An open-source modular and multi-tenant application framework and CMS built with ASP.NET Core.
Orchard Core is an open-source modular and multi-tenant application framework built with ASP.NET Core, and a content management system (CMS) built on top of that framework. It provides developers with a flexible platform to create scalable web applications and content-driven sites that can serve multiple independent tenants from a single installation.
ASP.NET Core developers building modular, multi-tenant web applications or content management systems, and teams needing a flexible, extensible CMS platform.
Developers choose Orchard Core for its modular architecture, built-in multi-tenancy support, and production-ready CMS capabilities, all while leveraging the modern ASP.NET Core ecosystem for performance and scalability.
Orchard Core is an open-source modular and multi-tenant application framework built with ASP.NET Core, and a content management system (CMS) built on top of that framework.
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Enables building applications by composing reusable modules that can be independently developed and deployed, as highlighted in the README's key features for scalable, extensible web apps.
Supports hosting multiple independent sites from a single codebase and database, facilitating SaaS platforms and website networks without separate installations.
Provides a full-featured content management system with flexible content types, workflows, and modeling, built on top of the framework for content-driven sites.
Described as capable of serving large, mission-critical applications with a stable release cycle, ensuring reliability for enterprise use, per the project status.
The modular and multi-tenant architecture requires a deeper understanding of ASP.NET Core and Orchard Core concepts, which can be overwhelming for developers new to the framework.
Compared to mature CMS platforms like WordPress, Orchard Core has a smaller community and fewer pre-built modules or themes, potentially increasing development time for custom features.
The flexibility of modularity and multi-tenancy can introduce runtime overhead, which might not be ideal for performance-critical applications with strict latency requirements, despite being production-ready.