Blockchain was 2017’s technology buzzword of the year, and for good reason. Blockchain technology has the potential to radically alter enterprise business models through cost reduction and increased operational efficiency. But many organizations are finding blockchain to be as confusing as it is promising.
We cut through the hype of blockchain and share a practical way to get started, including how to determine where it fits within your organization. We answer these questions and more:
-Why adopt blockchain?
-What makes a good blockchain use case?
-What are some specific industry applications?
-What are the best practices for getting started?
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About Perficient
Perficient is the leading digital transformation
consulting firm serving Global 2000
and enterprise customers throughout
North America.
With unparalleled information technology, management
consulting, and creative capabilities, Perficient and its
Perficient Digital agency deliver vision, execution, and
value with outstanding digital experience, business
optimization, and industry solutions.
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Perficient Profile
• Founded in 1997
• Public, NASDAQ: PRFT
• 2017 revenue $485 million
• Major market locations:
• Allentown, Atlanta, Ann Arbor, Boston, Charlotte,
Chicago, Cincinnati, Columbus, Dallas, Denver, Detroit,
Fairfax, Houston, Indianapolis, Lafayette, Milwaukee,
Minneapolis, New York City, Northern California, Oxford (UK),
Phoenix, Seattle, Southern California, St. Louis, Toronto,
Washington, D.C. metro
• Global delivery centers in China, India and Mexico
• 3,000+ colleagues
• Dedicated solution practices
• ~95% repeat business rate
• Alliance partnerships with major technology vendors
• Multiple vendor/industry technology and growth awards
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FROM A BUSINESS
PERSPECTIVE
An exchange network that
facilitates the transfer of value
between willing and mutually
agreeing participants
What is Blockchain?
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FROM A TECHNICAL
PERSPECTIVE
A replicated, distributed ledger of
transactions with ledge entries
referencing other data stores
What is Blockchain?
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FROM A LEGAL PERSPECTIVE
Validated, indisputable
transactions, which do not
require intermediaries or
trusted third-party legal entities
What is Blockchain?
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SECURE IMMUTABLE TRACEABLE CONSENSUS
Blockchain Characteristics
DECENTRALIZED
Designed with
security in mind
Impervious to
being changed,
building trust
Control is
distributed across
participating
nodes
Transactions are
time and date
stamped across
the chain
Must provide
agreement before
each transaction
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Public vs. Permissioned
Public Permissioned
Participation Anyone can participate By invitation only, vetted either by a
central authority, consensus, or other
criteria
Access Control Anyone can read and anyone can write
(subject to validation)
Read and write access may be restricted
to protect privacy of data
Identity Pseudonymous Participants identified, preferably strongly
Consensus Typically requires a majority of validator
nodes
May be done by a smaller set of nodes,
such as stakeholders and/or knowledge-
holders
Control of Code Anyone can make changes, but a
majority of nodes decide which to keep
May be centralized or controlled by a
consortium
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• Trade Finance
• Blockchain enables increased visibility
and trust to reduce delays, costs, and
manual effort with smart contracts.
• Clearing Settlement
• A real-time point-to-point transfer between
financial institutions powered by
blockchain removes friction and
accelerates settlement.
• Bank Guarantees
• Blockchain enables better document
management, tracking, and reporting
capabilities and standardization of forms.
Financial Services
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• Traceability/Provenance
• Blockchain evens the playing field for the
producers, processors, and consumers alike.
• Supply Chain
• Utilizing blockchain technology to record and
manage the movement of goods and related
invoices will significantly mitigate the risk of
errors and the opportunity to alter invoice
values or recipients.
• Inventory Allocations
• Adjust schedules to respond to demand by
knowing supplier inventories are allocated,
especially on long lead time and capacity
constrained items.
Supply Chain
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• Eligibility Determination
• Blockchain can improve speed and
accuracy in determining insurance eligibility
and estimating patient payment.
• Sharing of Health Information:
• A blockchain solution could address the
HIPAA Privacy Rule by separating and
encrypting identity, PII, and PHI.
• Patient Medication Management
• Blockchain provides streamlined medication
data sharing functionality by updating
viewership permissions.
Healthcare
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12. Add Patient
Reference
14. Update Patient
Patient Index
HealthCare System A
3. Add Patient
5. Update Patient
Patient
ReferencePatientA
2. Get Patient
1. Check-in
3. Register
4. Add the Patient to the
local EMR.
6. Treat Patient and
update local EMR
8. Check-in
10. Validate/Update Info
7. Update Patient
ReferencePatientB
HealthCare System B
Get Additional Patient Info
HEALTHCARE
9. Get Patient 11. Add the Patient to
the local EMR.
