The need of mobile network operators for cost-effectiveness is driving 5G and beyond networks towards highly flexible and agile deployments to adapt to dynamic and resource-constrained scenarios while meeting a myriad of user network stakeholders' requirements. In this setting, we consider that zero-touch orchestration schemes based on cloud-native deployments equipped with end-to-end monitoring capabilities provide the necessary technology mix to be a solution candidate. This demonstration, built on top of an end-to-end cloud-native 5G experimental platform with over-the-air transmissions, shows how dynamic orchestration can relocate container-based end-user applications to fulfil intent-based requirements. Accordingly, we provide an experimental validation to showcase how the platform enables the desired flexible and agile 5G deployments.

翻译：移动网络运营商对成本效益的需要正在推动5G和网络之外高度灵活和灵活地进行部署,以适应动态和资源受限制的情景,同时满足用户网络利益攸关方的各种需求。在这一背景下,我们认为,基于具备端到端监测能力的云型部署的零触摸管弦计划提供了必要的技术组合,成为解决方案的候选方案。这一示范建立在终端到端的云端5G实验平台之上,并有超空传输,表明动态管弦化可如何迁移集装箱终端用户应用程序,以满足基于意向的要求。因此,我们提供实验性验证,以展示平台如何使所期望的5G部署具有灵活性和灵活性。