Deploying ASP.NET Core web applications on a server involves a series of steps to ensure your application is available and accessible to users. Below, I'll provide a general overview of the deployment process:

1. Prepare the Server:

   • Ensure the server has the necessary software and runtime environments installed. This includes the .NET Core runtime and any other dependencies your application requires.
   • Configure the server's firewall and networking settings to allow incoming traffic on the appropriate ports.

2. Build the Application:

   • Build your ASP.NET Core web application into a publishable form. This can be achieved using the dotnet publish command. It packages your application and its dependencies into a directory for deployment.

3. Transfer Files:

   • Upload the published application to the server. You can use various methods, such as FTP, SCP, or other file transfer mechanisms.

4. Configure Hosting:

   • Choose a web server to host your ASP.NET Core application. Common choices include:
     • Kestrel: The built-in cross-platform web server.
     • IIS (Internet Information Services): If you are using Windows Server, you can use IIS as a reverse proxy to host your application.
     • Nginx or Apache: These can also be used as reverse proxies to forward requests to Kestrel.

5. Reverse Proxy Setup (Optional):

   • If you are using a reverse proxy (e.g., Nginx or IIS), configure it to forward incoming HTTP requests to your ASP.NET Core application running on Kestrel.

6. Configure Hosting Environment:

   • Set up environment-specific settings, such as connection strings and logging configuration, based on the server environment. You can use environment variables or configuration files for this purpose.

7. Start the Application:

   • Execute the ASP.NET Core web application on the server. This can be done using the dotnet command or a process manager like systemd (Linux) or Windows Service (Windows).

8. Monitor and Maintain:

   • Regularly monitor your deployed application to ensure it's running smoothly.
   • Implement logging and error tracking to identify and resolve issues.
   • Keep the server and application dependencies updated with security patches and bug fixes.

It's essential to follow security best practices, such as using HTTPS, securely storing sensitive information, and applying access controls to maintain the server's security.

Please note that specific deployment steps might vary based on your server's operating system and hosting configuration. If you're using a hosting provider, they might have their own deployment procedures or tools to facilitate the process. Always refer to the documentation provided by your hosting provider or consult with their support team for guidance specific to their platform.

Application Deployment on Microsoft Azure Cloud and Hosting Server. in this book we adopted a practical approach for the development of software products. This book is divided into Two parts every part has its dimension. In this book, we will explain the fully featured projects and how we can deploy the application on azure cloud and Public hosting server.
In part one of the book we will create the azure app service application and then we will deploy our application on azure cloud. And second part of the book we will deploy our application on Public Hosting Server Like Gooday, My Asp.Net.

PART 1: Application Deployment on Azure Cloud.

Introduction

1. Creation of App on Azure Cloud
2. Server Configuration in Visual Studio
3. Deployment Steps Using Visual Studio
4. Output on Azure Websites
5. Conclusion

PART 2: Application Deployment on Server.

1. Introduction
2. Deployment Procedure
3. Server Configuration
4. Deployment Steps
5. Conclusion

Download my Complete Book About Application Deployment On Microsoft Azure Cloud Volume 1