A single application-wide Content-Security-Policy string breaks the moment one route serves HTML. Granit inverts ownership: the package that mounts the UI declares its own CSP relaxation, composed per endpoint — strict everywhere else, with an audit endpoint so security teams can verify it from outside.
Stop sprinkling CreatedAt assignments across repositories and IsDeleted = false across queries. Five interceptors and one global filter make compliance the default — and ExecuteUpdate the only thing left to watch for.
Two-tier caches are fast, but cross-pod invalidation is the part everyone gets wrong. Here is how the L1 + L2 + backplane pattern works, and how Granit wires it up with Redis.
MediatR is in-process only — no outbox, no retry, no transport. Wolverine is the CQRS bus most teams actually need. Here is how Granit uses it.
.NET 10 makes SSE a first-class citizen with TypedResults.ServerSentEvents(). Build a complete real-time notification stream from HTTP primitives to React hooks — no WebSocket plumbing required.
Stop returning bare strings from your .NET APIs. RFC 7807 Problem Details is the standard for error responses — here is why it matters, what the spec actually says, and how Granit enforces it with zero boilerplate.
SSE, SignalR, or raw WebSockets? A practical decision framework for .NET real-time applications, with protocol deep-dives, trade-offs, and ready-to-use Granit code samples for each transport.
Enterprise customers ask for a SOC 2 Type 2 report before signing. Here is how Granit’s modules map to the five Trust Service Criteria — and what the framework cannot replace.
NIS 2 is now law across the EU. Here is what it requires from your .NET stack — and how Granit’s supply chain pipeline and embedded security modules cover the key obligations out of the box.
Physical deletion breaks audit trails, conflicts with legal holds, and fails on append-only systems. Crypto-shredding solves all three: destroy the key, and the ciphertext becomes random noise. Here is how Granit implements it.
