START THE DAY SMART. LEARN AND SKILL UP - MOVE ON & EARN MORE..

HONE YOUR SKILLS AND UPGRADE YOUR STATUS AND INCOME. EARN MINIMUM £70K WITH YOUR BLOCKCHAIN SKILLS.

VERY GOOD INTERACTIVE  TRAINING MATERIAL WITH REAL-LIFE BASED SCENARIOS. PACKED WITH TASKS AND ACTIVITIES.

PERFECT INTERACTIVE COMPUTER BASED TRAINING  - CBT - COURSE FOR THOSE INTERESTED IN THE NEW EMERGING BLOCKCHAIN AND HYPERLEDGER TECHNOLOGY. PERFECT FOR BUSINESS ANALYSTS, ENTREPRENEURS, DEVELOPERS, PROJECT MANAGERS AND ANYONE LOOKING TO GET AN INTRODUCTION TO THE TECHNOLOGY ON WHICH CRYPTO CURRENCIES SUCH AS BIT COIN IS BUILT.


Foundations of Blockchain for Developers Self-Study CBT

How This Course Is Organised

In this course, you learn about some of the common challenges facing business networks and how a new approach to recording and processing transactions that uses blockchain technology can solve some of these challenges. This introductory course examines blockchains for the enterprise and a number of pertinent use cases from Hyperledger, a global cross-industry community advancing business blockchain technologies.


The course covers key features of blockchain technologies and the differentiators between various types of Hyperledger projects. We'll start with 'what is blockchain' and open the discussion to identifying suitable blockchain use cases for your business requirements. We will then take a deep dive into the enterpriseready Hyperledger blockchain frameworks by guiding students through implementation of various blockchains.


Industries today are using blockchain technologies to increase efficiency and solve business problems associated with data privacy, security, information sharing, and inclusion. Be on the cutting edge; learn about these innovative technologies and bring unique value to your business.


This course does not cover Bitcoin or cryptocurrency in detail.



Audience:

This course is carefully curated for both nontechnical and technical audiences.



Prerequisites:
No prior experience with Blockchain technologies is assumed in this course. To make the most of this course, you should have basic understanding of technology and computer terminology, networking and databases and have a basic understanding of programming languages (Go, Node.js, Java, Python).


Certification:
This course will assist in preparation for the Blockchain Training Alliance Certification Examinations



Objectives:

When you finish this course, you should understand:


Blockchain and distributed ledger systems in a business environment
Important concepts and key use cases of blockchain for business
How assets can be transferred in a blockchain network
The structure and benefits of using Hyperledger Composer, a suite of high-level abstractions for business networks
How to use Hyperledger Composer to model and build a simple business network
The components and structure of Ethereum Blockchain
The architecture of Hyperledger Fabric
The components and structure of Blockchain Reference Architecture
Blockchain solution components, such as wallets, ledgers, participants, consensus, security, and smart contracts
Understand Blockchain Development Tools and Languages
Understand Chaincode: Smart Contract Programming Basics
Learn to write smart contracts - chaincode
Key considerations and responsibilities of those who help to build, model, run, and maintain a blockchain business network:
Tools and applications that you can use to interact with the network



Course Outline


Blockchain History
Introduction: Pre-Bitcoin
Bitcoin Precursors
Bitcoin Invention

Blockchain Introduction for Developers
Introduction to Blockchain and Smart Contracts
Blockchain Architecture
Blockchain Reference Architecture
Blockchain vs. Relational Databases
Blockchain vs. MDM
Blockchain vs. SOA
Blockchain Platforms: Ethereum, MultiChain, Open Chain, Hyperledger

Introduction to Bitcoin Blockchain
Bitcoin and Cryptoeconomics
Ethereum - An Alternative to Bitcoin
Bitcoin vs. Ethereum
Decentralized Applications (Dapps)
Ethereum Smart Contracts

The blockchain business backdrop
The problem area
Bitcoin and Blockchain
Requirements for blockchain in a business environment
Requirements deep dive

Blockchain Value Proposition for Business
Why blockchain is relevant for business
Consensus: Shared reference data example
Provenance: Supply chain example
Immutability: audit and compliance example
Finality: Letter of credit example

Industry use cases
The Promise of Business Blockchain Technologies
Existing Blockchain Use Cases
When to Use or Not to Use Blockchain Technologies
Blockchain in Action: Use Cases
Financial Services
Commercial financing
Trade finance
Cross-border transactions
Insurance
Government
Supply Chain Management
Healthcare
Electronic medical records
Healthcare payments pre-authorization
The Internet of Things (IoT)

Blockchain Introduction for Developers
Introduction to Blockchain and Smart Contracts
Blockchain Architecture
Blockchain Reference Architecture
Blockchain vs. Relational Databases
Blockchain vs. MDM
Blockchain vs. SOA
Blockchain Platforms: Ethereum, MultiChain, Open Chain, Hyperledger

Blockchain Concepts
Distributed Systems & Consensus
Distributed Systems
CAP Theorem
Byzantine Fault Tolerance
Voting Based Consensus Mechanisms
Nakamoto Consensus
Proof-of-Stake
Federated Consensus

