Operations | Monitoring | ITSM | DevOps | Cloud

In today’s hybrid infrastructure landscape, migrating applications to the cloud unlocks significant financial and technological benefits. Whether internal or external, these applications require robust, efficient infrastructure. Cloud providers like Amazon Web Services (AWS), Google Cloud, and Microsoft Azure offer frameworks to help organizations build better systems.

Use case 1: When unexpected traffic surges lead to slower responses A sudden surge in user traffic during a high-demand event causes strain on resources in a cloud-based application running on App Engine. The platform automatically scales instances to handle the increased load, but since compute resources are shared, some instances experience CPU throttling. This leads to slower response times, delayed processing of critical operations, and potential errors that impact user experience. How to resolve it.

For developers, the main quest is building and scaling their applications—not struggling with complex monitoring setups. Yet, observability in cloud-native environments is essential, and configuring monitoring for AWS services has traditionally been a complex and manual process. Developers had to set up Firehose streams, CloudWatch metric streams, and log subscriptions, all while ensuring continuous maintenance for new instances, turning observability into an unwelcome side quest.

For DevOps teams, ideal cloud deployment tools mean automation, consistency, and operational reliability. For CTOs, they ensure faster time to market, scalability, and efficiency. And for CFOs, cost-effectiveness and healthy margins are the name of the game. This is our hand-picked list to help you choose the right cloud deployment tools for your organization’s specific needs.

Managing and knowing where your cloud spend goes is nearly impossible without the right cloud cost management tools. Cloud-native, distributed technologies like microservices, containers, and Kubernetes can make it even more difficult to have full visibility into resource usage — and the associated costs. This cost information is also often buried in rows and columns of text on cloud providers’ bills. In addition, a lot of cloud cost management tools are clunky and inexact.

Cloud architecture diagrams play a crucial role in communication, planning, and execution within the realm of cloud computing. They provide a visual depiction of the infrastructure, highlighting the interconnections between different components and their collaborative functionality. In this guide, we will delve into the five fundamental factors that every cloud architect should consider when crafting a cloud infrastructure.

Designing AWS architecture is a complex task. It requires careful planning; a deep understanding of cloud services; and the ability to balance performance, cost, security, and scalability. As organizations migrate to the cloud or expand their existing cloud infrastructure, they often face several challenges that can impact the success of their architecture. Once the architecture is deployed, effective cloud monitoring becomes critical to ensure optimal performance and reliability.