Amazon Web Services is a collection of web-based services, including EC2, S3, SQS, and others. When you want to keep track of your AWS resources, there are tools and services you can use for this. This article will give a brief overview of some of these tools . AWS provides a platform that allows users to run their applications in an automated environment and interact with it via web services. AWS also includes APIs and toolkits for building solutions on top of the services. AWS also offers its Elastic Load Balancing service, which makes it easy to automate the creation of highly available application environments. It is the responsibility of sysadmins and engineers to ensure that their software works properly and stays up. The tools and methods they use to do this range from manual checks and testing to implementing automation, cloud services, and monitoring.
1-AWS CloudWatch
CloudWatch is a service provided by Amazon Web Services that allows you to monitor your AWS environment. It is possible to use CloudWatch to gather information about EC2 instances, load balancers, CloudFront distribution networks, databases, log streams, and more. There is no charge for CloudWatch; the service is used by developers, operations staff, system admins, and more.
AWS CloudWatch is a web service that makes monitoring and managing your AWS resources easy. CloudWatch monitors your EC2 instances, EBS volumes, RDS databases, S3 buckets, and many other AWS services and makes it simple to track, analyze, and report on their performance. To make this easier, Amazon released new APIs (application programming interfaces) that let you quickly build applications and integrations using this platform. With these tools, you can track key metrics, such as CPU usage, number of requests, network utilization, errors, and load.
2-Amazon Inspector
Amazon Inspector is a web-based tool that allows you to view the resources in your EC2 environment, including IP addresses, EC2 instances, and security groups. Using this tool, you can easily monitor your instances and view basic details, such as the status, name, and AMI ID of each instance.
Amazon Inspector gives you immediate visibility into Amazon Web Services (AWS) instances. Instances can be running different operating systems, languages, and databases. Use Amazon Inspector to monitor Amazon instances by defining rules for different types of Amazon resources. For example, you can monitor instances for disk usage, CPU utilization, RAM usage, I/O activity, network traffic, error messages, system logs, and instance performance metrics.
3-Amazon CloudTrail
CloudTrail is a service offered by Amazon , it allows you to track and record all activities associated with your AWS account. CloudTrail provides visibility into API calls, Amazon S3 data transfers, and failed requests.
CloudTrail can help us track API calls and data changes made by users and applications. Let’s learn about AWS CloudTrail, the AWS service that records API calls and data changes into a log.
4-Amazon EC2 CloudTrail
The Amazon EC2 CloudTrail service allows you to set up and monitor custom events within your AWS account. You can use this to view activity related to AWS services and applications, such as EC2 instances and RDS databases, and monitor AWS access.
With Amazon EC2 CloudTrail, you can track who is accessing your AWS services, how they are using your data, and what they are doing with the data.
5-Amazon CloudWatch Logs
Logs are generated by EC2 instances and other components, and can be viewed with the Amazon CloudWatch service. In addition to logs, this service also includes metrics, alerts, and dashboards. The service provides a web interface through which you can view the information.
They allow you to monitor your system to identify and fix issues quickly. Logs are useful in identifying problems and problems can be fixed quickly if you can find the problem. You can easily monitor the status of your Amazon S3 buckets with CloudWatch Logs, which provide real-time visibility into bucket activity including access, create, delete, list, put, and get. By monitoring your S3 buckets, you can determine when files are created, modified, or deleted.
6-Amazon CloudWatch Alarms
Alarms are designed to notify you of specific issues. When an alarm is triggered, the service will email you. This can be useful for catching problems before they become critical. You can define the severity of alarms, the number of times you would like to receive email notifications, and the frequency at which notifications occur.
7-AWS CloudWatch Metrics
With AWS CloudWatch, you can monitor your website and web servers. Using CloudWatch metrics, you can find out how many visitors visit your website and how long they spend on it.
8-AWS HealthCheck
AWS HealthCheck is a powerful feature of AWS CloudWatch. It allows you to verify that your resources are available. AWS HealthCheck monitors your applications for errors by using Amazon Simple Notification Service (SNS). By default, AWS HealthCheck sends a notification when it detects an error. You can also receive a notification each time an error occurs. If a problem exists for long enough, AWS HealthCheck sends an automatic notification.
It can help you diagnose problems in your web application even if it’s hosted on EC2 instances running in the cloud. You can use AWS HealthCheck to test your web application for health problems, such as whether the application’s website is working properly or whether the system’s CPU is under high load.
9-AWS Graviton
If you’re looking for the best monitoring solution on the market, look no further than Amazon Web Services (AWS) Graviton offering. This is Amazon’s latest solution for those seeking to monitor and analyze their cloud computing infrastructure, whether it be public, private, or hybrid.
AWS Graviton enables organizations to monitor their AWS infrastructure in real-time using the AWS CloudWatch agent installed as an OS service. Using AWS Graviton’s real-time monitoring capabilities, you can gain insight into your AWS resources to proactively manage their availability and performance and quickly identify potential problems and issues before they impact business-critical applications.
