As the adoption of cloud computing continues to surge, Microsoft Azure remains one of the leading platforms for businesses seeking scalable and efficient cloud solutions. I have been using Azure for a couple of years now; it provides a wide range of services and features, allowing organizations to host applications, store data, and deploy various workloads on a pay-as-you-go basis.

In today’s world, with Large tech giants and businesses looking forward to moving toward serverless architecture, there has been a significant demand for scaling the applications. It’s therefore no surprise that millions of companies worldwide have adopted, or are planning on migrating to a Kubernetes and AWS Lambda solution to take their serverless applications to the next level.

In today’s fast-paced business world, organizations rely heavily on data to make wise decisions and streamline operations. Efficiently managing and accessing critical information, such as customer data, orders, and bills, is essential for the success of any business. Serverless360 Business Activity Monitoring offers advanced search capabilities and many other features that empower businesses with a self-service portal to find and retrieve relevant data quickly and easily.

At Qovery, we are committed to ensuring our users have access to the best development tools in the industry. That’s why we’re excited about Neon — a state-of-the-art serverless Postgres solution. When used in conjunction with Qovery's Preview environments, Neon supercharges your development pipeline.

Security remains a paramount concern in the rapidly evolving landscape of cloud computing. Azure Active Directory (Azure AD) is a cornerstone for securing applications and services within the Azure ecosystem. Azure App Registrations offer a crucial mechanism to manage application identities and enable secure authentication and authorization. However, the expiration of client secrets associated with these app registrations can introduce security vulnerabilities.

In our previous blog, we shared our firsthand experience of implementing a tracing collector API using serverless components. Drawing parallels with Amazon Prime Video’s architectural redesign, we discussed the challenges we encountered, such as cold-start delays and increased costs, which prompted us to transition to a non-serverless architecture for more efficient solutions.

As developers, we understand the immense value of having real-time access to live traces. It significantly enhances our ability to identify, debug, and troubleshoot potential issues within applications, streamlining the development and deployment process. Today, we are excited to introduce the new and improved Live Tail feature at Lumigo, which enhances your observability experience to a whole other level.

Let us consider a scenario where a Logic App is used to communicate with SharePoint through API connections, known as connectors. When configuring the connector, it communicates with Azure AD, retrieving a username and password and continuously refreshing the authentication token. When the Logic App calls the connector, it performs operations like uploading files to SharePoint.

Amazon Elastic Container Service (ECS) is a versatile platform that enables developers to build scalable and resilient applications using containers. However, containerized services, like Node.js applications, may face challenges like memory leaks, which can result in container crashes. In this blog post, we’ll delve into the process of identifying and addressing memory leaks in Node.js containers running on ECS. First, let’s look closer at what a memory leak is.

Modern businesses are constantly looking for more efficiency and better performance in their daily operations. This is why embracing cloud computing has become necessary for many businesses. However, while there are numerous benefits to utilizing cloud technology, obstacles can get in the way. Managing a cloud environment can quickly overwhelm organizations with new complexities.