Comparison of 53 Major Smart Contract Blockchain Platforms

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Disruptr.ch has developed an assessment and maturity framework to help you selecting the best blockchain platform for your need.

We assess the popularity, quality, ease of use, access, costs, scalability, attractiveness, industry focus of all these blockchain platforms Contact Us now

Disruptr collect additionally following 88 indicators: [ICO end, ICO start, National Institute of Standards and Technology (NIST), Number Dapps, access, accounts, advisors, atomic swap, attractiveness, block producer, blocksize, blocktime (s), circulating supply, client, company code, consensus, contract language, contracts, costs, created_at, decentralization, description, dex, documentation, ease of use, explorer, fork, forks_count, formal verification, founding, fullNode, gdpr, github_releases, github_stars, governance, head block, history, industry focus, investors, language, launch, license, logo, market cap rank, market_cap, max supply, maxtps (realtime), motto, name, new tokens, nodes, open_issues_count, our analysis, our rating, performance tx/s, platform code, popularity, price, privacy, quality, reddit users, rewards, roadmap, scalability, sdk, sidechain, social, stackoverflow questions, staked, state channels, team, technology, testnet, ticker, token, total supply, transactions, turing, tx cost, type, unstaked, unstaking, updated_at, url, wallet code, wallets, watchers, whitepaper]

Attractiveness: Fees are a key element to attract users, projects, and developers. We normalized fees in $. We Use f(x)=intvalue(0.5−0.5/(0.5+x))*10 as function to produce number between 0 and 5, moreover: Costs: What does it cost to run a node, pay for licenses, deploy smart contract, pay developers, training costs, ... Ease of use: we are looking at the ecosystem around each blockchain platform: Popularity: We Use f(x)=intvalue(0.5−0.5/(0.5+x))*10 as function to produce number between 0 and 5, Popularity rating is
mean(f(number of individual address), f(number of dApps), f(number of github stars), f(number of forks) ) Quality: We Use f(x)=intvalue(0.5−0.5/(0.5+x))*10 as function to produce number between 0 and 5, quality rating is
mean(-f(number of open bug), f(number of pull requests), f(number of releases), f(official blog post), -f(day to fix 0day)) Scalability: We took into account the growing development of 2nd layer solutions that should provide greater scalability for legacy blockchains (e.g., Ethereum, Bitcoin with lighning) while reducing on-chain fees and allowing users to transact at near-zero fees.