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BLOCKCHAIN & CRYPTO VALUES CONF | June 14 - Milan
The Hope and the Hype of Blockchain
Dino Esposito
Dino Esposito
Corporate Digital Strategist
BaxEnergy
https://twitter.com/despos
https://linkedin.com/in/dinoesposito
“A horse. A horse.
My kingdom
for a horse.”
King Richard the Third,
William Shakespeare
“A block. A block.
My kingdom
for a block in the
chain.”
The hottest buzzword of 2017
BLOCKCHAIN
Neither a technology nor a product
The Gold Rush
Same Trigger?
 Money
 Success
 Stability
 Change of life
 Whatever
but
QUICK
 Bitcoin success created an aura of magnetic mystery
around Blockchain
 Use of Blockchain advocated in business domains
❑ Finance, healthcare, supply-chain, identity, education, energy
WHAT IS BLOCKCHAIN, EXACTLY?
 Linked list of blocks
 A block is a group of ordered transactions
 A transaction is a collection of information
❑ Atomic
❑ Consistent
❑ Integer
❑ Durable
Immutable, append-only, distributed
A new type of
database
BLOCKCHAIN
Bitcoin
Cryptocurrencies
Everything else
BLOCKCHAIN FACTS
 Created to solve specific Bitcoin problems
❑ Decentralized storage of financial transaction outcomes
❑ Avoid double-spending of digital money
❑ Clear breakthrough for the cryptocurrency space
 Information replicated on all nodes of the network
❑ Maintains full history of assets in the node
 Update operations subject to consensus
❑ Necessary to ensure transactions are synced up across the network
Decentralization
is the magic word!
No single point of failure
No single authority to trust
Immutable status of facts
ISSUES of DECENTRALIZATION
 What if the database gets corrupted?
❑ Development issues—must work right the first time and forever
❑ Any fix requires the coordination and consensus of all actors
 Actors must validate but must be rewarded for it
❑ Incentive system is tough to design
❑ It must be effective to ensure data is consistent and coherent
 Costs of operations
❑ Thousands of copies to stay in sync
Centralized vs. Decentralized
 Consistency and reliability are far cheaper in a
centralized system
 Control of users is much easier in a centralized system
❑ Including misbehaving users
 Backward compatibility must be a certainty (in any case)
Costs of Scalability
 Same data kept in hundreds or thousands of places
than in a single place
 Transmission, verification and storage overhead
Vertical scalability of a distributed system!
VS
Panacea for what?
Finance
Energy
Supply chain
Healthcare
THE INDUSTRY
Long overdue IT upgrades
Upgrading IT is Hard and Expensive
 Blockchain is an attempt to sugarcoat the (real) IT bill
 Blockchain doesn’t fit the use-cases it is pushed for
❑ Hard to update whereas all industry needs is freedom and flexibility to
change and expand to seize business opportunities
Not a breakthrough
 Blockchain is a storage paradigm
 It’s not something you download and install
 Applications to use this storage paradigm
❑ Highly inefficient compared to centralized storage
 Different from what was Internet 20 years ago
What if I want to use
it, anyway?
