Consensus,
Mining, Proof of Work, etc.
– Lock into single trust system
– Purpose built infrastructure components
for a specialized use case
– Design being field tested in form
of POCs
– Crates fragmented blockchain models
for enterprise
RippleNetwork
Blockchain Fabric
RippleTrust System
Purpose Build Application
EthereumNetwork
Blockchain Fabric
EthereumTrust System
Purpose Build Application
Blockchain Variant Network
Blockchain Fabric
Consensus Variant
Purpose Build Application
10Page© 2017 IBM Corporation
App A
Chain A
App B
Chain B
App C
Chain C
App D
Chain D
Inter-ledger
Inter-ledger
pBFT BFT PoW/PoS RAFT Custom
Crypto Encryption MgmtBlock / ledger
Blockchain
Trust Systems
Blockchain
Fabric /
Infrastructure
Hardware
Considerations
Application
Interface
Business
Domain
Trust
Intermediary
IBM
Blockchain
Platform
How can IBM Blockchain be different?
How do we differentiate?
– Open design
– Providing flexibility with pluggable and modular trust system
– Open for specialized blockchains, e.g., Ripple
– Trust intermediary – a trust system provisioning layer
– Enterprise blockchain platform concept
– Separate business domain with technology that supports it
11Page© 2017 IBM Corporation
Blockchain – Transaction processing vehicle
Enterprise integration considerations
– Integration with incumbent SoR
– Compliance and regulatory requirements
– Data formats – ISO20022, EDI 820 etc.
– Blockchain to enable transaction processing, and preserve the enterprise SoR systems
– Design intent
• Path of least disruption
• Accelerate enterprise adoption
App A
Chain A
App B
Chain B
App C
Chain C
App D
Chain D
Inter-ledger
Inter-ledger
pBFT BFT PoW/PoS RAFT Custom
Crypto Encryption MgmtBlock / ledger
EnterpriseChain
Connectors
Enterprise
Transaction
System /
SoR
Compliance
BI / Data /
Analytics
Chain as Transaction Processing
System
12Page© 2017 IBM Corporation
What would enterprise chain infrastructure look like?Integrated enterprise will need more
than one specialized use case
– Driving synergies between blockchains
– Invisible blockchain infrastructure
– Inter- and Intra-enterprise connections
– Concept introduction
• Interledger
• Intraledger
– Cross the trust systems for transactions
– Fractal visibility of ledger data
– Enterprise visibility – control systems
Enterprise Chain
Infrastructure
Payments
Mortgage Initiation
Securitization
Trade Finance
Crowdfunding
Identity
Partner
Enterprise /
DAO
Interledger / ILP
Conditional Contracts
Conditional Contracts
13Page© 2017 IBM Corporation© 2017 IBM Corporation
Thank you!
14Page© 2017 IBM Corporation
Enterprise Systems
BI / Data
Enterprise Systems
BI / Data
Vision – ‘Interprise Synergy’Enterprise chain infrastructureDesign that enables new
business models
– Invisible enterprise chain
infrastructure will provide foundation
– Use of connectors, APIs to enable
incumbent systems chain aware
– Conditional contracts between
chains – ‘Interprise Synergy’
– New business (e.g., P2P
lending, crowdfunding)
solely on blockchain
Enterprise Chain
Infrastructure
Payments
Mortgage Initiation
Securitization
Trade Finance
Crowdfunding
Identity
Partner
Enterprise /
DAO
Interledger / ILP
Conditional Contracts
Conditional Contracts
Enterprise Systems
BI / Data
Enterprise Systems
BI / Data
Enterprise Systems
15Page© 2017 IBM Corporation
Blockchain security – Layered approach
Trust System Layer – Consensus
Blockchain Middleware Layer
Physical – IT Infrastructure Layer
pBFT, BFT, PoS,
PoW, Ghost, Paxos,
RAFT, Custom
HSM, EAL,
Crypto Accelerator,
Private Cloud,
Isolated Network,
EAL5, etc.
Ledger, SSL, Crypto
Modules, Sub Ledger,
Encryption, ECC,
ECDSA, ECDH,
ECIES, etc.
16Page© 2017 IBM Corporation
Enterprise Impact
and Industry Impact
Meaningful issues
should revolve
around significant
costs to enterprise
and industry
Use Case
Identification
Business
Blueprint
Technology
Blueprint
Enterprise
Integration
Existing business
process is distilled
down to blockchain-
based model
Reinventing the
business based on
a trust system
Technology to align
with the business
imperatives
Technology design
decisions and
deployment options
Integration with
down stream
transaction systems
reflecting on critical
business systems
First
Project
Path to enterprise adoption
17Page© 2017 IBM Corporation
HSBC, Bank of America, IDA Trade Finance - Letter of Credit
ABN AMRO Financial Restructuring & Recovery
Crédit Mutuel Arkéa Consortium Shared Ledger
Japan Exchange Group (JPX) Post Trade
Mizuho Digital Currency
IBM Global Finance Shadow Chain for Dispute Resolution
Everledger Diamond provenance
Bank of Tokyo – Mitsubishi UFJ Business Partner Contracts
CLS Bilateral netting service
UBS Digital trade finance
IBM & Hyperledger – Selected references