Operations | Monitoring | ITSM | DevOps | Cloud

Network monitoring is a critical aspect of managing and maintaining the performance and security of a network. It includes monitoring and analyzing network traffic, devices, and systems to identify potential issues and ensure that the network operates efficiently and effectively. Network monitoring can help organizations identify and prevent security breaches, identify and troubleshoot performance issues, and ensure compliance with industry regulations and standards.

SonarQube is a tool for static code analysis that integrates with your existing CI pipelines to run quality checks on your codebase as it changes. As you develop and release new code, constant monitoring of code quality is crucial to ensure compliance, stability, and security. SonarQube’s Clean-As-You-Code philosophy helps to avoid technical debt by running regular code checks and alerting you to any problems early on.

As organizations transition to the cloud, they are faced with the question of which platform is best suited to their needs. While Microsoft Azure has been a popular choice for cloud computing, many organizations are finding that VMware is a better fit for their virtualized infrastructure needs. This article will explore the reasons why you should consider migrating your Azure VMs to VMware and the benefits that come with making this transition.

With the looming macroeconomic uncertainties that are affecting growth, companies are trying to control their costs by downsizing their staff and reducing their infrastructure costs. One way to reduce infrastructure costs is repatriating workloads from public clouds, which we refer to by “cloud repatriation”. According to a 2021 survey by 451 Research, 48% of respondents repatriated some of their workloads from cloud providers.

Argo CD is a declarative continuous delivery tool for Kubernetes developed by the Cloud Native Computing Foundation (CNCF). Argo CD automates your application deployment by continuously monitoring the live state of your containers and comparing it against the desired state in your Kubernetes manifest files, then pulling changes into your Kubernetes clusters as needed.