Nex-G Innovations

This course introduces blockchain security, including a description of how the blockchain works at each level of the blockchain ecosystem. The instructor begins with the building blocks that create the structure of blockchain, the cryptography that it uses for security, and the role of hash functions in the blockchain and how they can be attacked.

Code: NES_SK_21819

Duration: 80 Hrs / 8 Weeks / Customized

Mode: Online / Offline / Onsite

+91-8826900551

1. What Is Blockchain?
2. Features of Blockchain
3. Industries Using Blockchain
4. Challenges Faced by Modern Businesses
5. Building Blocks of Blockchain
6. Building Blocks of Blockchain
7. Types of Blockchain

1. Introduction to Blockchain Components
1. Cryptography
1. Generate Public and Private Keys
1. Send a Message Using Symmetric Cryptography
1. Send a Message Using Symmetric Cryptography
1. Sign a Message Using Asymmetric Cryptography
1. Generate Hash Using Hash function
1. Consensus
1. Generate a Nonce Value
1. Distributed Ledger
1. Working of Distributed Ledger
1. Working of Blockchain Transaction
1. Working of Blockchain Transaction
1. Create Blockchain Network

1. Introduction to Bitcoin
1. Bitcoin Wallets
1. Install a Software Wallet
1. Generate a Paper Wallet
1. Generate a Web Wallet
1. Bitcoin Block
1. Review and Analyze a Bitcoin Block on Explorer
1. Bitcoin Transaction
1. Analyze a Bitcoin Transaction
1. Bitcoin Scripts
1. Bitcoin Network
1. Bitcoin Mining
1. Conduct a Transaction Using Electrum Wallet

1. Enterprise Blockchain
1. Hyperledger
1. Hyperledger Sawtooth
1. Setup Sawtooth Network and Create Basic Transactions
1. Hyperledger Iroha
1. 1. Setup Iroha Network and Create Basic Transaction
1. Hyperledger Indy
1. Hyperledger Burrows
1. Hyperledger Fabric
1. Hyperledger Fabric Transaction
1. Fabric Network Assisted
1. Setup Hyperledger Fabric Prerequisite
1. Setup Hyperledger Fabric
1. Fabric Network Types
1. Start and stop test network
1. R3 Corda
1. Corda Network

1. Remix IDE
1. Explore the Browser-based Remix IDE
1. Connect Remix IDE to Ganache and Ropsten Test Networks
1. Smart Contract Lifecycle
1. Solidity
1. 1. Solidity State and Variable Types
1. Solidity Functions
1. Develop a Property Transfer Smart Contract
1. Develop a Library Sma
1. Web3
1. Create a Custom Token and Deploy it on Ropsten Network
1. Compilation and Deployment
1. Generate the ABI and Bytecode of a Smart Contract
1. Deploy a Smart Contract to Ganache Network
1. Access Smart Contracts Functions from the Fron

1. Blockchain Block Format
1. The Genesis Block
1. Merkle Trees
1. Walkthrough Block Explorer
1. Blockchain Wallet Addressing
1. 1. Proof Of Work Consensus
1. Proof of Stake Consensus
1. Other types of Consensus
1. Public and Private Blockchains
1. Hard and Soft Forks
1. Blockchain Security Assumptions
1. Cryptography
1. Public and Private Keys
1. Hashing
1. Time Stamping
1. Peer to Peer networking (Ethereum Example)

1. Overview of MFA
1. MFA And Blockchain
1. React
1. Angular
1. Vue.JS
1. 1. OWASP Modeling for Blockchain
1. Wallet Attacks
1. Client Vulnerabilities
1. User Behavior

1. Consensus Vulnerabilities
1. Mining Pool Vulnerabilities
1. Network Vulnerabilities
1. DDoS Attacks
1. Delay Attacks
1. 1. Eclipse Attacks
1. P2P and DHT Attacks
1. Partition Attacks
1. Sybil Attacks
1. Time Jacking
1. Transaction Attacks
1. Selfish Mining Attacks

1. Mining Overview
1. Solo Mining
1. Mining Pools
1. Proof of Stake Post Merge Ethereum
1. Crypto Mining Malware (Cryptojacking)
1. 1. Zero Trust Models
1. Byzantine Fault Tolerance

1. AWS Managed Blockchain Service Overview
1. AWS Hyperledger
1. AWS Ethereum
1. AWS QLDB Quantum Ledger Database
1. Azure Blockchain as a Service Overview

1. Hyperledger Security Model
1. Hyperledger Peers
1. Hyperledger Ordering Service
1. Hyperledger MSP's
1. Hardware Security Modules
1. Hyperledger Data Privacy
1. Hyperledger Specific Security Risks

1. What are DAGs
1. Reasons to Use DAG as an Architecture and Data Storage
1. IOTA

1. Common Threats and Incidents
1. Basic Security Mechanisms
1. AES

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