AppDynamics is one of the powerful tools to observe application performance and business metrics closely. The insights and analytics this tool provides help you make informed decisions quickly. Interesting? If you want to learn more about AppDynamics, no worries. You are at the right stop. This blog will walk you through the basics of AppDynamics, it's working, and its applications in detail.
AppDynamics is the tool with which you can track the performance of applications and the behavior of users closely. You can measure business metrics accurately and compare with them stack performance. It will help to make quick business decisions. With AppDynamics, you can get complete visibility across a business.
With AppDynamics, you can achieve optimal performance and improve productivity. Also, you can cut down the operational cost in full-stack application development. Importantly, you can identify, prioritize, and solve business issues through the AI-based capabilities of the tool.
This blog packs everything you need to know about AppDynamics and its applications. You can find the AppDynamics architecture, key concepts, terminologies, and many more in detail. Let’s unpack!
|Table of Contents: What is AppDynamics
AppDynamics is one of the application performance monitoring tools widely used across many companies. It aims to provide visibility to the code execution in application infrastructure. An end user can monitor, analyze, configure, and troubleshoot the execution of code.
With AppDynamics, you can fully visualize stack performance and insights. It allows you to make accurate and informed decisions. As a result, this tool helps to improve business results and user experience ultimately.
Not only business and user experience, but AppDynamics precisely visualizes security, network, infrastructure, and application features. You can improve business performance and productivity to greater heights with all features.
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AppDynamics provides code-level visibility after installing agents and controllers on the applications to monitor. Each line of code is monitored by the AppDynamics agent and collects performance metrics. It forwards the metrics to the AppDynamics controller, which processes them and sends visual reports to the web browser. AppDynamics supports all major technologies in the IT industry, allowing any application to integrate AppDynamics for better full-stack development and maintenance in a distributed environment.
Now let us dive deep into each phase involved in monitoring an application using AppDynamics to know more.
Imagine a scenario where an organization's applications are deployed across multiple cloud platforms that use different service providers using versatile technologies. We deploy AppDynamics agents across the network to help discover individual business transactions. Cloud networks may combine public, private, or hybrid environments.
Within this network, the AppDynamics agents discover transactions from network topologies and share every possible detail about the transaction and its business metrics with the central AppDynamics controller. The controller uses artificial intelligence to create a baseline of the performance metrics received from the agents. These baselines will help us in backtracking the performance. If an anomaly in the network shows performance deviation from the baseline, we capture the performance to the individual line of code. This captured data helps us as a trigger to act early and gives the root cause of the performance deviance.
A detailed approach to identifying every transactional performance and the root causes will help your business avoid operational congestion in the network and reduce the time to resolve code-level issues if any.
Business owners can monitor real-time business metrics using AppDynamics which allows them to monitor, identify the problems quickly and respond with resolutions.
You can find the architecture of the AppDynamics workflow and its production monitoring architecture in this section. You can know what’s happening with different components and the AppDynamics actions.
AppDynamics web interface is connected to the AppDynamics controller through a web browser (Uses port 8090 in most cases) with an HTTPS connection. AppDynamics controller receives the performance metrics and the operational data of the transactions across the network from the AppDynamics agents installed over the web. The application servers in the above image indicate different languages the agents support to make AppDynamics compatible with every business, irrespective of their coding language.
|Related Article: AppDynamics Interview Questions
The AppDynamics machine agent collects basic hardware metrics like operating systems, memory utilization, and disk and network details. The agent acts as the delivery channel for AppDynamics server visibility. It offers many hardware metrics and monitoring capabilities. Machine agent uses only Java to report metrics collected in AppD Controller.
The machine agent gathers multiple extensions' information and sends it to the controller. You can run remediation scripts for policy actions and JVM crash guard with the machine agent. Also, you can estimate the correlations between servers and application performance issues indicated by app agents.
The AppDynamics and DB controller interact with the cloud to monitor and diagnose transactional operations over the network. The application server and machine agent together share the data with the controller.
Know that AppDynamics Pro architecture has many components such as AppDynamics controller and UI, App agents, machine agents, web EUM, Mobile APM, and databases. AppDynamics is the central rePro architecture repository and analytics engine. App agents are usually installed in JVM,.NET, and PHP applications. Machine agents collect data about machine performance and forward them to the controller. Web EUM allows you to track how web user experience. Similarly, mobile APM helps to follow mobile application performance.
It is the top-level container to manage the tiers and control role-based access at the controller UI.
A node in an AppDynamics network is an application server installed on the infrastructure physically or virtually.
A tier is a virtual group of nodes based on their business operations. One AppDynamics agent cannot take charge of more than one tier.
It is an application code that initiates business transactions.
It represents the process flow among the nodes, tiers, and backend components over the network infrastructure.
AppDynamics allows continuous monitoring of the operations across the network and shares all the collected data metrics with the controller. These screenshots will help businesses find the root cause of the performance disturbances if any.
Guidelines that define the respective limits for the application performances throughout the network. AppDynamics provide default health rules for businesses, which you can alter according to the business performance requirements.
Health defines the process performance of the application and sends colored signals to the controller. Green, yellow, and red are the color schemes that determine the performance limits per the health rules.
It defines the health status of the servers and monitors whether the performance is aligned with the health rules defined.
The label defines the status of the transaction, whether it is slow, very slow, stalled, or has some errors.
You can boost business productivity with AppDynamics. With AppDynamics, you can monitor any organization's software and hardware performance. You can easily find a solution to issues in configurations and performance.
Yes. AppDynamics will change the product roadmap when there is a requirement.
Agents collect application metrics to build flow maps. They also monitor application codes, execution, and behavior. They find the widely used frameworks and services automatically.
You can use the support portal on the AppDynamics website and raise a new request.
You can resolve performance issues quickly. All the applications can be tracked and reported through visual analytics. Mainly, you can get good visibility across the application performance and drive business to new levels.
We hope that this blog has shed a good light on AppDynamics. Mainly, AppDynamics supports monitoring business transactions closely. You can watch the performance blockers and resolve issues quickly. As a result, you can improve business performance and productivity significantly. The AI-based capabilities offer great mileage to this tool by deriving helpful analytics and insights. If you want to know more about AppDynamics, you can visit the AppDynamics training page and select a course to enhance your knowledge.
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Madhuri is a Senior Content Creator at MindMajix. She has written about a range of different topics on various technologies, which include, Splunk, Tensorflow, Selenium, and CEH. She spends most of her time researching on technology, and startups. Connect with her via LinkedIn and Twitter .
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