BAIDU
Trust
Oracle
Blockchain
Cloud Service
IBM
Blockchain Service
Microsoft
Azure
Blockchain
SAP
Blockchain Service
 Four core modules
❑ Distributed ledger, consensus, membership, smart contracts
 Permissioned and private
 Consensus at transaction level only involving parties
 Smart contracts written in Go and Java
 Maintained by The Linux Foundation
Hyperledger Fabric Modular and extendable, generic Blockchain platform
 Explicit purpose of recording business agreements
among registered financial institutions
 Permissioned and private
 Consensus at transaction level only involving parties
 Smart contracts written in Kotlin and Java
❑ Contracts contain legal prose
 Maintained by R3
Corda Specialized distributed ledger for financial industry
 Generic Blockchain platform
 Permissioned and permissionless
 Consensus via proof-of-work
❑ All participants have to agree upon a common ledger
❑ All participants have access to all entries ever recorded
 Smart contracts written in Solidity
 Maintained by community of developers
Ethereum Decentralized platform to run smart contracts
Let’s talk energy
1. A software engine defines the Blockchain
algorithm and the ad hoc marketplace
2. Software is distributed in a networks of
nodes
3. A portion of the software will also monitor
access to the power grid
4. Prosumers and consumers get an
account to the marketplace app
5. Prosumers have an IoT device that
monitors what’s been produced and
receives signals from the marketplace to
start/stop
6. Prosumer’s device generates tokens of
energy to be produced
7. Prosumer’s device places SELL orders to
the marketplace via the app for tokens of
energy
8. Consumers place BUY orders to the
marketplace via the app
9. The marketplace matches orders and
stores results permanently
10. The database of the marketplace is
shared across the network
Using Blockchain in the energy space
IoT
device
Ad hoc
cloud
Upload
to the cloud
Domestic
consumption
Domestic
production
Production
forecasts
Weather
forecasts Price
forecasts
Algorithmic
decision
P2P
energy
trading
Do we really need
a Blockchain for this?
Ever used DocuSign?
It could have been Blockchain
but it’s not.
E-commerce
Nobody did it until Internet became a commodity
IoT
Nobody did it until smart devices became affordable
???
Nobody did it until Blockchain became affordable
BREAKTHROUGH
 Identity
❑ One global digital identity owned by everyone
 Health
❑ Medical records can be shared across countries and hospitals
 Education
❑ Certificates, immutable and certain, held and shared across companies
 Property
❑ Whether land or intellectual, property is a contract globally valid
Fight corruption? Fight fraud?
Fight costs of
intermediation?
Fight costs of
financial
operations?
Fight costs of
figuring out
identities?
World Economic Forum
https://www.weforum.org/communities/the-future-of-blockchain
“Most of the time,
Blockchain is a
solution waiting
for a problem.”
https://www.youtube.com/watch?v=uaYfD6_xX30
Thanks!
https://twitter.com/despos
https://linkedin.com/in/dinoesposito
BLOCKCHAIN & CRYPTO VALUES CONF | June 14 - Milan

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Webinar: Hype and hope of Blockchain - Dino Esposito

  • 1. BLOCKCHAIN & CRYPTO VALUES CONF | June 14 - Milan The Hope and the Hype of Blockchain Dino Esposito
  • 2. Dino Esposito Corporate Digital Strategist BaxEnergy https://twitter.com/despos https://linkedin.com/in/dinoesposito
  • 3. “A horse. A horse. My kingdom for a horse.” King Richard the Third, William Shakespeare
  • 4. “A block. A block. My kingdom for a block in the chain.”
  • 5. The hottest buzzword of 2017 BLOCKCHAIN Neither a technology nor a product
  • 7. Same Trigger?  Money  Success  Stability  Change of life  Whatever but QUICK
  • 8.  Bitcoin success created an aura of magnetic mystery around Blockchain  Use of Blockchain advocated in business domains ❑ Finance, healthcare, supply-chain, identity, education, energy
  • 9. WHAT IS BLOCKCHAIN, EXACTLY?  Linked list of blocks  A block is a group of ordered transactions  A transaction is a collection of information ❑ Atomic ❑ Consistent ❑ Integer ❑ Durable
  • 12. BLOCKCHAIN FACTS  Created to solve specific Bitcoin problems ❑ Decentralized storage of financial transaction outcomes ❑ Avoid double-spending of digital money ❑ Clear breakthrough for the cryptocurrency space  Information replicated on all nodes of the network ❑ Maintains full history of assets in the node  Update operations subject to consensus ❑ Necessary to ensure transactions are synced up across the network
  • 13. Decentralization is the magic word! No single point of failure No single authority to trust Immutable status of facts
  • 14. ISSUES of DECENTRALIZATION  What if the database gets corrupted? ❑ Development issues—must work right the first time and forever ❑ Any fix requires the coordination and consensus of all actors  Actors must validate but must be rewarded for it ❑ Incentive system is tough to design ❑ It must be effective to ensure data is consistent and coherent  Costs of operations ❑ Thousands of copies to stay in sync
  • 15. Centralized vs. Decentralized  Consistency and reliability are far cheaper in a centralized system  Control of users is much easier in a centralized system ❑ Including misbehaving users  Backward compatibility must be a certainty (in any case)
  • 16. Costs of Scalability  Same data kept in hundreds or thousands of places than in a single place  Transmission, verification and storage overhead Vertical scalability of a distributed system!
