The largest Layer 2 network on Ethereum in terms of TVL is ready to present its new Arbitrum AnyTrust technology by launching Arbitrum Nova chain, which is live on mainnet and open for developers who are willing to deploy applications and solutions ahead of the public launch for users.
Earlier in 2022, Arbitrum announced the launch on Arbitrum AnyTrust technology optimized for ultra low-cost transactions and high security. To test out the newly released chain, the project releases the first network built with the new technology, Arbitrum Nova.
🎆 Introducing Arbitrum Nova 🎆
A new chain built on our AnyTrust technology that optimizes for ultra low-cost transactions, with strong security guarantees!
Mainnet is now open for developers to start building ahead of opening up to end users. 🛠https://t.co/xlZlyQ6kzQ
— Arbitrum (@arbitrum) July 11, 2022
After releasing Nova, Arbitrum has two separate chains on mainnet. The new network is mostly designed for gaming and social applications, while the first network will act as a home for DeFi and NFT projects.
Prior to the public launch for end-users, Nova will give network access to all developers who are willing to deploy their apps on the new network. If you are willing to build something on Nova, you can request access today.
The network’s next step is opening up the new chain to everyone and testing the stability of Nova before onboarding new projects and developing a robust ecosystem. End-users will be able to use the new network in the upcoming weeks.
The main difference between Rollups and AnyTrust is the degree of decentralization and the transaction costs. AnyTrust chains will introduce their own method of security assumption, which allows cheaper transactions, in contrast to Rollups, which inherit security directly from Layer 1.
Networks built with AnyTrust technology can be used to deploy applications that are highly cost-sensitive and have high transaction volume expectations. One of the most notable examples is GameFi projects, or blockchain-based social applications with a high level of interaction between users.