According to the 2021 test automation report, more than 40% of companies want to expand and invest their resources in test automation. While this doesn’t mean manual testing is going away, there is an increased interest in automation from an ROI perspective – both in terms of money and time. After all, we can agree that writing and running those unit test cases are boring.
More organizations than ever run on Infrastructure-as-Code cloud environments. While migration brings unparalleled scale and flexibility advantages, there are also unique security and ops issues many don’t foresee. So what are the major IaC ops and security vulnerabilities? Configuration drift. Cloud config drift isn’t a niche concern. Both global blue-chips and local SMEs have harnessed Coded Infrastructure.
Our team has been hard at work this month to introduce 2 new parsing rules, DataMap improvements, updated tracing visualizations for SLA monitoring & more. Get up to speed on everything that’s new and improved in the Coralogix platform!
Write enough programs, and you’ll agree that it’s impossible to write an exception-free program, at least in the first go. Java debugging is a major part of the coding process, and knowing how to debug your code efficiently can make or break your day. And in Java applications, understanding and leveraging stack traces can be the game-changer you need to ship your application quickly. This article will cover how to debug in Java and how Java stack traces simplify it.
As the container orchestration platform of choice for many enterprises, Kubernetes (or K8s, as it’s often written) is an obvious target for cybercriminals. In its early days, the sheer complexity of managing your own Kubernetes deployment meant it was easy to miss security flaws and introduce loopholes. Now that the platform has evolved and been managed, Kubernetes services are available from all major cloud vendors, and Kubernetes security best practices have been developed and defined.
Infrastructure as Code (IaC) is the cloud-computing practice of putting the provisioning and configuring your cloud resources into machine-readable code.
The value of log files goes far beyond their traditional remit of diagnosing and troubleshooting issues reported in production. They provide a wealth of information about your systems’ health and behavior, helping you spot issues as they emerge. By aggregating and analyzing your log file data in real time, you can proactively monitor your network, servers, user workstations, and applications for signs of trouble.
From production monitoring to security concerns, businesses need to analyze and review their logs on a daily basis to make sure their system is up to par. Here are the reasons why analyzing your log data is so important. If you landed here, chances are you probably know what logs are, but we’ll start off with a short explanation of what it is.
Since the beginning of the Internet, the speed of delivering content has been an issue. While processor enhancements, network acceleration, and web frameworks have brought drastic improvements to performance, the goalposts have continued to shift further away; devices operate on wireless connections with limited bandwidth, and the Internet is accessed from every corner of the globe.
While 2020 and 2021 were significant years for us, we’ve entered this year ready to give more to our users! We’re delighted to share we have raised $142 million in a Series D funding round! So what does that mean for you exactly? Over the past few months, our team has been working hard to build custom mapping for metrics, an advanced tracing UI, and more into our platform. The world is our oyster, and we can’t wait for you to see what else we have planned!
