Consensus Mechanism
Byzantine Fault Tolerant (BFT) Proof of stake (POS)
Programming Language
Ethereum is written in Solidity, EVMs smart contract language. Solidity is a compiled language that allows EVM chains to have a fast runtime.
Network Features
Dual chain architecture
Ethereum processes transactions using two layers/chains: The consensus layer and the execution layer. The consensus layer maintains the consensus chain (POS chain) by processing consensus blocks. The consensus layer then sends the payload to the execution layer (POW chain) to check the validity. The execution layer assembles an execution block, executes transactions, and sends the results back to the consensus layer. This structure enables higher throughput for lower costs.
Security
Ethereum requires a minimum of 16,384 validators, making for an extremely decentralized network.
Longevity
Selected components of Ethereum are quantum-secured which future-proofs ETH for the integration of quantum computers. ETH's performance is also battle-tested as it remained live through major network changes in the past.
Products
Streamflow offers efficient token distribution and token vesting for Ethereum native projects.
Introducing our Token Lock feature, designed to safeguard your assets while offering flexibility. Set a future unlock date and have the whole amount lock in one event. This can be particularly useful for locking up LP tokens to show commitment and transparency for your community
Enable token vesting for your project on Ethereum using Streamflow.
Leverage our powerful programmable payments for token vesting, token locks, and payroll contracts today.
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