📄️ Proposing MXC Blocks
On MXC zkEVM, the next L2 state is known immediately and deterministically at the time a block is proposed to the zkL1 contract. After a block is proposed, a series of checks are done to compute this post-L2 state:
📄️ Proving MXC Blocks
Zero-Knowledge Provers
📄️ IoT LPWAN Protocol
Businesses can establish and manage their own Low Power Wide Area Network (LPWAN) server, which eliminates the need for an administrator for the LPWAN Protocol. This self-operated system requires the locking of six million MXC tokens, which functions similarly to popular blockchain marketplaces like OpenSea or any other protocol.
📄️ Bridge to L1/L2
Bridges are foundational for cross-chain users and applications. There are already Layer-2s like Arbiturm and Taiko that provides better user experiences than ETH. Users might come to another application specific chain, such as MXC (a ZK-rollup IoT focused). To do this, they need to bridge funds over. Notoriously, bridging has been a dangerous operation. How do you make sure that this bridge is secure?
📄️ MXC Supernode (V2)
Previous documents published about MXC SupernodeV1
📄️ MXC Stable Coin (V1)
MXC will be the largest Layer-3 IoT solution on Arbitrum ecosystem, bringing tremendous real-world items to NFT world and data to the blockchain. Undoubtedly each real-world item and each piece of data has its own value, and this kind of value is not from pure financial speculations, the value comes from real economy that serves our food, sports, transportation every day.
📄️ Low-Scale-Certification
Table of Contents
📄️ Gas Fee for Layer3
There are two parties a user pays when submitting a tx:
📄️ Data Availability
With the MXC zkEVM DA module leveraging IPNS for data storage, only state roots and a necessary subset of transaction data are sent to Arbitrum (L2), while the bulk of the transaction batch data is posted to IPNS. For decentralized applications (dApps) with high gas consumption, they can operate at the same cost as a standard transaction (like a transfer) on MXC zkEVM, and the Arbitrum fee will not escalate with the complexity of L3 transaction execution. As a result, for transactions of high complexity, this approach can save up to approximately 70% of the cost compared to traditional L2 rollup fees on Arbitrum.
📄️ Hexagons
Hexagon-Based Geographical Partitioning