Cryptocurrency Networks Explained: Blockchains, Tokens, and How They Connect
When you hear cryptocurrency networks, the underlying blockchains that run digital currencies and apps. Also known as blockchain networks, they’re the invisible engines behind every coin, NFT, and airdrop you hear about. Not all of them are built the same. Some, like Ethereum, are open platforms where anyone can build. Others, like Solana, are built for speed. And some are barely alive—just code sitting on a server with no users.
Most of the coins you see listed aren’t just floating in the air—they live on specific networks. Ethereum, the most used smart contract platform. Also known as EVM chains, it’s where OpenDAO, Bloktopia, and Cream Finance all run. But look closer: Smog and BSC AMP are on Binance Smart Chain, while Whalebit and Bloktopia use Polygon. These networks aren’t interchangeable. If a coin lives on a network with no users, no devs, and no liquidity, it doesn’t matter how big the airdrop claim is—it’s dead weight.
Then there’s cross-chain trading, which lets you move assets between networks. Wrapped tokens, like WBTC and wETH, that let Bitcoin work on Ethereum. Also known as token bridges, they’re essential for DeFi—but they’re also the weakest link in security. If you’ve ever heard of a mixer like Tornado Cash being shut down, or a privacy coin like Monero getting delisted, that’s because these networks are under pressure. Governments don’t like untraceable money. Exchanges don’t like legal risk. And that changes what networks survive.
Some networks are designed to scale—like Ethereum’s upcoming sharding, which could handle 100,000 transactions per second. Others, like the Fantom-based SkullSwap, exist only on paper. The difference? Real activity. Real users. Real code updates. If a project’s on a network but nobody’s using it, the network doesn’t save it. It just hides the fact that it’s dead.
What you’ll find here isn’t a list of coins. It’s a map of where those coins actually live. You’ll see which networks are active, which are fading, and which are being actively shut down. You’ll learn why some airdrops are real opportunities and others are just fake websites. You’ll see how regulations in Germany, Taiwan, and Algeria are reshaping what’s possible on these networks. And you’ll understand why some tokens—like XUSD or MPWR—only matter if you’re already using the platform they’re built for.
This isn’t theory. It’s what’s happening right now. The networks that survive aren’t the ones with the flashiest whitepapers. They’re the ones with people trading, building, and actually using them. Below, you’ll find real breakdowns of what’s working, what’s not, and why it all matters.
Public Blockchain Examples: Bitcoin, Ethereum, and More
Bitcoin and Ethereum are the two most important public blockchains. Bitcoin is digital gold. Ethereum is a world computer. Learn how they differ, what they’re used for, and why both matter in 2025.