MultiversX vs Abstract Scalability
Real-time TPS
MultiversX TPS is 2.22 tx/s, while Abstract has no data
Max TPS (100 blocks)
MultiversX max TPS is 491.2 tx/s, while Abstract has no data
Max Theoretical TPS
MultiversX max theoretical TPS is 30,000 tx/s, while Abstract has no data
Transaction Volume
MultiversX transaction volume is 7,980 txns, while Abstract has no data
Block Time
MultiversX block time is 6s, while Abstract has no data
Finality
MultiversX finality is 0s, while Abstract has no data
Type
MultiversX is a layer 1 blockchain, while Abstract has no data
Launch Date
MultiversX was launched on Jul 30, 2020, while the Abstract has no data
MultiversX vs Abstract Decentralization New
Nakamoto Coefficient
MultiversX Nakamoto Coefficient is 10, while Abstract has no data
Validators/Miners
MultiversX has 3,200 validators, while Abstract has no data
Stake/Hashrate
MultiversX stake is $203.2M, while Abstract has no data
Consensus Mechanism
MultiversX is PoS, while Abstract has no data
Governance
MultiversX governance is on-chain, while Abstract has no data
Other Comparisons
MultiversX Comparisons
About Blockchains
About MultiversX
MultiversX is a distributed blockchain network for next-gen applications. Decentralized via 3,000+ nodes, scalable through sharding, fast, secure & green.
About Abstract
Abstract is a Layer 2 (L2) network built on top of Ethereum, designed to securely power consumer-facing blockchain applications at scale with low fees and fast transaction speeds.
Built on top of the ZK Stack, Abstract is a zero-knowledge (ZK) rollup built to be a more scalable alternative to Ethereum; it achieves this scalability by executing transactions off-chain, batching them together, and verifying batches of transactions on Ethereum using (ZK) proofs.
Abstract is EVM compatible, meaning it looks and feels like Ethereum, but with lower gas fees and higher transaction throughput. Existing smart contracts built for Ethereum will work out of the box on Abstract (with some differences), meaning developers can easily port applications to Abstract with no or minimal changes.