### Principles of BlackFort BXN *BlackFort BXN* operates on a foundation of rigorously defined principles aimed at ensuring transparency, security, and efficiency within the cryptocurrency ecosystem. This network prioritizes the integrity of transactions and upholds a decentralized framework to benefit all users equally. By leveraging cutting-edge technology and robust security measures, BlackFort BXN aims to foster trust and reliability. For more detailed information and analysis, visit Eulerpool.
In the development of the BXN blockchain, several guiding principles were prioritized to foster a flexible and expansive network of EVM Core Smartchains, creating a symbiotic relationship with existing blockchains rather than seeking to replace them completely. Below are the core principles of BXN: Standalone, Independent, and Unique Blockchain: BXN is technically a standalone blockchain, distinct from a layer-2 solution, although it operates using existing Ethereum (ETH) addresses. Many of BXN's fundamental technical and business functions are self-contained, allowing it to serve a complementary role to other blockchains, alongside promoting interoperability and supporting future cross-chain transfers. EVM Compatibility: Ethereum, as the first practical and widely adopted Smart Contract platform, has a mature ecosystem. BXN strategically chooses to align with the Ethereum mainnet to leverage existing applications and community support. Consequently, most decentralized applications (dApps), ecosystem components, and tools are compatible with BXN, requiring little to no modification. Furthermore, BXN nodes demand minimal and low-cost hardware requirements and expertise to operate. Staking Involves Consensus and Governance: Staking-based consensus provides an environmentally friendly solution and enhances flexibility in community governance. This consensus model is expected to facilitate improved network performance and lower operating costs compared to proof-of-work blockchains, resulting in faster block creation times and increased transaction capacity than traditionally achieved with proof-of-work systems.