Fraxtal is built on the OP Stack of Optimism, and is a Layer 2 Rollup blockchain that emphasizes modularity and fractal scalability. By supporting EVM equivalence, it helps developers in the Ethereum ecosystem easily migrate their projects. Additionally, it adopts a multi-layer network architecture that allows for the deployment of multiple Layer 3 sub-chains at the L2 level, flexibly scaling resources in a modular way to address blockchain performance bottlenecks.
The design of Fraxtal includes several important components:
In the Fraxtal network, FRAX is the gas token for all transactions, smart contract interactions, and deployment operations, which is different from the traditional use of ETH as gas fees, enhancing the on-chain utility and economic appeal of FRAX. Users earn FXTL points in a Flox model when paying gas, creating a positive feedback loop that strengthens the token’s value capture function.
Users can bridge and convert FXS tokens from the Ethereum mainnet to FRAX on Fraxtal through the native L2 bridge of Fraxtal. The reverse path requires a withdrawal period of about 7 days, during which the bridged assets will be returned to FXS. Additionally, FRAX can be wrapped as WFRAX, allowing it to circulate freely as an ERC-20 token within the Frax Mesh cross-chain ecosystem, supporting more DeFi scenarios.
Using FRAX to pay for gas helps stabilize prices and reduces another layer of cost uncertainty arising from ETH price volatility. Franxtal encourages users to actively consume FRAX and receive rewards, strengthening the practical use and value stability of its native token. This innovative economic model provides a reference for subsequent exploration of other modular Rollups.
Fraxtal is not only an efficient scaling solution based on OP Stack, but also brings a new generation of multi-layer scaling thinking and modular design. FRAX, as its native fuel, combined with the Flox reward strategy, drives the ecosystem to continuously thrive, becoming an infrastructure asset worthy of attention in the Web3 field.