Do you know how many software applications your organization is using?
According to the Okta Businesses at Work 2021 report, the average number of apps deployed per company was 88. Over the past four years, the number has risen steadily by 22% across all industries and company sizes.
What is application performance monitoring (APM) software?
Application performance monitoring (APM) tools allow users to monitor and track the performance of particular software or web applications to identify and solve any performance issues that may arise. These solutions provide performance metrics for applications, with specific insights into the statistics such as the amount of transactions processed by the application or the response time to process such transactions.
APM products form a baseline for these metrics and monitor the applications for any variance from the baseline. The metrics are displayed in a variety of data visualizations for easy conceptualization of the overall performance. With the ability to identify and fix any performance issues, businesses can provide an optimal user experience.
However, times have changed since the introduction of cloud applications and microservices. Microservices are very complex to monitor because they consist of individual sections of an app that run on hundreds of containers within servers interacting across multiple environments.
They have become widely popular over the last couple of years as reports found that 77% of their IT survey respondents have adopted microservices. Traditional APM software has a hard time tracking these microservices because of their sophistication. Yet, in the last five years, more and more companies are starting to use them.
In 2020, around 77% of the 1502 companies surveyed by O’Reilly are using microservices. (Source)
In this article, we provide an analysis of the capabilities of APM software and how you can use them to manage your cloud applications and microservices.
What makes microservices special?
Why are microservices different from traditional applications? A traditional application has one monolithic codebase containing all the application’s functionality. Microservices, however, break up applications into smaller functions and operate under containers. This enables them to be individually deployed within containers to be more resource efficient and scalable. There is no need to deploy the whole application when only a small part of its functionality is needed.
Additionally, microservices can be updated individually without updating the whole software. This agility is the reason why companies today opt in for microservices design for their software.
However, microservice design adds complexity for monitoring software. Traditional software deployed within the application server involves simple and direct communications between other applications. With microservices, the application environment may contain thousands of distributed components that must constantly interact with each other across different environments.
APM tools that were designed for traditional applications can no longer provide a complete picture of today’s operating environment.
Good APM tools need to trace every transaction, otherwise, it only provides a fragmented, incomplete view that leaves too many blind spots for troubleshooting. Unless all transactions are monitored and properly correlated, it can be difficult to conduct a root cause analysis. For example, if the APM tool only tracks the nth transaction when there is a memory leak, the transactions consuming the extra memory would go undetected since they aren’t being tracked.
Automatic context correlation
Containers can change frequently and some containers don't even last a minute. So how to track transactions and containers when they are changing so fast? A second-by-second tracking metric would help.
Another way is to track metadata to add context to the services that the containers are providing. Metadata can cover information about past Kubernetes, containers, and microservice. When metadata is correlated to transaction, it also builds context of the performance issue. For example, with IP address metadata, it can be determined where the issue occurred and pinpoint the problem based on locations. However, tracking by seconds and tracking metadata will generate a significant amount of data. To perform a root cause analysis of this size, APM tools require big data processing capabilities and AIOps to fill in gaps.
Due to the fast-changing environment of microservices, future APM tools need to generate a real-time end-to-end map of every transaction. This will identify which part of the process is going wrong. To accurately map constantly changing container relationships, companies need network monitoring and infrastructure monitoring tools to build the whole picture. Without these monitoring tools, companies risk mixing up hardware and software issues. Simply buying a new server to increase capability won’t always solve the problem.
In a cloud-based world, comprehensive APM solutions are a no-brainer for businesses trying to make a mark with optimized application performance. A successful APM practice is a complete solution that helps organizations scale with faster resolution times, better solutions, and meaningful business insights. APM solutions are evolving to meet modern needs and some are beginning to call them cloud observability since new APM solutions not only perform application monitoring but also cloud infrastructure monitoring.
For APM software in the near future to keep up with user needs, they need to track more frequently and in more detail. Top APM solutions offer a complete monitoring package to track everything in order to generate a full root cause analysis report.
Here is a list of metrics that top APM solutions track, analyze, and report:
There is no doubt that traditional APM solutions lack the functionality to track modern cloud-based applications. With multicloud adoption on the rise, complex cloud environments are being accepted each day. APM solution is the answer to easing the pain of technology adoption as it provides hassle-free tracking operations.
Tian is a research analyst at G2 for Cloud Infrastructure and IT Management software. He comes from a traditional market research background from other tech companies. Combining industry knowledge and G2 data, Tian guides customers through volatile technology markets based on their needs and goals.
Can APM Solutions Monitor Today’s Complex Software?To monitor today’s complex software performance, companies need unabridged end-to-end visibility into network, infrastructure, and applications.https://research.g2.com/insights/apm-solutions-monitor-complex-softwarehttps://learn.g2.com/hubfs/fotis-fotopoulos-DuHKoV44prg-unsplash.jpg2021-04-07 03:25:15Z
Tian LinTian is a research analyst at G2 for Cloud Infrastructure and IT Management software. He comes from a traditional market research background from other tech companies. Combining industry knowledge and G2 data, Tian guides customers through volatile technology markets based on their needs and goals.https://research.g2.com/insights/author/tian-linhttps://learn.g2.com/hubfs/tian-lin.pnghttps://www.linkedin.com/in/tlin5/