Mainnet consensus algorithm of EtherCore is powered by ProgPoW, a Programmatic Proof-of-Work consensus algorithm which is considered as the most ASIC resistant GPU friendly algorithm. Strong decentralization powered by the grassroots of GPU miners is what makes EtherCore secure and irreversible platform.
EtherCore is a fast blockchain platform, mainnet will remain 14 second transaction confirmation time and sidechain will be able to provide 1 second average confirmation time which could be considered as a real-time blockchain solution. Dynamic block capacity for both mainnet and sidechain is possible which provides enough network capacity to DApp developers and users on demand. EtherCore use faster storage solutions for storing data real time, sidechain will be able to play a role as a cache for mainnet since it could process more than 1000 times bigger capacity than the original Ethereum blockchain.
EtherCore is designed to be resistant for any kind of third party interference, especially for combating 51% attack or denial of service transaction deployment to occupy the network or exploit any DApp transactions illegally. Any commitment to mainnet will be secured eternally by the assist of ProgPoW algorithm, and the sidechain will be able to handle any updates needed for specific kind of decentralized applications from network capacity to real time contract update.
Initial development of EtherCore whitepaper
Development of ProgPoW softwares
Development of EtherCore block explorer & mining pool
Development of go-ethercore node software
Design the user interface for EtherCore community
Development of EtherCore web wallet
Build EtherCore community
EtherCore node distribution
Development of EtherCore PoA sidechain
Testing for tps scaling
Development of EtherCore GUI miner
Deploy multiple DApps for EtherCore ecosystem