Microsoft Dynamics 365 System Performance and Scalability

Microsoft Dynamics 365 System Performance and Scalability, available at $22.99, has an average rating of 4.3, with 42 lectures, based on 16 reviews, and has 53 subscribers.

You will learn about Understand the key concerns and variables that play a role in system performance Understand design anti-patterns that are common causes of performance issues Understand system design considerations that impact system performance This course is ideal for individuals who are Microsoft Dynamics customers experiencing system performance issues or Microsoft Consulting partners that want to minimize red projects or Microsoft ISV partners that wish to build scalable Dynamics 365 platform add-ons or Technical leads that wish to understand patterns to look for in their code base or Dynamics system support resources that maintain actively deployed systems or Dynamics developers who want to understand design patterns to avoid or Business analysts and consultants that wish to understand system design implications It is particularly useful for Microsoft Dynamics customers experiencing system performance issues or Microsoft Consulting partners that want to minimize red projects or Microsoft ISV partners that wish to build scalable Dynamics 365 platform add-ons or Technical leads that wish to understand patterns to look for in their code base or Dynamics system support resources that maintain actively deployed systems or Dynamics developers who want to understand design patterns to avoid or Business analysts and consultants that wish to understand system design implications.

Enroll now: Microsoft Dynamics 365 System Performance and Scalability

Summary

Title: Microsoft Dynamics 365 System Performance and Scalability

Price: $22.99

Average Rating: 4.3

Number of Lectures: 42

Number of Published Lectures: 42

Number of Curriculum Items: 42

Number of Published Curriculum Objects: 42

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

Understand the key concerns and variables that play a role in system performance

Understand design anti-patterns that are common causes of performance issues

Understand system design considerations that impact system performance

Who Should Attend

Microsoft Dynamics customers experiencing system performance issues

Microsoft Consulting partners that want to minimize red projects

Microsoft ISV partners that wish to build scalable Dynamics 365 platform add-ons

Technical leads that wish to understand patterns to look for in their code base

Dynamics system support resources that maintain actively deployed systems

Dynamics developers who want to understand design patterns to avoid

Business analysts and consultants that wish to understand system design implications

Target Audiences

Microsoft Dynamics customers experiencing system performance issues

Microsoft Consulting partners that want to minimize red projects

Microsoft ISV partners that wish to build scalable Dynamics 365 platform add-ons

Technical leads that wish to understand patterns to look for in their code base

Dynamics system support resources that maintain actively deployed systems

Dynamics developers who want to understand design patterns to avoid

Business analysts and consultants that wish to understand system design implications

System performance is a critical non-functional requirement in any application, yet it’s seldom taken into account until after it becomes a problem. The worst thing that can happen after investing months in developing a system is for it to fail after being deployed to users. User feedback and politics can be quite brutal when a system fails to meet expectations and the consequences of a poorly performing system can be severe even to the point people lose their jobs. While system performance is often times looked at as an intangible aspect of application development it’s based in design patterns and distributed system architecture principles that can be addressed.

In this course, we’ll review Dynamics platform internals and take a pragmatic look at design anti-patterns we should avoid and mitigate in enterprise applications. This information which has never been presented to the public outside of Microsoft is derived from system performance research challenges and solutions of real world Microsoft enterprise customers.

In this course you will learn:

The basic components of system performance

The variables that play into how a system will behave after go live

Load anti-patterns that are the most common causes of poor performance

Design considerations that we can make proactively and mitigate retroactively in existing systems

This course is not meant to be technical deep dive, but rather a strategic review of the concepts and patterns that are required to build systems that perform and can scale. These concepts are applicable to both developers and business analysts alike and can be used in system architecture design conversations. While these concepts can be applied retroactively in performance mitigation scenarios it’s significantly easier and less painful to build your system with these design considerations in mind.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Course Agenda

Lecture 3: About Your Instructor

Lecture 4: Learning Objectives

Lecture 5: Target Audiences

Chapter 2: Performance Overview

Lecture 1: Overview

Lecture 2: Elements of Performance

Lecture 3: Baseline Performance

Lecture 4: Performance vs. Scalability

Lecture 5: Performance Degradation Types

Lecture 6: Performance Degradation Variables

Lecture 7: Pareto Principle of System Load

Lecture 8: Why Does This Happen?

Lecture 9: Summary

Chapter 3: Performance Variables

Lecture 1: Overview

Lecture 2: Data Velocity

Lecture 3: Data Volume

Lecture 4: Data Viscosity

Lecture 5: Hot Spots

Lecture 6: Data Cardinality

Lecture 7: Data Concurrency

Lecture 8: Rules of system load

Lecture 9: Summary

Chapter 4: Load Anti-Patterns

Lecture 1: Overview

Lecture 2: Process Execution Modes

Lecture 3: Process Cascade Pattern

Lecture 4: Process Overload Pattern

Lecture 5: Process Loop Pattern

Lecture 6: Cardinality Exposure Pattern

Lecture 7: Concurrency Violation Pattern

Lecture 8: Redundant Execution Pattern

Lecture 9: Data Gluttony Pattern

Lecture 10: Summary

Chapter 5: Performance Considerations

Lecture 1: Overview

Lecture 2: Handling High Velocity Entities

Lecture 3: Attachment Considerations

Lecture 4: External Integrations

Lecture 5: Entity Ownership

Lecture 6: Record Sharing

Lecture 7: Concurrency Symptoms

Lecture 8: Summary

Chapter 6: Summary

Lecture 1: Wrap up

Instructors

Stephan Smith
Dynamics 365 Senior Director and Technical Architect

Rating Distribution

1 stars: 1 votes

2 stars: 0 votes

3 stars: 0 votes

4 stars: 5 votes

5 stars: 10 votes

Frequently Asked Questions

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