CREDITS Comparison

More than a hundred users are ready to use the Credits platform to develop their dApp services on blockchain

Credits Comparison

Faster, cheaper and more productive than others

Protocol Credits (CS) Bitcoin (BTC) Ethereum (ETH)
Transaction volume more than 1,000,000 transactions per second 7 transactions per second 300 transacions per second
Transaction execution speed as fast as 0.01 seconds (depends on the internet connection) 10 minutes 30 seconds - 5 minutes
Transaction cost varies; as low as 0.001 USD from 10 USD About 0.1 - 1 USD
Smart contracts
Autonomous Yes - No
Cycles Yes - No
Schedules Yes - No
API support Yes - No

Technical features

Credits (CS) Bitcoin (BTC) Ethereum (ETH)
Registry type blockchain + DLT classic blockchain classic blockchain
Decentralized nodes Yes Yes Yes
Block size Dynamic 1Mb Dynamic
Consensus Algorithm DPoS + BFT Proof of Work Proof of Work
Flexible Configured blockchain Yes No No
Coins Credits (CS) Bitcoin (BTC) Ethereum (ETH)
Blockchain type Public Public Public
Turing-complete code for developing smart contracts Java language Non-systematic Solidity. Not complete, restricted
Decision Making Process BFT Non-systematic Non-systematic
Crypto Algorithm Symmetric-key algorithm + Asymmetric key algorithm Asymmetric-key algorithm Asymmetric-key algorithm
Using third-party systems Yes No No
Smart contracts Yes No Yes
Allowed to create own applications Yes Yes, but very difficult Yes
API Yes No Yes

Roadmap

Oct 2017
MVP
  • MVP release and testing
Dec 2017
Pre-ICO
  • Pre-sale
Feb 2018
ICO
  • Alpha
  • ICO
  • First users
March 2018
Pre-Beta
  • Listing on exchanges
  • Issue Pre-Beta
  • User support
May 2018
Pre-release
  • Launch Pre- release
  • User support
June 2018
Release
  • Launch Release
  • Platform extension
S1 S2 S3 S4 S5
Pre-alpha Alpha Beta Release candidate Release
Storage, Consensus mFA, Consensus FA: Key Design implementation mFA: Key Design Implementation, PoW + PoS mFA Optimization - Optimization
Data Store Decentralization Ledger, NoSQL, Store Implementation MessagePack History Blockchain backup - -
CVM (Credits Virtual Machine) Design and implementation Integration with ecosystem Optimization Check errors -
Third-party system - Design and implementation Integrate to full system - Optimization
Inference Engine Formal Specification and Key Design Elements Reasoner integration with blockchain Reasoner optimization - -
User interface Implementation Web UX Design - - -
Wallet Formal specification - UX Design Application test Android, iOS, Desktop Wallets -
RPC & REST API Formal specification Blockchain Explorer - Third-party explorer -