13. Treat Patient and
update local EMR
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• Some asset transactions are managed locally
and others are managed by third parties who
use their own systems.
• Assets that move location and ownership
throughout their lifecycle.
• Assets where regulatory oversight is required
from third parties.
Asset Management
CROSS INDUSTRY
Source: IBM
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How to Get Started
1
• Select blockchain
platform
• Build
• Retrospective
• Develop technical and
functional architecture
• Build, integrate, and demo
• Retrospective
• Educate
• Identify potential use
cases
• Assess and prioritize
• Define Minimum Viable
Product (MVP)
• Define Minimum Viable
Ecosystem (MVE) and
onboard
• Develop operating
models and governance
• Develop MVP
• Deploy
• Retrospective
1 42 3 5
• Expand MVE – engage
Regulators if needed
• Expand Product
IDENTIFY USE CASE COMPLETE POC PROTOTYPE PILOT SCALE
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1. A business problem to be solved
– Must have business value and ROI
2. An identifiable business network
– With participants, assets and transactions
3. A need for trust
– Consensus, immutability, finality or provenance
What Makes a Good Blockchain Use Case?
Identifying a good blockchain use case is not always easy!
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1. Alimited scope, but still solves a real business problem
– Minimum Viable Product four weeks of effort
2. Asmaller business network
– Usually without requiring regulators
3. Allows for scaling with more participants and scenarios
– Consider shadow chains to mitigate risks
What Makes a Good First Blockchain Use Case?
Difficult to identify
Start small, succeed, and grow quickly!
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Things to Think About
Governance Direct vs Indirect Privacy
Key Management
Identity and
Access
Management
On-chain vs Off-
chain Data
PII Data Store Consensus
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Next up:
[Event] Blockchain Workshop in Indianapolis
Wednesday, April 11th
https://bit.ly/2Ee8Diw
[Event] Supply Chain Roundtable in Denver
Tuesday, May 8th
https://bit.ly/2JaJMjz
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From a business perspective, blockchain is an exchange network that facilitates the transfer of value or other entities between willing and mutually agreeing participants. Blockchain does all of this without the need for intermediaries or trusted third-party legal entities that typically slow down the process and increase costs. Blockchain is the single immutable source of truth for data and transactions that span multiple parties .
From a technical perspective, blockchain is a replicated, distributed ledger of transactions withledger entries referencing other data stores (for additional information related to ledgertransactions). Cryptography is used to ensure that network participants see only the parts of theledger that are relevant to them, and that transactions are secure, authenticated and verifiable,in the context of permissioned business blockchains.
From a legal perspective, blockchain ledger transactions are validated, indisputable transactions, which do not require intermediaries or trusted third-party legal entities.
MAS is Singapore’s central bank and financial regulatory authority. MAS acts as a settlement agent, operator and overseer of payment, clearing and settlement systems in Singapore that focus on safety and efficiency.
As part of its role, it operates MAS Electronic Payments System (MEPS) - a Real-Time Gross Settlement
(RTGS) system that supports large-value local currency interbank funds transfers and the settlement of script less Singapore Government Securities (SGS) between participants, subject to the availability of funds and securities.
• In 2016, MAS partnered with R3, a leading blockchain consortium, to launch Project Ubin for developing a proof-of-concept to conduct inter-bank payments through DLT (Phase 1).
• Project Ubin's objective was to evaluate the implications of a tokenized SGD on a distributed ledger with potential benefits to Singapore’s financial ecosystem.
• In Phase 1, the project leveraged on the MAS MEPS+ system to enable real-time fund transfers to issue funds on a DLT.
Ubin Phase 2, focusing on Liquidity Saving Mechanism (LSM). It is also an objective of Phase 2 to understand how real-time gross settlement privacy can
be ensured using DLT.
The consortium includes 11 financial institutions and five technology partners. The participating financial institutions are Bank of America Merrill Lynch, Citi, Credit Suisse, DBS Bank Ltd, HSBC Limited, J.P. Morgan, Mitsubishi UFJ Financial Group, OCBC Bank, Singapore Exchange, Standard Chartered Bank, and United Overseas Bank.
Future Phases
There are two spin-off projects that will leverage the lessons of the prototypes developed. The first project, driven by the Singapore Exchange (SGX), focuses on making the fixed income securities trading and settlement cycle more efficient through DLT. The second project focuses on new methods to conduct cross border payments using central bank digital currency.
Blockchain’s Role in the Produce Supply Chain -
https://www.zestlabs.com/wp-content/uploads/2018/01/Blockchains-Role-in-the-Produce-Supply-Chain.pdf
Patient EMR – UCM – how providers can use the blockchain to evolve to EMR