With the emergence of new programming languages, libraries, packaging systems, and dependencies, the open source landscape has become more diverse. At the same time, companies are finding it more and more complex to package and deliver open source software. This creates a massive challenge for independent software vendors (ISVs), large enterprises, and other organizations that need to control their software supply chain lifecycles while adhering to industry standards and best practices.

More and more companies around the world are using cloud solutions to run their applications, software or to store their data. But what about cloud compliance? The democratisation of the cloud is not surprising as it provides access to virtual data storage where companies no longer need to buy or maintain their own IT infrastructure. However, with cloud solutions, the security of user data should not be overlooked. There are cloud certifications and regulations that can help you in your choice.

Today’s modern cloud architectures centered on AWS are typically a composite of ~250 AWS services and workflows implemented by over 25,000 SaaS services, house-developed services, and legacy systems. When incidents fire off in these environments—whether or not a company has built out a centralized cloud platform—distinct expertise is often a necessity.

At Platform.sh, we are committed to making your development and deployment experience as smooth and seamless as possible. As part of this effort, we regularly listen to your feedback to see how we can improve things. One of those things: is how complex it can be to configure environment or project settings from the Console. That is why we decided to regroup all settings pages together so that they’re easily accessible from a single location.

In this two post series, we are going to explore some ways to trace and debug NodeJS Lambda applications. Delving into some methods to look further into resources utilized to and some methods to optimize code. AWS Lambda, an event-driven compute service first introduced roughly eight years ago, changed how we build out cloud applications as an industry.

User experience is the pinnacle of cloud technology. With cloud data centers handling 94 percent of all workloads, cloud optimization is vital. Users need fast, agile, scalable, and stable solutions over the long term. But how do you build these solutions? This is where cloud-native technology comes in. Cloud native computing provides the foundation for building, designing, running, and managing applications in the cloud.

Before we jump into cloud cost optimization, let us address the elephant in the room. Businesses are moving to the cloud but are struggling with unpredictable cloud bills. If you are a business owner who has moved to the cloud recently, you need to understand each cloud touchpoint and get a transparent view of your cloud services. When it comes to cloud cost optimization, there are many tools and techniques that organizations can adopt. Most of these can only take you so far.