7 New Smart Contract Development Books Reshaping the Industry in 2025

The methods Alex J. Collins developed while independently exploring blockchain programming provide a grounded approach to mastering Solidity for creating smart contracts and decentralized applications (dApps). You’ll find detailed explanations on core Solidity concepts—like data types and functions—alongside guidance in securing contracts against vulnerabilities and optimizing their performance. The book also walks you through integrating smart contracts with popular frontend frameworks such as React and Vue, making it practical for developers aiming to build full-stack dApps. If you're looking to expand your coding skills specifically in blockchain contexts and want a resource focused on hands-on development rather than theoretical overviews, this book suits you well; it’s especially helpful if you’re entering or advancing in blockchain development careers.

Drawing from their expertise in cybersecurity and blockchain education, DEAD5EC Publishing presents a focused dive into Ethereum's smart contract language, Solidity. You’ll move beyond basics to grasp DeFi principles, NFTs, Layer 2 scalability, and DAO governance through practical examples and real-world scenarios. The text balances foundational knowledge with forward-looking insights like AI and IoT integrations, helping you write, test, and optimize contracts with security and gas efficiency in mind. If you're aiming to build or understand decentralized applications on Ethereum, this book offers clear guidance without oversimplifying complex concepts.

This personalized AI-created book explores advanced Solidity development techniques tailored specifically to your background and goals. It covers emerging 2025 trends, diving into sophisticated smart contract patterns, security enhancements, and optimization practices that match your interests. You’ll examine the latest language features and evolving Ethereum ecosystem updates, gaining insight into how cutting-edge discoveries shape modern contract design. This tailored approach helps you focus precisely on the areas most relevant to your skill level and objectives, making complex Solidity concepts accessible and immediately applicable. By addressing your unique learning priorities, the book reveals how to stay ahead in smart contract innovation effectively and confidently.

The breakthrough moment came when Larkin North, drawing from hands-on experience with Atheneum's decentralized platforms, crafted this guide to unlock Solidity's complexities. You learn how to write, deploy, and optimize smart contracts with clear examples that move beyond theory to real-world application, including advanced techniques for securing contracts and improving efficiency. The book doesn't just teach language syntax but immerses you in use cases that demonstrate Solidity's transformative potential for blockchain projects. If you're aiming to build or refine your skills in Ethereum-based development, this book offers the practical foundation and forward-looking insights you need, especially in the evolving landscape of decentralized applications.

Anthony Colasante’s experience as a blockchain technologist shines through in this focused guide on Solidity programming. You’ll move from understanding Ethereum basics to mastering complex topics like gas optimization, error handling, and proxy contracts, with clear examples using tools such as Hardhat and Foundry. The book doesn’t just teach coding; it also stresses secure development and performance tuning, illustrated by real-world case studies involving decentralized exchanges and NFT marketplaces. Whether you’re launching your first DApp or refining your smart contract skills, this book offers concrete techniques grounded in recent industry practices.

Drawing from a detailed understanding of blockchain technology, Nexus AI offers a thorough examination of Ethereum smart contracts that goes beyond basics. You’ll learn the Solidity language essentials, how to develop and deploy secure, efficient contracts, and optimize gas usage to save costs. The book includes hands-on tutorials and numerous code examples, especially highlighting smart contract security and interaction with decentralized applications. Whether you're just starting out or aiming to deepen your Solidity skills, this book delivers focused insights without fluff, making complex blockchain programming more accessible.

This tailored book explores practical security strategies essential for developing robust smart contracts in 2025, focusing on your unique background and goals. It examines cutting-edge developments in smart contract security, emphasizing techniques to safeguard contracts against emerging threats and vulnerabilities. With a personalized approach, the content matches your interests in advanced contract coding practices and recent discoveries in blockchain security. You'll delve into topics such as secure code patterns, bug detection, and automated verification tools, all curated to fit your experience level and learning objectives. This personalized resource offers a focused learning experience that keeps you ahead in the dynamic landscape of smart contract development.

What started as a need to demystify blockchain coding led Nexus AI to craft this detailed guide focused on Solidity, the primary language for smart contracts. You’ll explore Solidity fundamentals, from syntax to security practices, with chapters dedicated to developing secure smart contracts and optimizing blockchain app performance. Practical tutorials and real-world examples make complex concepts approachable, especially useful if you aim to build decentralized applications. If you’re looking to deepen your coding skills specifically in blockchain environments, this book gives you the technical grounding and hands-on experience you need, though it assumes some programming familiarity.

After exploring the rapid evolution of blockchain technology, Prof Beth Kelvin C. crafted this book to bridge the gap for beginners eager to harness Python in smart contract creation. You’ll find a clear, structured path from foundational Python programming to applying those skills in developing decentralized finance applications and NFTs. The book’s stepwise approach walks you through setting up your environment and deploying contracts on major blockchain platforms, making complex concepts accessible. If you’re aiming to build practical blockchain projects or launch a startup, this guide offers a solid introduction without assuming prior expertise.