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Kubernetes

The future of cloud strategies

Cloud strategies are a central component of modern corporate IT. They enable companies to optimise their IT infrastructure, reduce costs and respond more flexibly to market requirements. By utilising cloud services, companies can improve their agility and scalability and increase their operational efficiency. Cloud technology provides access to innovative solutions such as artificial intelligence, machine learning and big data analyses. These technologies enable companies to remain competitive and open up new business opportunities. [...]

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The future of cloud technology: innovation and growth

Cloud technology has evolved considerably since its beginnings in the 1960s. It was originally based on the concept of "time sharing", where multiple users could access a central computer at the same time. In the 1990s, the development of virtual machines led to the ability to run multiple operating systems on one physical computer, which formed the basis for the modern cloud infrastructure. Today, cloud technology encompasses a wide range of services, including Infrastructure as

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What are containers in software development?

Containerisation is a technology for isolating applications and their dependencies in standardised units called containers. This method enables consistent deployment and scaling of software regardless of the underlying infrastructure. Containers are lightweight, portable and autonomous units that ensure fast and consistent deployment of applications in different environments. The benefits of containerisation include: 1. consistent execution environment: applications run in a standardised environment, independent of the host infrastructure. 2.

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The future with cloud-native applications

Cloud-native applications are software solutions specially designed for the cloud that optimally utilise the possibilities of the cloud infrastructure. They are designed for operation in a dynamic and scalable environment and are characterised by high flexibility and agility. In contrast to traditional applications developed for on-premise data centres, cloud-native applications are designed to fully exploit the advantages of cloud services such as automatic scaling, high availability and elastic use of resources. The development of cloud-native applications is often based on

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Container technologies: efficiency and flexibility in use

Container technologies have undergone significant development in recent years. These technologies enable the execution of applications and their dependencies in isolated environments, which leads to improved portability and scalability. Compared to traditional virtual machines, containers share the host's operating system, which reduces resource requirements. This feature makes them particularly suitable for the use of microservices and the orchestration of applications in cloud environments. Docker, one of the best-known container platforms,

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The advantages of Kubernetes for companies

Kubernetes is an open source platform for orchestrating container applications. It was originally developed by Google and is now managed by the Cloud Native Computing Foundation. Kubernetes automates the deployment, scaling and management of containerised applications across different infrastructures. The platform offers numerous functions, including Auto-scaling: adjustment of resources based on workload Load balancing: distribution of network traffic across multiple instances Self-healing: automatic restart or replacement of faulty containers Rollout and rollback:

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