Coinweb vs Ethereum

How Coinweb vs Ethereum compare on our ratings, blockchain specs, funding, pros and cons.

Coinweb3.4/5
VS
Feature
Ratings
Our score3.4/54.3/5
User ratingNo reviews yetNo reviews yet
Performance3.53.0
Fees3.53.5
Ecosystem3.05.0
Decentralization3.55.0
Developer experience3.54.5
Specs
LayerLayer 2Layer 1
Consensus / designOtherProof of Stake
Native tokenCWEBETH
EVM compatible Yes Yes
Smart contract languagesNot disclosedSolidity, Vyper
Block timeNot disclosed12 seconds
Typical transaction feeNot disclosed0.15 to 0.5 gwei
FinalityNot disclosed12.8 minutes
Mainnet sinceNot disclosed2,015
Throughput (TPS)Up to 32,000 on BNB Chain, 12,000 on Polygon, 2,000 on EthereumNot disclosed
SequencerNot disclosedNot applicable
Data availabilityUnderlying base layer blockchainsEIP-4844 blobs and calldata
Gas paid inCWEBETH
Company
Founded20172015
Headquarters—Switzerland
InvestorsNot disclosedPublic crowdsale participants
Strengths and weaknesses
Pros
  • Eliminates intermediate bridge consensus sets by verifying base-layer data directly
  • Optimizes data footprints down to 1,250 gas per EVM transaction
  • Runs autonomous contracts powered by a single gas token across 12 blockchains
  • Demonstrated stability during external network halts on connected base layers
  • Uninterrupted 100% network uptime since its July 2015 launch
  • Nearly $50B in total value locked in October 2026
  • Hosts approximately $180B of stablecoins on mainnet as of July 2026
  • Open client ecosystem with no single point of corporate failure
Cons
  • Kubernetes-targeted node deployments mean fewer independent node installations than standard L1s
  • Cross-chain transaction finality remains bounded by underlying base layer settlement times
  • Protocol smart contract execution requires holding and managing balances of CWEB
  • Base-layer transaction fees spike significantly during periods of heavy congestion
  • Layer-1 execution throughput remains limited to under 30 transactions per second
  • Complex smart contract interactions can become costly during peak network demand
Best forCross-chain dApp developers, Multi-network automated smart contracts, Token issuers avoiding base-chain gas requirementsDeFi liquidity providers and traders, Smart contract developers using Solidity, Layer-2 rollup deployment teams

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