Learn how to build real-time, distributed applications using Akka.NET, Kubernetes, .NET Core, and Azure Kubernetes Service in this comprehensive conference talk. Explore how companies are leveraging the latest offerings from Microsoft and the .NET open source community to transform their application architecture. Discover the benefits of moving to .NET Core, implementing Akka.NET for fault tolerance and scalability, containerizing with Docker, and orchestrating with Kubernetes. Gain insights into the integration of these technologies and understand why businesses are adopting them. The talk covers crucial concepts such as real-time applications, statefulness, actor systems, clustered routers, consistent hashing, and Kubernetes core concepts. Delve into the challenges of managing state, deployment mechanisms, and consistency issues in distributed systems. By the end of this session, acquire a thorough understanding of how to build modern, scalable, and responsive .NET applications using cutting-edge technologies and methodologies.
Real-Time, Distributed Applications with Akka.NET, Kubernetes, .NET Core, and Azure Kubernetes Service
Overview
Syllabus
Introduction
RealTime Applications
What Makes an Application RealTime
Soft RealTime
Statefulness
Managing State
Challenges
Roadmap
Managing Individual Entities
Topology Awareness
Deployment Mechanism
AkkaNET
Kubernetes
Actors
Actor
Actor Reference
Actor Properties
Actor Mailbox
Cheap Resources
Actor Hierarchy
Child Per Entity
Summary
Roles
How it Cluster Forms
Mesh Networks
Clustered Router
Consistent Hashing
Pie Slices
Consistent Hash Router
Moving State
Consistency Issues
Persistence
Clustered routers
Why Kubernetes
Kubernetes Core Concepts
IKS Cluster
Key Terms
Methodology
Taught by
NDC Conferences
