OnFinality

OnFinality's purpose is to provide a comprehensive blockchain infrastructure platform to support Web3 project development and operations. It simplifies the management of blockchain infrastructures, enabling developers to focus on building decentralized applications (dApps) by offering scalable API services and Infrastructure as a Service (IaaS) solutions.

OnFinality enhances Web3 project development by providing a scalable API service that allows developers seamless access to multiple blockchain networks through a single endpoint, eliminating the need for individual full node maintenance. It also offers Infrastructure as a Service (IaaS) for deploying dedicated blockchain nodes, thereby ensuring high uptime and performance for development and production environments.

OnFinality offers significant benefits over maintaining individual full nodes, including streamlined access to multiple networks through a single endpoint, automated deployment processes, and robust monitoring of node health. These features improve network reliability, optimize resource allocation, and significantly reduce the complexity and cost of infrastructure management for developers.

OnFinality is considered crucial for applications requiring high uptime because it provides dedicated blockchain node deployment, enhancing network accessibility and reliability. Its automated processes and comprehensive monitoring systems ensure consistent performance, making it ideal for both development and production environments critical for dApps.

OnFinality stands out from other blockchain infrastructure platforms by providing a unified API service accessing multiple networks and offering Infrastructure as a Service (IaaS) with streamlined deployment processes. It is particularly valuable for the Kusama/Substrate and Moonbeam communities, providing tailored support and services for these ecosystems.

OnFinality helps troubleshoot common issues in blockchain infrastructure management by automating deployment, enhancing uptime, monitoring node health, and simplifying multi-network access. This reduces developer workload, minimizes resource misallocation, and ensures reliable connectivity, addressing frequent challenges developers face in maintaining infrastructure.