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What is AWS X-Ray: Everything You Need to Know

Cloud Computing is currently a popular on-demand computing service that is accessible globally via servers, storage, databases, networking, etc. Furthermore, it is well-known that  AWS offers cutting-edge cloud technologies, AWS X-Ray is one of them. AWS X-Ray is an effective tool for tracking and debugging distributed applications on the web.

In this blog we will understand about the AWS X-Ray: Everything you need to know.

AWS X-Ray Overview

AWS X-Ray services use trace data to provide the root cause of a problem, allowing developers to identify the issue, evaluate the error, and debug. AWS X-Ray captures application traces, including the performance of calls to other downstream components or services, in cloud-hosted apps or on their machines during development.

AWS X-ray simplifies the problem identification process by highlighting only the application’s mistakes. The root cause analysis also provides request information such as latency, number of failures, and HTTP response status. AWS X-ray gives trace information for every received AWS.

Why Should I Choose AWS X-Ray?

AWS X-Ray is an effective tool for tracing and telemetry, and it has made huge progress over the past years. AWS X-Ray offers an excellent blend of ease of use, rapid discovery, and detailed, relevant visualizations.

Currently, if you want to develop and manage distributed apps, you have to rely on a specific process for each service or resource to monitor requests as your application moves through the various parts that constitute it. This issue is made more complicated by the varying log formats and storage mediums across frameworks, services, and resources your application runs on or uses. 

This variation complicates the task of linking different data points and forming an end-to-end picture of a request from the time it originates at the end user or service to when a response is returned by your application. X-Ray offers a model that is user-centric, rather than a service or resource, for gathering information and data related to requests made to your application. This model enables you to create a user-centric picture of requests as they travel across services and resources. By correlating and aggregating data on your behalf, X-Ray enables you to focus on improving the experience for end-users of your application.

What are the Features of AWS X-Ray?

S.N.           Features                                                                        Overview 
1.Easy to set-up & Documentation AWS X-Ray is compatible with a variety of other applications running on Amazon EC2, Amazon ECS, EC2 Container Service, Amazon Elastic Beanstalk, and AWS Lambda. X-Ray makes it much easier to start the application creation process. Simply integrate the application with X-Ray’s SDK and install X-Ray. In the case of Amazon EBS, the X-Ray agent will be preinstalled, so you only need to integrate the X-Ray SDK with your application.
2.Trace mapping AWS X-Ray offers an end-to-end view of your applications request. This is accomplished by combining the data gathered from individual services in your application into a single unit. This unit is generally referred to as a trace.
3.Service map It provides visualization( map of service) of the components in your architecture(application) and how traffic will move between includes performance and failure metrics to help you for deeper understanding of your system.You can create dependency trees, perform cross-availability zone or region call detections, and more.
4.Trace shipping AWS receives the traces, which can then be retrieved and queried.A monthly allowance of free storage and retrieval is offered by the free tier.
5.X-Ray DaemonIt’s an important component that collects data and manages the connection to AWS -ray .It has automatic provisioning for several AWS computing solutions,including Lambda,but not for EC2.
6.Server and client side latency detection AWS  X-Ray is used to visually identify the latency distribution of nodes and edges right from the service map. To gain a better understanding of performance issues affecting your application and end users, you can quickly isolate outliers, graph patterns and trends, drill into traces, and filter by unique annotations and built-in keys.
7.Data annotation and filteringAWS X-Ray allows you to add annotations to data emitted by specific components or services in your application. You can use this to include business-specific metadata that can help you diagnose problems more accurately. You can also view and filter trace data based on properties such as annotation value, average latencies,HTTP response status, timestamp, database table used, and more.
8. Console and programmatic accessWe can use AWS X-Ray with AWS Management Console, AWS Command Line Interface (CLI,) and many AWS SDKs. AWS X-Ray API allows you to access the data programmatically so that you can export the trace data.
9. Security Because AWS X-Ray was connected with (identification and access management) AWS IAM, you can manage which resources and users have access to traces.

How does AWS X-Ray Work?

Lets understand AWS X-Ray workflow in following steps- 

  1. Trace collection –   X-Ray gathers necessary information and data from the service utilized in the application to form an end-to-end trace, it adds an HTTP header to requests that do not already have one and passes the header along to additional tiers of request handlers.
  2. Trace recording – AWS X-Ray combines all collected data into a single unit called trace,which extends from the beginning to the end of the application workflow.
  3. Service map visualisation – it creates service maps used by application, with the use of trace data . It provides a visual representation of the connections between services in the application and aggregated data for each service.
  4. Analysis of error  – Since traces are gathered and organized into a service map, developers can delve deeper into the service to identify the precise location and nature of the issue. The number of errors that occur as well as performance issues and high latency segments will be visible to developers.
How does AWS X-Ray work

AWS X-Ray Pricing

 AWS X-Ray pricing is dependent on the kind of traces being recorded, retrieved and scanned .

  1. Recorded  –  A trace recorded by AWS X-Ray 
  2. Scanned – A trace is incorporated into an API or management console query.
  3. Retrieved  – An API call is used to obtain all of a trace’s data. 

AWS X-Ray offers two types of service free and paid. Like other AWS  services, X-Ray has a free tier .In the free tier ,100,000 traces can be recorded each month for free and 1,000,000 traces can be retrieved or scanned each month for free.After the free tire , the cost of X-Ray is around US$5 for every 1,000,000 traces recorded but the traces scanned or received only cost $0.50 for every 1,000,000 transactions.

Benefits of AWS X-Ray

  1. Easy Tracking – Trace user requests through your application while ensuring security and compliance. 
  2. Improved performance – To improve application performance, identify obstacles and pinpoint the source of high latencies.
  3. Removing Obstacles – Remove barriers to data and obtain the information you require to improve user experience and reduce downtime
  4. Save Time and Money – Debug serverless applications in real time, and monitor both cloud cost and performance metrics.
Benefits of AWS X-Ray

How can SupportFly help you in AWS X-Ray Service

SupportFly is trusted by clients worldwide And We are committed to your project’s success.

  •  Complete AWS Management  . 
  • Our products and services and procedures are more customer-friendly and easy to understand.
  • We utilize the most advanced technology for each of our services, however, we don’t charge extra fees so everything is transparent.
  • We are serving as a leading server management company for a long time with our dedicated team.
  • Your data is always secure & safeguarded with us. We also track what our employees do with your servers and data.
  • As we want to provide the best outsourced server management service, we hire certified and qualified employees for our team.


As you see ,in this blog  every aspect of AWS X-Ray is covered.which can help you to decide why you should choose AWS X-Ray  service for your organization. 

If you’re not using any technology for tracing, AWS X-Ray is a quick and easy way to gain a new level of insight into your systems and AWS services, whether you want to learn more about your traffic profile and bottlenecks or improve observability and debugging.

If you’re a service owner looking to improve your operational metrics, tracing observability enables your engineers to identify root causes more quickly and integrate monitoring and logging data into your overall operational strategy.


Q1. What is a trace?

1. An X-ray trace is a collection of data points with the same trace ID.
2. For example, when a client sends a request to your application, it is given a unique trace ID. As the request makes its way through services in your application, the services relay information about the request back to X-Ray using the unique trace ID.

Q2. How can I get started with AWS X-Ray?

1. You can get started with X-Ray by including the X-Ray language SDK in your application and installing the X-Ray daemon.
2. For more information, contact Supportfly.

Q3. How long does it take for trace data to be available in X-Ray?

Trace data sent to X-Ray is typically available for retrieval and filtering within 30 seconds of being received by the service.