A comprehensive technical overview of NovaLayer's modular blockchain infrastructure
NovaLayer presents a novel modular blockchain infrastructure designed to address the scalability, security, and flexibility challenges of current blockchain networks. Our architecture separates execution, settlement, and data availability into distinct but interoperable layers, enabling unprecedented customization and performance optimization.
The protocol introduces innovative MEV protection mechanisms, cross-chain interoperability solutions, and AI-optimized execution environments. Through extensive benchmarking, we demonstrate transaction throughput exceeding 100,000 TPS with sub-second finality while maintaining strong security guarantees.
This paper presents the technical foundation of NovaLayer, including detailed protocol specifications, security analysis, economic models, and performance evaluations that position it as the next-generation infrastructure for decentralized applications.
Separation of concerns allows developers to customize each layer independently, optimizing for specific use cases while maintaining security.
Novel cryptographic techniques and protocol-level protections eliminate extractable value attacks while preserving transaction privacy.
Native support for AI workloads with specialized virtual machines and optimized consensus for machine learning applications.
Trustless interoperability protocol enabling seamless asset and data transfer across different blockchain networks.
NovaLayer Research Team. (2024). NovaLayer: A Modular Blockchain Infrastructure for Next-Generation Decentralized Applications. NovaLayer Foundation. Version 2.1.