Post by account_disabled on Jan 8, 2024 5:59:51 GMT -5
Deployed in what we see as the future of software deployment, serverless and edge. In this article we want to take a step back and consider how software has been deployed in the past to better understand the benefits and trade-offs offered by these new deployment types. Bare Metal You may be very unlucky enough to be a developer during the bare metal or on-premises deployment phase of development. A local server bare metal deployment is a deployment on a physical server that may be set up and managed locally by a system administrator. Configurations such as software updates, hardware updates, etc. are all manually completed directly on the physical machine. Even bare metal deployments in their simplest form are difficult because they require expertise in physical servers, how to network those servers.
And how all the various photo editing servies pieces of the application infrastructure are connected together. Virtual Machines As teams grew tired of managing so many physical machines and maintaining the facilities that housed the hardware, they turned to a new technology that allowed them to create virtual machines that hosted their applications. Virtual Machine A virtual machine is essentially a virtualized copy of a complete physical machine that can run on physical hardware. A common example is services. Virtual machines can be provisioned on one of many physical servers, allowing developers to deploy their applications without the hassle of managing host hardware. If there is a problem with the physical server the cloud provider in this case will be responsible for moving the virtual environment to a new machine.
Containers The last form of deployment we will discuss before discussing serverless is containers. Containers are isolated spaces on a host operating system that can exist and operate independently of other processes running on that host. This means developers can run multiple containers on their machines as fully isolated virtual machines. The most common example of a containerization tool is . host multiple applications with different environmental requirements on a single machine in a way that closely matches the production environment. With this breakthrough developers can simply build a container and provide it to the cloud provider. The cloud provider will take care of deploying it to the machine along with many other containers. Serverless gives you the freedom.
And how all the various photo editing servies pieces of the application infrastructure are connected together. Virtual Machines As teams grew tired of managing so many physical machines and maintaining the facilities that housed the hardware, they turned to a new technology that allowed them to create virtual machines that hosted their applications. Virtual Machine A virtual machine is essentially a virtualized copy of a complete physical machine that can run on physical hardware. A common example is services. Virtual machines can be provisioned on one of many physical servers, allowing developers to deploy their applications without the hassle of managing host hardware. If there is a problem with the physical server the cloud provider in this case will be responsible for moving the virtual environment to a new machine.
Containers The last form of deployment we will discuss before discussing serverless is containers. Containers are isolated spaces on a host operating system that can exist and operate independently of other processes running on that host. This means developers can run multiple containers on their machines as fully isolated virtual machines. The most common example of a containerization tool is . host multiple applications with different environmental requirements on a single machine in a way that closely matches the production environment. With this breakthrough developers can simply build a container and provide it to the cloud provider. The cloud provider will take care of deploying it to the machine along with many other containers. Serverless gives you the freedom.