Developing Applications On Eosio
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Developing Applications on EOSIO
"Developing Applications on EOSIO" "Developing Applications on EOSIO" provides an authoritative and comprehensive exploration of EOSIO, one of the most robust blockchain platforms for decentralized application (dApp) development. The book methodically unveils the intricacies of EOSIO's system architecture, including node structures, Delegated Proof of Stake consensus, granular account management, and a unique resource model that underpins scalable and secure smart contract execution. Readers are guided through nuanced comparisons with competing platforms, equipping architects and engineers with a clear perspective on EOSIO's core advantages and operational mechanisms. Going far beyond introductory topics, the book leads developers through advanced environment setups, secure key management, stateful testing, and modern CI/CD pipelines, ensuring teams can build, debug, and manage their EOSIO solutions with confidence and efficiency. A significant focus is placed on smart contract design using the EOSIO.CDT toolkit, covering everything from on-chain data structures and permissioning patterns to contract upgrades, inter-contract communication, and C++ best practices for reliability and maintainability. Practical coverage of resource management, economic models, and security engineering, including formal verification and real-world exploit case studies, rounds out the technical journey, ensuring high assurance for mission-critical applications. For those aspiring to deliver scalable, performant, and user-centric dApps, the book details architectural patterns for off-chain scaling, inter-blockchain communication, and optimal data flow. It encompasses complete guidance on full-stack dApp development, integration with web and mobile platforms, robust authentication, privacy-aware design, and regulatory compliance. Operational excellence is addressed with strategic insights into deployment, monitoring, disaster recovery, cost management, and seamless upgrade processes. The concluding chapters investigate the forefront of blockchain innovation, such as DeFi, NFTs, zero-knowledge proofs, composable dApps, and community-driven development, making the book an indispensable resource for anyone seeking to master the present and future of EOSIO application engineering.
Cyber Physical Systems - Advances and Applications
Author: Anitha Kumari K.
language: en
Publisher: Bentham Science Publishers
Release Date: 2024-05-10
The book gives a comprehensive overview of the evolving landscape of cyber-physical systems (CPS) with a primary focus on security challenges and innovative solutions. CPS, encompassing a wide array of applications from e-Health to smart grid and industry automation, is explored in depth through eight edited reviews. The book starts with an exploration of various threat detection and prevention techniques in IoT environments, followed by discussions on security in smart grid cyber-physical systems, and the integration of cyber-physical systems with game theory. It also covers important topics such as cyber-physical systems in healthcare, augmented reality challenges, network and computer forensic frameworks, and a review of industrial critical infrastructure perspectives. The journey from traditional data warehouses to data lakes is thoroughly examined, shedding light on the evolution of data storage methods. The final chapter explains intrusion detection in industrial critical infrastructure, reviewing feature selection and classification models. By navigating through these topics, the book equips readers with a comprehensive understanding of cybersecurity challenges and solutions in an era of automation and IoT technologies. This book is intended for a diverse readership, including professionals, researchers, and technology enthusiasts keen on exploring the intricacies of CPS, IoT security, data storage evolution, and industrial infrastructure protection. Key Features: -Analytical insights into cyber-physical systems security. -Thorough exploration of threat detection and prevention techniques. -Application-focused chapters covering smart grid, healthcare, and more. -Integration of game theory and augmented reality in cyber-physical systems. -Comprehensive overview on network and computer forensic frameworks.
EOS
In the tumultuous landscape of blockchain development during 2017, when Ethereum was struggling with scalability issues and countless projects promised revolutionary solutions to cryptocurrency's growing pains, one project emerged with perhaps the most ambitious vision of all: EOS, which its creators boldly proclaimed would become the "Ethereum killer" and the foundation for a new generation of decentralized applications. The project's scope was breathtaking in its audacity, promising not just another blockchain but a complete operating system for the decentralized web that could support millions of users and thousands of applications simultaneously. The man behind this grand vision was Daniel Larimer, a serial blockchain entrepreneur whose previous projects had already established him as one of the most innovative minds in the cryptocurrency space. Larimer's journey to EOS began with BitShares, a decentralized exchange platform that introduced revolutionary concepts like delegated proof-of-stake consensus, and continued through Steemit, a blockchain-based social media platform that demonstrated how cryptocurrency incentives could bootstrap new forms of online communities. Each project had pushed the boundaries of what blockchain technology could accomplish while also revealing the limitations that would need to be overcome to achieve true mass adoption.