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BLOCKCHAIN#1

A decentralized digital ledger that records transactions across multiple computers, ensuring security and transparency.

ETHEREUM#2

A decentralized platform for building DApps, enabling smart contracts through its native cryptocurrency, Ether.

SOLIDITY#3

A high-level programming language specifically designed for writing smart contracts on the Ethereum blockchain.

DAPP#4

Decentralized Application; software that runs on a blockchain network, utilizing smart contracts for backend operations.

SMART CONTRACT#5

Self-executing contracts with the terms directly written into code, enabling automatic enforcement of agreements.

GAS#6

A unit that measures the computational work required to execute operations on the Ethereum network, influencing transaction fees.

DEPLOYMENT#7

The process of publishing a smart contract or DApp to the Ethereum blockchain for public use.

WEB3.JS#8

A JavaScript library that allows interaction with the Ethereum blockchain and smart contracts from web applications.

ETHER#9

The native cryptocurrency of the Ethereum platform, used for transactions and as a means to pay for gas.

CONSENSUS ALGORITHM#10

A protocol that ensures all nodes in a blockchain network agree on the state of the blockchain, maintaining its integrity.

INTEROPERABILITY#11

The ability of different blockchain systems to communicate and operate with one another, enhancing functionality.

FRONT-END DEVELOPMENT#12

The part of DApp development focused on the user interface and experience, often using frameworks like React or Angular.

API INTEGRATION#13

Connecting external services or systems to a DApp, allowing it to interact with other applications and data sources.

VERSION CONTROL#14

A system that records changes to code, allowing developers to track revisions and collaborate effectively.

SECURITY AUDIT#15

A thorough examination of smart contracts to identify vulnerabilities and ensure they operate as intended.

TEST NETWORK#16

A simulated blockchain environment used for deploying DApps and testing their functionality without real Ether.

CRYPTOGRAPHY#17

The practice of securing information through techniques such as encryption, essential for blockchain security.

UNIT TESTING#18

A software testing method that focuses on individual components of code to ensure they function correctly.

PEER REVIEW#19

A collaborative process where developers evaluate each other's code and smart contracts for quality and security.

SCALABILITY#20

The capability of a blockchain network to handle an increasing number of transactions without compromising performance.

CONTINGENCY PLANNING#21

Preparing for potential issues during DApp deployment, ensuring strategies are in place to address them.

DOCUMENTATION#22

Comprehensive records of the development process, including code comments, usage guides, and integration details.

USER AUTHENTICATION#23

The process of verifying a user's identity, often implemented in DApps using wallets like MetaMask.

DEPLOYMENT REPORT#24

A document outlining the strategies and outcomes of deploying a DApp, including lessons learned.

FINAL PROJECT PRESENTATION#25

A culminating showcase of the DApp developed, demonstrating features, development processes, and key insights.