As the pioneer of cryptocurrencies, Bitcoin's decentralization and security are deeply rooted in people's hearts. However, it has always faced challenges in scalability and smart contract applications, limiting its role in complex application scenarios. The birth of Bitlayer brings a ray of hope to solve these problems, opening up a new development path for the Bitcoin ecosystem.
From a technical principle perspective, Bitlayer adopts a cutting-edge Layered Virtual Machine (LVM) design. The front-end supports multiple languages, allowing developers to easily port Ethereum Solidity contracts or StarkNet's Cairo contracts, greatly reducing the development threshold and migration costs. The back-end prover can be freely combined, allowing developers to flexibly choose between ZK - STARK (suitable for high-throughput scenarios) and ZK - SNARK (suitable for low-cost scenarios) based on different application scenarios, significantly improving verification efficiency. At the same time, Bitlayer innovatively utilizes Taproot leaf nodes to store polynomial commitments, eliminating on-chain Merkle verification overhead, greatly compressing state exposure, and reducing on-chain data load, truly realizing the "democratization of zero-knowledge proofs."
In terms of development planning, Bitlayer has a clear roadmap. From the PoS-based mainnet V1 to the BitVM-based Rollup V2, and then to the high-performance Super Charged V3, each stage sets clear goals and technical breakthrough directions. As these stages steadily advance, Bitlayer will continuously improve its performance, attracting more developers and projects to join its ecosystem.
In the future, Bitlayer will leverage its technical advantages and clear development plan to play a key role in the Bitcoin ecosystem, helping Bitcoin unlock greater value in areas such as decentralized finance, digital identity authentication, and supply chain finance, leading Bitcoin to a new journey of development, and bringing more convenient and efficient blockchain services to global users. @BitlayerLabs #Bitlayer