Discovering Blockchain Technologies
Distributed Ledger Technology
Bitcoin and Ethereum Blockchains
Exploring Permissionless Blockchains
Consensus Algorithms

Other Distributed Ledger Technologies
Chain Core
Corda
Quorum
IOTA

Ethereum Blockchain
Smart Contracts
Ethereum Structure
Ethereum Operations
Incentive Model

Ethereum Use Cases
Intro: Ethereum Use Cases
Basic Use Cases: Smart Assets
Basic Use Cases: Multisig
Basic Use Cases: Proof of Existence

Algorithms & Techniques:
Public-Key Cryptography
Hashing
Transaction Integrity
Securing Blockchain

Introduction to Hyperledger Fabric
Hyperledger Frameworks
Hyperledger Modules

Introduction to Hyperledger Iroha
Hyperledger Iroha Key Components
Architecture Overview
Participants within the Network
Transaction Flow Basics
YAC (Yet Another Consensus) - Consensus Functions
Mobile Libraries

Introduction to Hyperledger Sawtooth
Hyperledger Sawtooth use case Scenario
Hyperledger Sawtooth Key Components
Requirements Supported by Hyperledger Sawtooth
Transaction Batching
Validators
Consensus Interface
Introducing Proof of Elapsed Time (PoET)
How Proof of Elapsed Time Works
Forks
Sawtooth Applications
Transaction Processors
Sawtooth Node
Relationship to Hyperledger Fabric and Hyperledger Sawtooth

Introduction to Hyperledger Fabric
Key Components and Transaction Flow
Installing Hyperledger Fabric
Understanding Chaincode
Writing an Application
Joining the Hyperledger Fabric Community

Blockchain Reference Architecture
High-level View of a Blockchain Network
Blockchain Fundamentals
Blockchain Reference Architecture Capabilities
Cloud Network
Blockchain Applications
Application Programming Interface (API) Management
Blockchain Platform
Systems Integration
Enterprise Network
Blockchain Foundational Services
Blockchain storage options
Interaction Options - SDK's
Runtime Flow
Cloud Deployment Considerations

Developing Hyperledger Composer Business Networks
Setting Up a Business Network
Composers Modelling Language
Understanding the Hyperledger Composer Syntax
Writing a Transaction
Deploy and Create Test Assets

Composers Transaction Logic
Create the Logic File
Add the Changeowner Function
Add Changeowner's Body
Test Changeowner
Composers Access Control & Identity
Access Control Lists

Blockchain Development Languages
C++, C : Bitcoin, Ethereum, Bitcoin Cash, Ripple, Litecoin
JavaScript: Ethereum, Bitcoin Cash, Ripple, IOTA, Litecoin, NEM, Dash
Java: Bitcoin Cash, IOTA, Litecoin, NEM, Corda
Python: Bitcoin, Ethereum, Ripple, Litecoin
Go: Hyperledger, Ethereum, IOTA

Blockchain Platforms
Introduction: Permissioned Blockchains
Hyperledger Fabric Services
Fabric Model & Functions
Hyperledger Composer
Exploring Hyperledger Composer
Oracle Blockchain Cloud Service
Blockchain on Microsoft Azure
IBM Blockchain Platform

Steps to Your First Blockchain application
Deciding Whether Blockchain Has a Place in Your Industry
Identifying Speed Bumps in Business Processes
Determining How Blockchain Can Help
Choosing an Appropriate Use Case
Determining the Goal of Your Blockchain Network
Identifying Dependencies
Choosing a Blockchain Provider and Platform
Developing and Deploying Chaincode
Testing and Fine-Tuning Your Application and Network



     


NOTE: THIS COURSE IS ALSO AVAILABLE IN SELF-STUDY TRAINING GUIDE, E-LEARNING OR DISTANCE LEARNING FORMATS. FEEL FREE TO ASK IF YOU PREFER DISTANCE, E-LEARNING OR TRAINING GUIDE LEARNING  FORMATS. PRICES DIFFER 


What is a CBT?

CBT's are usually interactive with Software Simulations (behaves like you're using the real thing on the PC, therefore you don't even need the real software installed on your machine) and sometimes BUT NOT ALWAYS with voice. This Publisher's CBT Titles do NOT have voice..


Generally, CBT's tend to be more expensive. This Publisher's CBT Titles are NOT based on Flash. They are based on the latest technology which uses the: See It, Do It, and Try It learning paradigm. A very powerful new way of learning. All CBT and Training Guide Learning formats are now delivered with FULL LICENCE KEY.


Today's competitive business environment and frequent software updates by software vendors demands rapid skill acquisition. WebLearning Publishing helps you keep up-to-date by delivering quality Interactive Self-Study in CBT format. These factors give CBT's a clear advantage over conventional, inconvenient and expensive Classroom and Hard-copy print training methods.


CBT's not only offers the advantage in terms of convenience and lower cost, but it also facilitates improved subject-matter comprehension.


NOTE:WebLearning Publishing CBT and Training Guides products are now delivered with FULL LICENCE KEY.


FACT:

·        Material retention with CBT’S are 45% better than with conventional training methods

·        Your learning curve with CBT is 25%-55% less than conventional methods

·        The cost of CBT training is over 65% less than Classroom training

·        CBT’S are self pacing, interactive and simulate the actual software being studied




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