#What is kubernetes volume how to#

One of the things that I don’t like in terms of protection against malicious contents is that it does not scan each uploaded file one by one. Now, using the commands below, let’s activate advanced threat protection for the storage account we created. It is possible to activate Microsoft Defender for Storage either at the subscription level or at the resources level that we choose.

When it detects any potential security threat, it creates security alerts on the portal. It performs this process by continouosly analyzing the telemetry data which produced by Azure Blob Storage and Azure Files service. In short, without us having the skills of a security expert, this smart layer ensures that we have a protection against potential threats, that may come from outside. In order to protect our File shares service, we will benefit from Microsoft Defender’s native intelligent security layer for storages. Microsoft Defender is an advanced threat protection tool which we can use for potential security threats in both our Azure-native and hybrid environments. Now, let’s take a quick look at how we can secure the File shares service we just created against potential external threats and unusual accesses with Microsoft Defender. Let’s perform the operations via Azure CLI as follows. Especially if we are in the cloud environment migration process, we can make this migration process easier by using Azure Files since it has ability to work on both on-prem and cloud environments and also it easily gets mounted to the applications over SMB protocol.įirst we need to create a storage account, after that we will be able to create a File shares service. Let’s Create a Azure File SharesĪzure Files offers us a fully managed file share service that can be accessed over SMB or NFS protocols.

#What is kubernetes volume how to#

In the context of the article, we will look at how to mount statically created Azure File shares service to a pod by using PersistentVolume and PersistentVolumeClaim resources. In addition, when creating a Kubernetes volume, either it can be created statically by a cluster administrator or dynamically by the Kubernetes API.

While the lifecycle of the ephemeral is bound to a pod, lifecycle of the persistent is not bound to any pod. We can categorize volumes as Ephemeral and Persistent in Kubernetes. With this flexible structure, we can use different volume types within the pods simultaneously. Kubernetes has a volume abstraction model that solves many problems such as data loss and has a structure that allows us to use different volume types. We need to have following environment and tools. We will also briefly mention that how we can make our persistent volume secure against potential security threats. We will perform this operation by using fully managed Azure File shares service. In this article, we will see how we can create a persistent volume that can be accessed by many containers and also how to mount it to our containers. In other words, if we don’t use a persistent storage solution, any data that we store in a container will survive until the container is deleted. net core Access Token actor model asp.net core asp.net core kubernetes Asp.Net Web API Asp.Net Web API Güvenlik Asp.net Web API Token Based Authentication Assembly azure kubernetes service Bearer Token c# messaging clean architecture CQRS docker dotnetconf dotnet core elasticsearch hexagonal architecture kubernetes masstransit MicroService microsoft orleans Mock Nedir Nesne Yönelimli Programlama NLog OAuth OAuth 2.0 object oriented prensipleri Object Oriented Programming OOP orleans Owin OAuth RabbitMQ Reflection Repository Pattern serverless service mesh Solid Strategy Pattern Token Based Authentication Transparent Proxy Unit Test ArchivesĪpplications that we develop as cloud-native sometimes may have to deal with data related operations such as accessing, storing or sharing a data between applications.Īs we know, our applications that we host on Kubernetes as containerized are ephemeral and stateless by nature. Gökhan Gökalp on Microservice Mimarilerinde Consul ile Service Discovery.Tiago Min on Working with Persistent Volumes by Using Azure Files in Azure Kubernetes Service.Prem Londhe on Using Internal Nginx Ingress with Azure Kubernetes Service.Nizamuddin on Implementation of Choreography-based Saga in.Gökhan Gökalp on Implementation of Choreography-based Saga in.Tasarım Prensipleri (Design Principles) (5).Tasarım Kalıpları (Design Patterns) (7).Nesne Yönelimli Programlama (Object Oriented Programming) (6).Kurumsal Tasarım Kalıpları (Enterprise Design Patterns) (2).