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Explore the history of blockchain technology, from its origins in the late '80s to the creation of Bitcoin, and understand its evolution and impact.

Explore the multi-layered blockchain ecosystem from foundational Layer 0 to user-facing Layer 3, understanding their functions, components, and trade-offs.

Explore the Scalability Trilemma in Web3: balancing speed, decentralization, and security. Learn how to optimize blockchain networks and the trade-offs involved.

Learn the differences between Proof of Work (PoW) and Proof of Stake (PoS) consensus algorithms, their energy efficiency, security, and why projects choose one over the other.

Explore the Tendermint consensus algorithm used in the Cosmos Network for fast, secure, and decentralized blockchain transactions. Learn its components and key features.

Learn the key differences between tokens and coins in the crypto world, and understand the transition of $KYVE from a token to a coin on its own blockchain. Get started now!

This course explores double spending in digital currencies like Bitcoin, its causes, and prevention methods using consensus algorithms like Proof of Work and Proof of Stake.

DAOs are digital organizations on blockchain networks that operate autonomously, enabling decentralized decision-making, transparency, and efficiency. Learn their importance and use cases.

Mainnet is the live blockchain network for real transactions. Devnets and testnets are used for development and testing. KYVE's Korellia and Kaon are examples.

KYVE protocol nodes switch between uploader and validator roles to ensure data integrity. Running a node earns $KYVE rewards but requires meeting hardware and wallet requirements.

KYVE is a decentralized data lake with built-in validation, aiding blockchain archiving, node operations, DeFi, NFTs, Proof of Reserve, data analysis, and climate data.

Delegate your $KYVE tokens to a node to earn rewards and help secure the network without running your own node. Learn how to delegate to protocol and consensus validators.

Genesis Validators are crucial for blockchain launches, ensuring stability and security by validating initial transactions. They transition to typical validators post-launch.

Learn about KYVE's decentralized data pools, how they work, and their use cases. Discover how to create, fund, and utilize these pools for secure, trustless data.

In this course, you will learn the key differences between blockchain nodes and validators, their roles, and how they function within the KYVE network.

This course explores the crucial role of liquidity in traditional and decentralized markets, covering its impact, the liquidity spectrum, and the role of liquidity providers.

Understanding impermanent loss is crucial for DeFi liquidity providers. It occurs when asset prices change after deposit, impacting profitability. Learn more and mitigate risks!

Explore the differences between centralized (CEX) and decentralized exchanges (DEX), their key features, benefits, and popular examples like Uniswap and PancakeSwap.

Crypto wallets store, manage, and transact cryptocurrencies securely. Learn about hot and cold wallets, KYVE-supported wallets, and best practices for crypto security.

Learn the basics of KYVE Network's developer tools, including its decentralized data lake, Data Pipeline, and upcoming Oracle for trustless data access and validation.

Explore KYVE's architecture, pool economics, tokenomics, and security in Level 2 of the KYVE Fundamentals course. Become a pro in understanding KYVE's blockchain.

Learn KYVE's core concepts, data access, and validity issues in Web3. Discover KYVE's decentralized solutions, validators, and $KYVE coin. Join KYVE Fundamentals Level 1!