Ethereum faces pressure from faster, cheaper chains and from liquidity that shifts when markets tighten. This guide explains what the squeeze means, which alternatives are compared most often, and how to judge them yourself.
Ethereum is often the first network people use, but it works best as a starting point rather than a final destination. This guide explains what sits around it, how the pieces connect, and what to check before you move on.
Ethereum's first decade, from its 2014 token sale and 2015 mainnet launch to proof of stake and layer-2 scaling, set the pattern for most dApps used today. This guide explains what changed, why it matters for users, and what to check before using any Ethereum app.
Ethereum rollups are layer 2 networks that run transactions off the main chain and post proof or data back to Ethereum. This guide explains how they work, how the two main types differ, and what to check before moving funds.
Ethereum's base layer keeps transactions expensive and slow at peak demand, so most of the scaling work now happens in rollups, data-availability upgrades and a multi-year protocol roadmap. This guide explains how each piece works, what it means for your fees, and how to choose where to transact.
Bitcoin and Ethereum are both decentralized blockchains with their own native assets, but they were built for different jobs. This guide explains how they differ in purpose, supply, consensus, fees, smart contracts, security and use cases, and what to check before you compare them.
Ethereum and BNB Chain are both EVM-compatible networks, but they differ in how they reach consensus, how many validators secure them, what fees look like, and how much they prioritize decentralization versus speed and low cost. This guide explains each difference and what it means for users, developers and stakers.
Ethereum and BNB Smart Chain both host large DeFi markets, but they differ in liquidity depth, fees, validator design and the apps built on them. This guide explains those differences and how to check current data yourself rather than relying on headlines about a supposed battle.
Ethereum and Cardano are both proof-of-stake smart contract blockchains, but they differ in design history, developer tools, fee models, staking mechanics and ecosystem depth. This guide explains those differences and shows how to check current figures before you choose.
Ethereum and Ethereum Classic share a history up to 2016 but have followed different paths since then. This guide explains where they split, how they differ on consensus, supply, upgrades and apps, and what to check before you use or hold either one.
Ethereum set the template for smart contract blockchains, and several networks now compete with it on speed, fees and specialised use. This guide explains where each one stands, what the trade-offs are, and how to choose.
The 'Eth 2.0' testnets of 2020 were the trial runs for Ethereum's move to proof of stake. This guide explains what they were, how the project moved from them to today's network, and why a TVL figure should not be read as proof that an upgrade is working.
Etherlink is an EVM-compatible layer 2 that settles to Tezos, so many Ethereum wallets and DeFi tools can be pointed at it. This guide covers setup, the main kinds of applications, and the checks to run before you put funds at risk.
An Everscale traineeship can offer structured learning and hands-on experience, but terms change between intakes and scams target people looking for roles. This guide explains how to verify an opportunity, prepare a strong application and build skills through routes that do not depend on one program.
Everscale is a Layer-1 blockchain, and public reporting used for this guide say little about its CBDC or private messaging work. This explainer covers what each term means, how central bank digital currencies differ from stablecoins in DeFi, and how to check Everscale's current status yourself.
Filecoin's Virtual Machine adds programmable smart contracts to a network where storage is independently verified. This guide explains how the FVM works, how provable storage fits in, and what to check before building on or using it.
Oasis offers a modular design, confidential computing, low fees and familiar EVM tooling, which together suit certain dapps well. This guide explains each reason and the trade-offs to weigh before you build.
WAX is an EOS-compatible chain built around games and NFT collectibles. This guide covers five WAX dApps worth a look in 2026, what each one does, and how to check whether it is still active before you spend time or money on it.
Flow is a proof of stake Layer 1 that Dapper Labs built with NFTs and games in mind, and it has since added tools for EVM developers. This guide explains what the chain offers builders, how its design differs from other networks, and how to check its current status before committing to it.
Flow is a layer-1 blockchain built by Dapper Labs and launched alongside NBA Top Shot, its best-known consumer app. This guide explains how the chain was designed, how Top Shot used it, and what to check before you use Flow apps or move assets onto or off the network.
A claim that a football-themed app collected about 2M in fees during its first month on Base is easy to repeat and hard to confirm. This guide explains what such a figure could mean and how to check it yourself.
Free promotion on Ronin relies on the network's own announcement channels, ecosystem programs, useful content and an active community. This guide explains what works, what to avoid and how to measure results.
In November 2022 the collapse of FTX hit Solana hard, with TVL and the SOL price falling sharply within about a day. This explainer covers what happened, what the figures in early reports actually measured, and what readers can check today.
A bridge headline with a single number can mean very different things depending on what was counted and over what period. This guide explains how cross-chain bridges between FuseFi and Binance-linked networks work, what a 'user activity' figure usually measures, and how to check the data yourself.