Binance’s Ethereum layer 2 scaling platform opBNB is now publicly available, following extensive testing of the OP Stack-based platform.
The BNB Chain blockchain ecosystem is set to tap into Optimism’s rollup technology powering its newly launched opBNB layer 2 scaling platform.
BNB Chain announced the public mainnet launch of its Ethereum Virtual Machine (EVM) compatible L2, which delivers lower gas fees and faster transactions to decentralized applications running within the ecosystem.
The opBNB platform reportedly handled over 35 million on-chain transactions and saw more than 150 DApps deployed on its testnet. BNB Chain also claim that the platform achieved a peak of 4,000 transactions per second during a stress test of its capabilities.
BNB Chain senior solution architect Arno Bauer highlighted scalability and security as top priorities for the scaling solution while meeting stringent criteria:
“This included high availability, 4K transactions per second, rigorous stress testing, reduced gas costs under 0.2 gwei, fast finality under 1 second and enhanced security with multiple external audits.”
This solution makes use of optimistic rollups to scale transactions by assuming that transaction data that has been proven off-chain is valid until proven otherwise. The technology has been important in helping the Ethereum network scale, but critics highlight the week-long lockup of funds in these protocols while validation checks are processed.
Optimism has seen significant growth in daily transaction volumes processed and an increasing number of active daily addresses, suggesting that the layer 2 solution continues to offer value to users and DApps.
A number of major decentralized finance (DeFi) protocols have also deployed on Optimism to harness its scaling capabilities. This includes the likes Uniswap, Aave, 1inch Network, SushiSwap and Curve Finance.
Cointelegraph has reached out to BNB Chain to ascertain further details of opBNB’s development and other scaling solutions that may have been considered by the ecosystem.