Winche-Technologies 

A JSON document database layer built on top of PostgreSQL. Store, query, and subscribe to JSON documents — with PostgreSQL as the storage backend via JSONB.

A JSON document database layer built on top of PostgreSQL. Store, query, and subscribe to JSON documents — with PostgreSQL as the storage backend via JSONB.

A JSON document database layer built on top of PostgreSQL. Store, query, and subscribe to JSON documents — with PostgreSQL as the storage backend via JSONB.

A JSON document database layer built on top of PostgreSQL. Store, query, and subscribe to JSON documents — with PostgreSQL as the storage backend via JSONB.

PostgreSQL-backed file metadata store with path-based access control, webhook hooks, and pluggable archive backends.

ASP.NET Core minimal-API endpoints for Winche.Storage, with pluggable claims mapping and exception handling.

AWS S3 archive backend for Winche.Storage, supporting presigned URLs, multipart uploads, and IAM or key-based authentication.

An embeddable admin console for Winche.Database and Winche.Storage. Drop it into your ASP.NET Core app to browse and edit JSON documents and manage stored files through a web UI, with its own authentication and... More information

A declarative, JSON-serializable authorization rules engine. Define document access rules in C# (or load them as data), evaluate them in memory, and analyze queries against them. Backend-agnostic via small... More information

ASP.NET Core integration base for Winche.Storage: HTTP-context claims mapping for the Winche.Rules guard.

Path-based authorization middleware for .NET. Define access rules per resource type using path patterns, and evaluate them against caller claims and operations.

Opinionated ASP.NET Core integration for the Keycloak Admin API and the Phase Two webhook plugin. Includes service-account token management, optional user-token delegation, and a typed event-handler abstraction... More information

Path-based authorization middleware for .NET. Define access rules per resource type using path patterns, and evaluate them against caller claims and operations.