How Does StarkNet Differ From Ethereum?

While both StarkNet and Ethereum operate on a proof-of-work consensus mechanism, there are several key differences between them:  Scalability: One of the main advantages of StarkNet over Ethereum is its ability to handle more transactions per second. StarkNet processes transactions off-chain using ZKPs, which significantly reduces the load on the underlying Ethereum blockchain. This means that StarkNet can support much larger user bases than Ethereum without experiencing network congestion or high gas fees. Security: StarkNet uses zk-STARKs, a type of ZKP that does not require trusted setup assumptions. This makes StarkNet provably secure against quantum attacks, unlike many other blockchain protocols that rely on elliptic curve cryptography (ECC). In addition, StarkNet inherits Ethereum’s security guarantees due to its integration with the Ethereum Virtual Machine (EVM).  Privacy: Transactions processed on StarkNet are private by default due to the nature of ZKPs. This provides greater privacy for users compared to Ethereum, where all transaction data is publicly visible on the blockchain. Decentralization: StarkNet is fully decentralized and operates as a permissionless network, just like Ethereum. However, StarkNet relies on a small number of validators to produce blocks, whereas Ethereum has thousands of nodes participating in block production.Why Do These Differences Matter? The key differences between StarkNet and Ethereum have implications for both users and developers.
While both StarkNet and Ethereum operate on a proof-of-work consensus mechanism, there are several key differences between them:  Scalability: One of the main advantages of StarkNet over Ethereum is its ability to handle more transactions per second. StarkNet processes transactions off-chain using ZKPs, which significantly reduces the load on the underlying Ethereum blockchain. This means that StarkNet can support much larger user bases than Ethereum without experiencing network congestion or high gas fees. Security: StarkNet uses zk-STARKs, a type of ZKP that does not require trusted setup assumptions. This makes StarkNet provably secure against quantum attacks, unlike many other blockchain protocols that rely on elliptic curve cryptography (ECC). In addition, StarkNet inherits Ethereum’s security guarantees due to its integration with the Ethereum Virtual Machine (EVM).  Privacy: Transactions processed on StarkNet are private by default due to the nature of ZKPs. This provides greater privacy for users compared to Ethereum, where all transaction data is publicly visible on the blockchain. Decentralization: StarkNet is fully decentralized and operates as a permissionless network, just like Ethereum. However, StarkNet relies on a small number of validators to produce blocks, whereas Ethereum has thousands of nodes participating in block production.Why Do These Differences Matter? The key differences between StarkNet and Ethereum have implications for both users and developers.