Chainlink Explained: Bringing Real-World Data to Blockchains
Chainlink connects blockchains to real-world data through decentralized oracle networks. Learn how its oracles work, what LINK is used for, and where this technology is applied.
Chainlink connects blockchains to real-world data through decentralized oracle networks. Learn how its oracles work, what LINK is used for, and where this technology is applied.
Avalanche uses several connected chains instead of one, with separate roles for assets, coordination, and smart contracts. Learn how its X-Chain, P-Chain, C-Chain, and subnets work together.
Polkadot aims to connect specialised blockchains through a shared Relay Chain. Learn how parachains, shared security, and DOT work, and what limits to keep in mind.
New bitcoins are created through mining, which also secures the network and records transactions. Learn how mining works, what the block reward and halving mean, and how mining has changed from laptops to large operations.
Litecoin is often called the silver to Bitcoin's gold. Learn what Litecoin is, how it differs from Bitcoin, what it is used for, and the risks to understand before forming any view on it.
Cardano takes a research-first approach to blockchain design. Learn how it works, what ADA is used for, and what readers should keep in mind.
BNB is the native asset of the BNB Chain ecosystem and a major exchange network. Learn what it is used for, how its supply works, and what risks to understand.
Market cap is price multiplied by circulating supply. Learn how it works, why price alone misleads, and what market cap does not tell you.
Learn why Bitcoin's mining reward is cut in half every 210,000 blocks, how the roughly four-year cycle works, and what the halving does — and does not — change.
Blockchain is the shared digital ledger behind Bitcoin and Ethereum. Learn how blocks, hashes, and consensus work, the difference between public and private chains, and where the technology is useful — and where it is not.