貉れ 蠏手 蠍一 危危蠍 貉れ 襯 危エ覲願, 企ろ 蟆曙朱 貉企 蟆曙 伎 貎覯ろ一れ 旧 螳 覺. 襷讌襷朱 貎覯ろ一 企ろ磯ゼ 所 燕螻 蟯襴 れ企 企殊磯 Kubernetes service襯 磯襯 牛 螳企襴暑 | To understand Docker's underlying technology, we look at Docker's history and learn about the core concepts of Kubernetis, which operates a container environment in a cluster environment. Lastly, I will introduce Naver's cloud platform Kubernetes service, which allows you to easily create and manage Kubernetes clusters, through a demo.
Docker is an open-source virtualization platform that uses containerization technology, which enables isolated application processes. Initially presented by Solomon Hykes in 2013, it aims to address challenges of service interaction, dependency management, and application migration. Key features of Docker include its flexibility, lightweight nature, portability, and scalability, utilizing technologies such as namespaces and control groups.
The document discusses deployment automation as a key aspect of continuous delivery, emphasizing the need for automated processes to improve deployment speed and reliability. It outlines the significant benefits of automation, including reduced errors, increased collaboration, and cost savings, while also detailing the stages of an exemplary continuous delivery deployment pipeline. Additionally, it highlights the limitations of manual deployments and stresses the importance of automation for optimizing software delivery.