#Dapr

This project integrates Dapr to enhance distributed applications with microservices, leveraging .NET 7 for improved service discovery, communication, and scalability. It addresses eCommerce challenges through a modular architecture with key features like a Blazor frontend, an Envoy API gateway, and independent backend microservices for managing eCommerce functionalities. Asynchronous messaging facilitated by the Dapr-supported event bus enhances performance. Explore various deployment options including Docker and Kubernetes for effective application management and scalability, ideal for developers pursuing robust, scalable microservices integration.

This repository supports the streamlined deployment of microservice-based applications to Azure Container Apps, utilizing Azure's managed serverless platform. Integrated support for Dapr and KEDA allows for managing distributed application challenges, such as state management and scalability, without involving Kubernetes infrastructure. The architecture includes ten .NET Core microservices and leverages Azure services like Service Bus, CosmosDB, and Redis. Bicep templates contribute to an efficient deployment process, while Traefik facilitates ingress management. The repository includes detailed guidance on both standard and secure network deployments, enhancing modern app development using Azure's capabilities.

This event-driven runtime enables the creation of scalable and resilient microservices across various languages and frameworks. It provides modular components for building portable applications and supports both stateful and stateless services while maintaining vendor neutrality. Seamlessly operating on both cloud and edge environments, it is lightweight and highly extensible, featuring built-in state management, reliable messaging, and robust observability. Developers enjoy a streamlined programming model across diverse platforms, facilitating transitions without needing to rewrite code. The runtime enhances IoT and edge scenarios through its superior performance and modular architecture, with a strong emphasis on community-driven, vendor-neutral development.