  • 17. VS
  • 20. Upgrading IT is Hard and Expensive  Blockchain is an attempt to sugarcoat the (real) IT bill  Blockchain doesn’t fit the use-cases it is pushed for ❑ Hard to update whereas all industry needs is freedom and flexibility to change and expand to seize business opportunities
  • 21. Not a breakthrough  Blockchain is a storage paradigm  It’s not something you download and install  Applications to use this storage paradigm ❑ Highly inefficient compared to centralized storage  Different from what was Internet 20 years ago
  • 22. What if I want to use it, anyway?
  • 24.  Four core modules ❑ Distributed ledger, consensus, membership, smart contracts  Permissioned and private  Consensus at transaction level only involving parties  Smart contracts written in Go and Java  Maintained by The Linux Foundation Hyperledger Fabric Modular and extendable, generic Blockchain platform
  • 25.  Explicit purpose of recording business agreements among registered financial institutions  Permissioned and private  Consensus at transaction level only involving parties  Smart contracts written in Kotlin and Java ❑ Contracts contain legal prose  Maintained by R3 Corda Specialized distributed ledger for financial industry
  • 26.  Generic Blockchain platform  Permissioned and permissionless  Consensus via proof-of-work ❑ All participants have to agree upon a common ledger ❑ All participants have access to all entries ever recorded  Smart contracts written in Solidity  Maintained by community of developers Ethereum Decentralized platform to run smart contracts
  • 28. 1. A software engine defines the Blockchain algorithm and the ad hoc marketplace 2. Software is distributed in a networks of nodes 3. A portion of the software will also monitor access to the power grid 4. Prosumers and consumers get an account to the marketplace app 5. Prosumers have an IoT device that monitors what’s been produced and receives signals from the marketplace to start/stop 6. Prosumer’s device generates tokens of energy to be produced 7. Prosumer’s device places SELL orders to the marketplace via the app for tokens of energy 8. Consumers place BUY orders to the marketplace via the app 9. The marketplace matches orders and stores results permanently 10. The database of the marketplace is shared across the network Using Blockchain in the energy space
  • 29. IoT device Ad hoc cloud Upload to the cloud Domestic consumption Domestic production Production forecasts Weather forecasts Price forecasts Algorithmic decision P2P energy trading
  • 30. Do we really need a Blockchain for this?
  • 31. Ever used DocuSign? It could have been Blockchain but it’s not.
  • 32. E-commerce Nobody did it until Internet became a commodity IoT Nobody did it until smart devices became affordable ??? Nobody did it until Blockchain became affordable BREAKTHROUGH
  • 33.  Identity ❑ One global digital identity owned by everyone  Health ❑ Medical records can be shared across countries and hospitals  Education ❑ Certificates, immutable and certain, held and shared across companies  Property ❑ Whether land or intellectual, property is a contract globally valid
  • 34. Fight corruption? Fight fraud? Fight costs of intermediation? Fight costs of financial operations? Fight costs of figuring out identities? World Economic Forum https://www.weforum.org/communities/the-future-of-blockchain
  • 35. “Most of the time, Blockchain is a solution waiting for a problem.” https://www.youtube.com/watch?v=uaYfD6_xX30
  • 37. BLOCKCHAIN & CRYPTO VALUES CONF | June 14 - Milan