Cyber Kill Chain and Datadog – Learn to implement Smart Contracts, Payment Channels, Crowd Funds, UNISWAP and Crypto-Punk
This course will be on the development of blockchain and cryptocurrency technology through Solidarity language. Solidarity is a curly-arc language influenced by object-oriented languages with JavaScript and is designed to target Ethereum Virtual Machine (EVM).
In this course, you will be taught how to create smart contracts for uses such as voting, crowdfunding, blind auctions and multi-signature wallets using solidity language.
Upon successful completion of the course, each student is shown concrete evidence of growth and maturity in the following areas:
1. Be able to articulate the main blockchain concept
2. Advantages and limitations of blockchain technology.
3. Be able to tell the main differences for blockchain from other technology systems.
4. Solidarity: A High-Level Overview of Real-Time Implementation
5. Solidarity: How to implement data structures in Solidarity.
6. Solidarity: How to create smart contracts using JVM and Web 3.
7. Solidarity: How to model time stamping in smart contracts.
8. Solidarity: How to do digital transactions and model multiple smart contracts in JVM and Web3.
9. Understand the technical basis of blockchain technology
10. Apply different blockchain concepts to analyze examples
11. Decide (or not) the use of blockchain technology in the system
12. The role of NFTs in cryptocurrency.
13. Consequences of forks in the cryptocurrency domain.
14. Cryptocurrency trading using artificial intelligence.
A blockchain is a constantly expanding list of records, called blocks, which are linked together using cryptography. Each block contains the cryptographic hash, timestamp, and transaction data of the previous block. The timestamp proves that transaction data existed when the block was published to go to its hash. Since each block has information about its previous block, they form a chain, each additional block strengthening its previous block. Therefore, blockchains are resistant to changes in their data because once recorded, the data in any block cannot be retrofitted without changes in all subsequent blocks.
Blockchains are typically managed for use as a publicly distributed account through peer-to-peer networks, where nodes collectively follow protocols to communicate and authenticate new blocks. Although blockchain records are not irreversible because cuts are possible, blockchain designs can be considered secure and provide examples of distributed computing systems.
By storing data on its peer-to-peer network, blockchain eliminates many of the threats that are placed in the data center. Decentralized blockchain can use ad hoc message passing and distributed networking. Peer-to-peer blockchain networks lack centralized points of vulnerability that computer crackers can exploit; Similarly, it does not have a focal point of failure. Blockchain security practices include the use of public-key cryptography.
Each node in a decentralized system contains a copy of the blockchain. Data quality is maintained by large database replicas and computer trusts. No centralized “official” copy exists and no user is more “reliable” than any other. Transactions are transmitted over the network using software.
Cyber Kill Chain and Datadog – Learn to implement Smart Contracts, Payment Channels, Crowd Funds, UNISWAP and Crypto-Punk
This course is free. You will find the coupon below.
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