Operations | Monitoring | ITSM | DevOps | Cloud

If you look around the Serverless Application Repository console, you will find a number of applications that can help you ship logs from CloudWatch Logs to external services. One such example is the LogzioCloudWatchShipper application below.

All businesses today are built on layers of platforms. The app running your business is built on top of the Kubernetes application deployment platform, running on the AWS cloud platform. AWS is built on top of platforms such as the Linux operating system and the Intel X86 processor architecture. Smartly managed, a good product evolves into a platform for users to extract value and for developers to create new products and platforms. We all stand on the shoulders of giants.

Amazon EC2 allows you to spin up servers for your application without having to actually manage physical hardware. However, since it’s a managed service, you have less visibility with traditional monitoring tools. As such, it becomes even more important to take advantage of the available monitoring tools in AWS. In this post, we’ll explain how to use CloudWatch to monitor EC2 and what is important to watch.

Cloud Foundry Application Runtime is an open source platform as a service (PaaS) for running applications and services. Frequently called simply “Cloud Foundry,” the Cloud Foundry Application Runtime (CFAR) is one of many interoperable projects within the Cloud Foundry family. For the purposes of this post, “Cloud Foundry” refers to the Application Runtime.

Amazon EC2 is the cornerstone for any Amazon-based cloud deployment. Enabling you to provision and scale compute resources with different memory, CPU, networking and storage capacity in multiple regions all around the world, EC2 is by far Amazon’s most popular and widely used service.

This is the third of a three-part series on how OpsRamp helps enterprise IT operations team manage the challenges of migrating to the cloud. Read part one here and part two here. Now that migration is complete, IT organizations will be responsible for monitoring and managing a mix of hybrid, multi-cloud resources across a distributed footprint. OpsRamp ensures comprehensive visibility, rapid remediation, and constant optimization for these dynamic, multi-cloud environments at scale.

With AWS Lambda, we get blue-green deployment out of the box. After we update our code, requests against our function would be routed to the new version. The platform would then automatically dispose of all containers running the old code to free up resources.

Like any other creation in progress or in the making, serverless applications, need to be tested and monitored. How else would you know if what you’ve created is providing desired results? Before putting your “newborn child” out into the world, you must make sure that it’s ready for the world. Software or even hardware of any sort will first be tested before it goes to mass production, and the same goes for your serverless applications.

451 Research analyst, William Fellows, recently authored a Market Impact report titled, OpsRamp is breaking new ground for IT operations management. The report analyzes our latest platform features and innovations for hybrid cloud management use cases.