COUSE OUTLINE 

Day 1 – Understanding Blockchains Public/Private 

• Origins of Blockchain
• Blockchain today
  • Cryptography Fundamentals
    • Blocks
    • Hash
  • Understanding Consensus Models
    • Proof of Work (PoW)
    • Proof of Stake (PoS)
    • Delegated Proof of Stake (dPoS)
    • Proof of Elapsed Time (PoET)
    • Byzantine Fault Tolerant (BFT)
    • Other Consensus models
  • Public, private and hybrid networks
  • Distributed Ledger Technology
  • Provenance, Immutability and Finality
• Separation of Cryptocurrency and Blockchain
• Common misconceptions of Blockchain
• Drawbacks of Blockchain Technology
• When to and when not to use Blockchain
• Current state of Blockchain
• Ethereum vs Hyperledger vs. Corda vs. EOS vs Tron
• Understanding the development environment
• Understanding Smart Contracts and Oracles

Day 2 – Introducing EOS.IO

• Introduction to EOS
• EOS Design Requirements
• Delegated Proof of Stake (dPoS)
• Block Producers
• EOS usability, dApps and Smart Contracts
• How to build/install EOSIO
• Setting up a Dev Environment
• EOS Blockchain Governance
• Overview of EOSIO libraries
• Overview of storage capabilities
• overview of inline actions
• EOS Testnet and Toolset
• EOSJS
• Using desktop/browser wallets
• Voting
• Memory, Net and CPU
• EOS command line tools CLEOS and EOSC

Day 3 – Tools of the EOS platform

• Where are we in EOSIO dApp development capabilities
• Accounts and Actions
• Account Role-based Permissions
• Permissions Levels
• Delayed Actions
• Account Recovery
• Parrallel Execution of Apps
• Structured of EOS blocks
• Action Handlers and Atomic Transactions
• Deferred Transactions
• Context Free Actions

Day 4 – Smart Contract

• Introduction to Smart Contracts
• Creating a Smart Contract
• EOSIO Smart Contract capabilties
• Modify/Deploy your smart contract
• Development walk-through of an EOSIO Smart Contract
• EOS Token Structure
• Measures, Costs & Workers
• Scripting
• Interoperability of EOS chains

Day 5 – Blockchain Security

• Security Program Basics
• ICO Security
• Fundamentals
• Node and Wallet Security
• Basic Blockchain Security
• Tools
• Practical Blockchain Usage

Wrap-up.

Certification Procedure

You will receive a certificate upon completion of the course. Participants must attend all program modules and successfully complete the take-home assignment/exam to receive a certificate. Our program also provides the student the opportunity to acquire the certificate from the Blockchain Certification Assocation if granted, it will be hashed on a Indy/Aries blockchain and is globally accessible for verification.

Program Changes

We will make every effort to present the program as advertised, but it may be necessary to change the date, location, instructors or content with little or no notice. In the event of program cancellation, The Blockchain Academy’s liability is limited to reimbursement of paid fees.

Cancellations and Substitutions

Substitution of participants is permitted at any time. If you are unable to find a substitute, a full refund is available if a cancellation request is received in writing 7 days prior to the program date.  No other refund is available.

Group Discounts

Please note that the group discount is only available when paying for members of the same organization, at the same time, and payment is made with one invoice.

Delivery Methods

(Please select the delivery option on the application form)

In-person (New York): The program is available at the various location in New York City, NY (USA)

In-person (Other Locations ): The program is available at other locations globally. Please refer to the course schedule for other venues.  Private in-house delivery is also available.

Web(Virtual Delivery): The live video stream, including link to program materials and the virtual working environment will be sent to you via email as soon as the registeration confirmed.