Angielski
"Tezos Protocol Architecture: A Practical Guide to Blockchain Design and Consensus" offers a clear, practical exploration of the Tezos blockchain ecosystem, beginning with the project's origins, core design goals, and distinctive self-amending governance model. It explains how Tezos differs from other blockchain systems through its emphasis on protocol evolution, on-chain coordination, and long-term adaptability, while also placing its development in historical and technical context.
The book then examines Tezos architecture in detail, covering node operation, peer-to-peer networking, storage, and security considerations. It provides an accessible yet rigorous treatment of Liquid Proof-of-Stake, including block production, delegation, incentives, and the consensus mechanisms that support Tezos' resilience and energy efficiency. Readers will also gain a solid understanding of the on-chain governance process, from proposal submission and voting to activation, and how this model supports continuous protocol improvement.
Designed for developers, researchers, and blockchain practitioners, this guide also introduces Tezos smart contract development, including Michelson and higher-level languages, along with essential tooling, deployment workflows, and verification techniques. It further surveys cryptographic foundations, privacy-related features, and ongoing work in scalability and interoperability, making it a practical reference for anyone looking to understand how Tezos is engineered and how its consensus and governance systems work in real-world use.
