Application performance issues cause 60% of customer-impacting incidents, making proactive monitoring critical for production systems. This course equips operations engineers to build observable distributed applications through hands-on work with AppDynamics for automatic discovery, transaction analysis, and intelligent alerting. You'll diagnose performance bottlenecks using snapshot-driven troubleshooting, eliminate alert fatigue by configuring baseline-driven health rules integrated with IT operations tools, and democratize observability through executive dashboards with automated reporting. This course eliminates the hours spent on manual log analysis across microservices. With hands-on labs, you'll simulate production scenarios including checkout slowdowns, database N+1 query patterns, and alert integration workflows.
This course is designed for operations engineers, DevOps practitioners, SREs, application developers, and anyone responsible for monitoring, supporting, or optimizing production applications. If you work with distributed systems or want to strengthen your observability and incident-response skills, you’re in the right place.
A basic understanding of web applications, APIs, and how backend services communicate will help you move quickly through the course. Familiarity with command-line tools and general application architecture (tiers, services, databases) is useful but not required.
By course completion, you'll identify performance bottlenecks within minutes, reduce alert noise by 50%+, configure multi-channel notifications for sub-5-minute incident response, and deploy enterprise-scale monitoring with RBAC governance.
This module establishes the foundation for understanding how AppDynamics automatically discovers and monitors application performance without manual instrumentation. Learners will explore the controller architecture (Flow Maps, business transactions, tiers, and nodes), identify performance patterns in the Commerce Cloud demo application (checkout flows, payment processing, database queries), and understand how AI-powered baselines detect anomalies in response times and error rates. Through agent configuration and hands-on exercises with real e-commerce workloads, students will learn to capture transaction snapshots, interpret call graphs and SQL query performance, create intelligent health rules that alert before customers are impacted, and prepare their monitoring environment for proactive performance management across distributed systems.
涵盖的内容
4个视频2篇阅读材料1次同伴评审
显示有关单元内容的信息
4个视频•总计28分钟
Welcome and Course Intro•4分钟
Setup & Automatic Discovery•9分钟
Find Problems with Snapshots•7分钟
Create Smart Health Rules•7分钟
2篇阅读材料•总计10分钟
Welcome to the Course: Course Overview•5分钟
Introduction to AppDynamics: Core Concepts and Architecture•5分钟
1次同伴评审•总计25分钟
Hands-On-Learning: Diagnosing Checkout Performance Issues Using AppDynamics •25分钟
Operations: Integrate Alerts with IT Tools
第 2 单元•小时 后完成
单元详情
This module empowers learners to transform AppDynamics monitoring into actionable incident response by integrating alerts with existing IT operations workflows. Students will explore multi-channel notification strategies (email with deep links and Slack webhooks), configure policy-driven alerting that routes critical issues to the right teams, and master action suppression to eliminate alert fatigue during planned maintenance windows. Through hands-on integration exercises connecting the Commerce Cloud demo to real communication and ticketing platforms, learners will configure webhook actions for ChatOps visibility, map health rule violations to incident priorities, test escalation chains with simulated production failures, and establish best practices for organizing policies by severity to ensure that performance degradations trigger automated remediation workflows rather than manual firefighting.
涵盖的内容
3个视频1篇阅读材料1次同伴评审
显示有关单元内容的信息
3个视频•总计16分钟
Email Alerts with Deep Links•5分钟
Connect to Slack•6分钟
Maintenance Windows & Alert Management•5分钟
1篇阅读材料•总计5分钟
Configuring Health Rules and Alert Policies•5分钟
1次同伴评审•总计20分钟
Hands-On-Learning: Configuring Multi-Channel Alert Routing in AppDynamics•20分钟
Build Dashboards & Scale Enterprises
第 3 单元•小时 后完成
单元详情
This module transforms learners from AppDynamics operators into enterprise architects who can synthesize monitoring insights into executive dashboards, automate reporting workflows, and deploy observability at scale across multiple teams and environments. Students will explore dashboard composition strategies (essential widget types, event overlays, tag-based filtering), implement automated email digests that deliver PDF performance summaries to stakeholders without controller access, and master enterprise deployment patterns including multi-environment architecture, role-based access control, and agent deployment across containerized infrastructures. Through hands-on exercises building operations dashboards for the Commerce Cloud demo, tracking release performance improvements with tag filters, and designing governance frameworks for 50+ microservices, learners will establish naming conventions for organizational consistency, configure RBAC to protect production from accidental changes, plan controller scaling strategies, and create team onboarding checklists that democratize observability data across engineering, product, and business stakeholders.
涵盖的内容
4个视频1篇阅读材料1个作业2次同伴评审
显示有关单元内容的信息
4个视频•总计28分钟
Build an Operations Dashboard•9分钟
Automated Reports & Release Tracking•5分钟
Enterprise Best Practices•10分钟
Course Wrap-Up•4分钟
1篇阅读材料•总计5分钟
Enterprise AppDynamics Implementation and Best Practices•5分钟
1个作业•总计20分钟
AppDynamics: From Basics to Performance Mastery•20分钟
2次同伴评审•总计80分钟
Hands-on-Learning: Building Executive Dashboards, Automated Reports & Enterprise RBAC •20分钟
Project: End-to-End AppDynamics Monitoring for Distributed E-Commerce Platform •60分钟
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In this course, AppDynamics monitoring means using AppDynamics to automatically discover application behavior, trace transactions, and watch for performance problems across distributed systems. The emphasis is on building a practical observability workflow that helps you see where slowdowns, errors, and bottlenecks are happening in production-style environments.
When would you use AppDynamics monitoring?
You would use it when a web application or service-based system is too complex to troubleshoot well through isolated checks or delayed reports. The course especially frames it as a way to investigate latency, errors, and changing performance patterns before they become customer-impacting incidents.
How does AppDynamics monitoring fit into a broader workflow?
It sits in the middle of a production support workflow, connecting live visibility into application behavior with the decisions teams make during incident response and ongoing performance management. In the course, that means moving from automatic discovery and transaction analysis into alerting, dashboards, and team-facing reporting.
How is AppDynamics monitoring different from manual log analysis?
Manual log analysis usually means piecing together clues service by service, while AppDynamics monitoring gives you a connected view of transactions, dependencies, and performance changes as they happen. The course focuses on using that connected visibility to diagnose issues and reduce the need for long hand-driven investigations.
Do you need any prerequisites before learning AppDynamics monitoring?
A basic understanding of web applications, APIs, and how backend services communicate is helpful before you start. Familiarity with command-line tools and general application architecture is useful, but the course teaches the AppDynamics-specific workflow itself.
What tools, platforms, or methods are used in this course?
The course centers on AppDynamics. The main methods are snapshot-based troubleshooting and baseline-driven alerting.
What specific tasks will you practice or complete in this course?
You practice configuring monitoring agents, reading application maps and transaction views, drilling into slow requests to find bottlenecks, creating health rules and notification policies, and building dashboards for different stakeholders. Together, those tasks show how to turn application monitoring into a repeatable workflow for diagnosis, alerting, and operational visibility.