Gravity Alpha Mainnet vs Shardeum Scalability
Real-time TPS
Gravity Alpha Mainnet TPS is 5.82 tx/s, while Shardeum has no data
Max TPS (100 blocks)
Gravity Alpha Mainnet max TPS is 512.4 tx/s, while Shardeum has no data
Max Theoretical TPS
Gravity Alpha Mainnet max theoretical TPS is 4,551 tx/s, while Shardeum has no data
Transaction Volume
Gravity Alpha Mainnet transaction volume is 20,951 txns, while Shardeum has no data
Block Time
Gravity Alpha Mainnet block time is 0.39s, while Shardeum has no data
Finality
Gravity Alpha Mainnet finality is 33m 48s, while Shardeum has no data
Type
Gravity Alpha Mainnet is a layer 2 blockchain, while Shardeum has no data
Launch Date
Gravity Alpha Mainnet was launched on Aug 20, 2024, while the Shardeum has no data
Gravity Alpha Mainnet vs Shardeum Decentralization New
Nakamoto Coefficient
Gravity Alpha Mainnet Nakamoto Coefficient is 1, while Shardeum has no data
Validators/Miners
Gravity Alpha Mainnet has 1 validators, while Shardeum has no data
Stake/Hashrate
Gravity Alpha Mainnet and Shardeum have no data
Consensus Mechanism
Gravity Alpha Mainnet is Rollup (Optimistic), while Shardeum has no data
Governance
Gravity Alpha Mainnet governance is on-chain, while Shardeum has no data
Other Comparisons
Gravity Alpha Mainnet Comparisons
- Gravity Alpha Mainnet vs Ethereum
- Gravity Alpha Mainnet vs Bitcoin
- Gravity Alpha Mainnet vs BNB Chain
- Gravity Alpha Mainnet vs Solana
- Gravity Alpha Mainnet vs Cardano
- Gravity Alpha Mainnet vs Avalanche
- Gravity Alpha Mainnet vs Polkadot Ecosystem
- Gravity Alpha Mainnet vs Polygon
- Gravity Alpha Mainnet vs Optimism
- Gravity Alpha Mainnet vs Arbitrum
About Blockchains
About Gravity Alpha Mainnet
Gravity is a high-performance Layer 1 blockchain built for mass adoption. Gravity achieves high throughput and low-latency finality with a pipelined AptosBFT consensus engine and Grevm (Gravity EVM), a parallel EVM runtime, while maintaining PoS security through restaking technology.
About Shardeum
Shardeum is a Layer 1 blockchain designed to address scalability and decentralisation through a technique known as dynamic state sharding.