CloudStakes Technology

Many organizations are using Kubernetes clusters to run their containers across many platforms, such as cloud-based and on-premises. Plus, they support every operating system compared to virtual machines and can share and run them in any above-mentioned environment and machines . Additionally, many DevOps Solutions find difficulties in implementing, running, and managing Kubernetes clusters even after involving modernized efforts, like cloud-native and microservices. And to overcome such challenges, terraform – an open-source IaC software tool- is the most used in this area as it offers a variety of tools addressing such difficulties and allowing developers to develop and update Kubernetes clusters right from the CI/CD pipeline. However, at some point, this modern Terraform limits its ability in the application deployment and management work due to IDP (Internal Developer Platform). Therefore, developers need an additional model to achieve these capabilities efficiently, and this...

Modern cloud-native architecture often uses cutting-edge technologies, like DevOps and agile methodologies, to securely deliver applications to organizations at scale with a cloud-first approach. This cloud-native security architecture consists of the latest pragmatic strategies, such as zero-trust policy and DiD (Defense in Depth) approach, which can be implemented on the application using significant tools and services. Many IT leaders believe that this cloud-first security approach has changed the traditional security implementation approach and transformed it to a subsequent extent. Before we move further, let’s understand the meaning of Cloud-Native Architecture . What is Cloud-Native Architecture? Cloud-native architecture is a suite of applications' designing principles, services, and software that is used to implement system infrastructure by setting up the cloud as the primary hosting podium. Cloud-native applications are designed to be highly scalable, safe, and eff...