In partnership with the Blockchain Academy® whose mission consists in supporting decision makers and their teams in acquiring a fundamental understanding of the Blockchain phenomenon and becoming autonomous in their reasoning on the Blockchain subject.
The Blockchain Academy® proposes an extensive range of Blockchain related courses categorized in 3 modules: Blockchain Fundamentals, Blockchain Implications and Blockchain Implementations.
The Blockchain Academy® wants to take part in the formation of the Blockchain-future by delivering commercially neutral courses, allowing leaders to prepare for the near future and act on the subject of Blockchain
The training treats a large range of topics from Blockchain’s history to its design, functioning, business implications, applications, smart contracts, crypto assets and Blockchain roadblocks. An interactive creative session handles the Blockchain features and characteristics by combining them into innovative use cases.
Who should attend?
Non-technical, corporate decision makers and their teams, government agencies, policy makers, investors
This 2 day Blockchain training program has ONE SINGLE OBJECTIVE: acquire a fundamental understanding of what Blockchain is and develop autonomy in one’s reasoning on the subject of Blockchain.
Day 1 :
1.1. Traditional Transaction Databases
1.1.1. Fundamental Trust Problem & Trusted Third Parties
1.1.2. Centralised Transactional Consensus
1.1.3. Infrastructure & Protection
1.1.4. Features of Centralised Consensus
1.1.5. Drawbacks of Centralised Consensus
1.2. Blockchain Emergence
1.2.1. Early Research: Failures & Successes
1.2.2. Key Ideas Leading up to Bitcoin
1.2.3. Satoshi Nakamoto: Solution to Double Spending Problem
1.2.4. Blockchain Terminology
1.2.5. A Brief History of Blockchain Since Bitcoin
Blockchain Serious Game
2.1. Economy, Money & Pricing
2.2. Ownership Rights & Proof of Ownership
2.3. Trusted Social Environments, Central Databases, Blockchains
2.4. Creating Your Own Blockchain with Paper & Plastic Boxes
2.4.1. Creating Transactions
2.4.2. Digital Signatures
2.4.3. Pool of Unconfirmed Transactions
2.4.4. Verifying New Transactions
2.4.5. Creating Consensus and Mining Race
2.4.6. New Blocks: Verification of the Nonce
2.4.7. Sealing Your Blockchain
2.4.8. Proofing Your Ownership
Understanding Blockchain Functioning
3.1. Basic Elements
3.1.1. What is Blockchain?
3.1.2. Infrastructure & Content Creation
3.2. Protocol Design Principles
3.2.1. Individual Independency
3.2.2. Collective Agreement / Consensus
220.127.116.11. Proof of Work, Majority voting & Longest-Chain
18.104.22.168. 51% Attack
22.214.171.124. Mining Reward
126.96.36.199. Open Source & Game Theoretic Aspect
188.8.131.52. Integrity Alerts
184.108.40.206. Possible & Impossible Dishonest Behaviour
3.3. Protocol Functions
3.4. Features of Consensus Creation
3.5. Identification & Ownership
3.5.1. Public-Private Key Pairs, Digital Signatures & Authenticity
3.5.2. Transaction Authorisation
3.5.3. Tokens of Ownership
3.6. Smart Contracts
3.6.3. DAPPs & DAOs
Intersection Between Blockchain Technology & Legal Compliance
4.1. Relativity of Guarantee of Registry
4.2. Liability & Blockchain’s Borderless Nature
4.3. GDPR & Blockchain’s Immutable Nature
4.4. Crypto-Assets & Security Offering Regulation
Day 2 :
5.1. Hash, Nonce, Trial & Error
5.2. Blockchain Operational Overview
5.3. Online Blockchain Simulation
5.3.1. Role of a Wallet
5.3.2. Role of a Node
5.3.3. Role of a Miner
Business Implementation Considerations
6.1. Blockchain Functionalities & Features
6.2. Blockchain Implementations: Creative with Functionalities & Features
6.3. High Level Implementation Considerations
6.4. Short Term Business Considerations
7.2. Token Generations
7.3. Initial Coin Offering / Security Token Offering / Token Generation Event
7.4. Utility Tokens: Paradigm Shift
7.5. TGE Launch Process
7.6. TGE Advantages & Disadvantages
8.1. Axa: Flight Delay Insurance
8.2. Ibisa: Mutual Micro Farming Insurance
8.3. Bext360: Coffee on The Blockchain
8.4. Nightfall: Business on Ethereum
Do I Need a Blockchain?
9.1. Suichies Model
9.2. Meunier Model
9.3. RMIT model
Q&A + Discussion
None, entry level
This training is based on both theory and practice
The objective is realised through a balanced mix of theoretical interactive sessions and hands-on Blockchain experiments with a Blockchain Serious Game and a Blockchain Simulation, allowing the participants to absorb the fundamental nature of Blockchain and grasp the functioning of Blockchain wallets, nodes and miners.
To benefit from the practical exercises, the number of training participants is limited to 10.
You need an individual laptop with internet connection or a Workstation.
Slides are in English.