Serverless Microservices in Azure: Project Overview - Part 1

In today’s rapidly evolving tech landscape, serverless architectures are gaining immense popularity. Companies are increasingly adopting serverless services to focus on coding and innovation rather than managing infrastructure. I’m excited to share a deep dive into my latest project that embraces this shift: Serverless Microservices in Azure. 🌟

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🌐 Project Overview

Components

1. Frontend:

   • The user interface is crafted to provide a seamless experience. It interacts with various backend services to perform operations and display results.

2. Text-to-Speech Service:

   • Converts user-provided text into speech.

   • The output is uploaded to Azure Blob Storage.

   • Generates a Shared Access Signature (SAS) for secure, time-limited access to the audio file.

3. PDF-to-DOCX Service:

   • Handles conversion of PDF files to DOCX format.

   • Stores the converted files in Azure Blob Storage.

   • Provides a SAS for users to download the file within a defined time frame.

4. Video-to-Audio Service:

   • Transforms video files into audio.

   • Uploads the audio files to Azure Blob Storage.

   • Issues a SAS to ensure secure access for a limited time.

🔧 Key Technologies and Services

1. Dapr (Distributed Application Runtime):

   • Facilitates service discovery and invocation, simplifying the development of microservices by abstracting away the complexities of the underlying infrastructure.

2. Azure File Shares:

   • Ensures persistent and accessible file storage across all microservices, enhancing distributed storage file system.

3. Azure PostgreSQL Flexible Server:

   • Manages transactional data, such as usage statistics and signed URL records, providing valuable insights into user interactions and system performance.

4. Authentication with Google Sign-In:

   • Implements secure authentication, ensuring that only authorized users can access the services.

5. Azure Container Apps:

   • Deploys all microservices in a serverless environment, which simplifies the deployment and scaling of containerized applications.

6. Azure Blog Storage:

   • Stores conversion outputs and allows to create a shared access signature (SAS) URL for users to download the file within a limited time.

Here is my Project Overview ,Components and services used ,for Application Code visit my Github Repository , for Infra automation code refer part 2

WEBSITE IMAGES:-

Project Architecture:-

Home page:-

PDF-TO-DOC CONVERTER PAGE:-

Download Page:-

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