An open-source multi-tenancy library for modern .NET enabling tenant resolution, per-tenant app behavior, and data isolation.
Finbuckle.MultiTenant is an open-source library for implementing multi-tenancy in modern .NET applications. It solves the problem of building SaaS applications that need to serve multiple isolated tenants from a single codebase by providing tenant resolution, per-tenant behavior customization, and data isolation.
.NET developers and teams building SaaS applications, enterprise software, or any system requiring tenant isolation within a shared infrastructure.
Developers choose Finbuckle.MultiTenant for its comprehensive feature set, adherence to .NET conventions, and seamless integration with ASP.NET Core, Entity Framework Core, and Identity, reducing the complexity of multi-tenant architecture.
MultiTenant is an open source multi-tenancy library for modern .NET created and maintained by Finbuckle LLC.
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Covers tenant resolution, per-tenant options, authentication, and data isolation with Entity Framework Core and Identity, as detailed in the documentation, providing a one-stop solution for multi-tenancy.
Follows standard .NET conventions and integrates directly with ASP.NET Core, making it easy to adopt for existing .NET projects without major architectural changes.
Maintained by Finbuckle LLC with support from .NET Foundation, and major versions align with .NET releases, ensuring long-term compatibility and updates, as stated in the README.
Offers detailed documentation and a variety of sample projects, as highlighted in the README, which accelerates implementation and reduces trial-and-error.
Tightly coupled with .NET technologies like ASP.NET Core and Entity Framework Core; it's not suitable for projects using other frameworks or languages, limiting its versatility.
Setting up all features, such as per-tenant authentication and data isolation, can be non-trivial and requires a deep understanding of tenant lifecycle, despite being designed for ease of use.
Adds layers for tenant resolution and per-tenant behavior, which might introduce latency in high-traffic applications, a trade-off acknowledged in multi-tenant architectures.