ABT Node is a serverless microservice architecture designed to facilitate the development and deployment of decentralized applications (DApps. It integrates seamlessly with cloud computing platforms, offering a flexible and scalable environment for running blockchain-based applications. By supporting multiple blockchain networks and providing a standardized protocol for application components, ABT Node simplifies the complexities associated with DApp development. Key Features and Functionality: - Serverless Microservice Architecture: ABT Node employs a serverless design, allowing developers to build and deploy applications without managing underlying infrastructure. - Multi-Blockchain Support: It offers open chain access, enabling compatibility with various blockchain networks, which enhances flexibility and interoperability. - Blocklet Protocol: ABT Node utilizes Blocklet, a protocol for application components that can be implemented in multiple programming languages, facilitating the creation of modular and reusable DApp components. - Cloud Agnostic Deployment: Designed to run on various cloud platforms, ABT Node can be deployed on virtual machines, Docker containers, or Kubernetes clusters, providing adaptability to different cloud environments. - Edge Computing Compatibility: It supports deployment on edge devices, such as Raspberry Pi, making it suitable for Internet of Things (IoT applications and expanding the reach of blockchain technology to diverse hardware. Primary Value and Problem Solved: ABT Node addresses the challenges of developing and deploying decentralized applications by offering a serverless, microservice-based framework that simplifies infrastructure management. Its support for multiple blockchains and the Blocklet protocol allows developers to create modular, interoperable DApps efficiently. By being cloud-agnostic and compatible with edge devices, ABT Node provides a versatile solution that adapts to various deployment scenarios, thereby accelerating the adoption and scalability of blockchain applications.