The dotnet team, joined by Reuben Bond, Ledjon Behluli, David Pine, and Frank Boucher, delivers a technical deep dive into routing, placement, and load balancing in Orleans for .NET developers.

Orleans Deep Dive: Routing, Placement & Balancing

Presented by: dotnet team Featured Guests: Reuben Bond, Ledjon Behluli, David Pine, Frank Boucher

Overview

In this episode of On .NET Live, experts take a comprehensive look at Orleans, a framework for building scalable distributed applications in .NET. The discussion centers on how Orleans handles core concepts such as routing, grain placement, and load balancing within distributed systems.

Key Topics Covered

Routing in Orleans:
- Examining how Orleans routes requests to the appropriate grains (virtual actors).
- The role of identity-based routing in message delivery.
Placement Strategies:
- Overview of built-in and custom placement strategies for distributing grains across silos.
- How placement affects fault tolerance, latency, and scalability in Orleans-based applications.
Load Balancing:
- Approaches Orleans uses to maintain even load distribution across the cluster.
- Monitoring and adjusting load in real-time for large scale applications.

Practical Insights

Best practices for optimizing grain placement and system scalability
Architectural considerations for distributed .NET applications
Troubleshooting common issues in routing and balancing in Orleans

About Orleans

Orleans is an open-source framework that simplifies building scalable and reliable distributed applications in .NET, utilizing the actor model with grains as key abstractions.

Resources

Experts provide actionable guidance to help .NET developers leverage Orleans for robust, high-performance distributed solutions.