How to Configure a DNS Server and Firewall Rule on a Google Virtual Machine

In this article I will show you how to set up a DNS server and firewall rule on your Google virtual machine. This way, you can use the virtual machine’s HDD space for other purposes, but Google cannot access this space when it is closed. Then you can configure a load balancer and log in to the VM. But, you must be logged in as an administrator or have sudo privileges to connect to the VM.

Log-in to a VM

First, create a Google Cloud VM by logging into your Google account. Then, navigate to Compute > Compute Engine > VM instances. Select the newly created VM instance and click on the “Details” tab. Here, you will see the options for enabling serial ports and SSH. Once you’ve made those changes, you can log-in to your new VM.

To log-in to a Google Cloud VM, you must first log into your GCP project. Once you’ve done this, click the VM instance to view its configuration. Then, navigate to the Custom metadata section. There, you’ll find the key pair name enable-oslogin. By default, enable-oslogin is set to FALSE. Now, you can login to your virtual machine using SSH.

To access your VM, go to the console on the Google Cloud Platform. Click the three horizontal stripes at the top-left corner of the console. Click on VM instances to see their name and other important information. Click “Set Windows Password” to enter your Windows username and password. After that, follow the instructions on the page to log in to your virtual machine. If the password is not provided, click on “Not authorized”. This will prompt you to enter a valid Google Cloud Platform account.

You can use a browser-based SSH tool to log in to your GCP VM. By default, you will log in as the default user with sudo privileges. You can also install additional tools from the command line with yum. Most of the GCP VMs are preconfigured, so there’s no need to change anything. You can also stop and restart your VM instance from the GCP Dashboard.

Create a Firewall rule

To configure the firewall rules for your Google virtual machine, you should log into the Google Cloud Console. Select the VM instance from the list, then click “Instance Details”. You will see a list of network interfaces. Click “Edit” and then “Save.”

Ingress and egress rules define the protocol and port combinations to allow and deny. An ingress rule controls traffic from one source to another, while an egress rule applies only to traffic coming from a specific destination VM. If you are unsure which port or protocol to use, you can look at the list of valid combinations. If the list contains a port that is not listed, then you do not need to configure the firewall.

To set the priority of the firewall rule, choose the desired value from the drop-down list. By default, all firewall rules are enabled. Enabling a firewall rule is optional, but highly recommended. A higher priority indicates that the rule should be evaluated more often. You can set the priority of the rule between 0 and 65535. If two firewall rules have the same priority, the rule will take priority.

To enable a firewall rule on a Google virtual machine, first choose whether you need private or public access. You can enable this feature if you have a firewall in your organization, but be prepared to assume the risks. To access the firewall rule, open the Google Cloud Console and log in with your administrator account. You can also use a VM-IP license manager device to configure firewall rules. Make sure you change the password on your machine before proceeding. The administrator password is “admin” by default.

Configure a DNS server

The Google Cloud DNS service offers several ways to configure a DNS server for your Google virtual machine. You can create a private DNS zone and configure the DNS name to be assigned to your VM instance. By creating a private DNS zone, you can configure DNS forwarding and assign your custom DNS names. You can also create FQDNs for your VMs to help you distinguish them from each other.

To create an A record, you should first configure the DNS name of the machine. If you want to use the IPv6 protocol, you can select IPv4 or IPv6. You should use the Google-managed key because it’s the safest and will protect your website’s files from hackers. Once you’ve created your DNS name, you should copy the external IP address from the VM instance to your local computer. Next, navigate back to the Cloud DNS console and click on the ADD RECORD SET button.

After creating your DNS zone, you’ll need to configure your Google Cloud instance to use it. You’ll need a DNS server to host your websites. To configure a DNS server for a Google virtual machine, go to the Google Cloud instance’s details page. There, you’ll find a list of network interfaces. You should enter your public IP address as igiva or igiai. In the DNS zone page, you’ll need to choose a public zone type and set a name for the zone. In the DNS zone page, you’ll also need to enter the A record for your domain.

When setting up a Google Cloud instance, you can choose between two options – global and zoned DNS names. The global name refers to the whole domain, while zonal DNS refers to specific zones in the Google Cloud. The global name is recommended for new projects. Instances that were created in an organization prior to September 6, 2018 should use global DNS names. You can migrate your project by setting the global DNS name, but this does not change the default DNS name for your project.

Create a load balancer

To create a load balancer with Google virtual machine, go to the network settings and click on “Load balancing”. Select HTTP(S) Load Balancing and then click the Start Configuration button. Enter “lb-1” in the name field, then click OK. Backend services should be enabled and port numbers should be set to 80. In addition, you must add a health check service, which will be configured later.

You can attach the load balancer to one backend service, or to several. You can also configure the load balancer to be attached to multiple instances running in Google’s compute engine. You can then specify which instances should be attached to the load balancer’s IP address. For each instance, you must create a metadata script and set its zone to us-central1-a. To test the configuration, you should attach a web server with Apache and configure it to listen for HTTP traffic.

If you want to make your own HTTP load balancer, you can use Google’s cloud platform. In order to make your own load balancer, you need to create a Google account. Creating a load balancer with Google virtual machine is a simple process, and you’ll be up and running in no time. Then, you can install any other web server and host it. Make sure to use a Google Cloud Platform account when you use codelabs to create your load balancer.

Using cloud computing, you can scale your Google virtual machine instance. You can attach multiple instances of the same type to a single load balancer. You can also use autoscaling to adjust the size of some locations and route more traffic to others. When demand exceeds the capacity of a single location, it will overrun the remaining locations and fail to process any requests. It is therefore important to have multiple instances of the same type, as this will help avoid failures.

Create a machine image

In the Compute Engine section of the dashboard, select VM Instances. You can then create a machine image for your Google virtual machine. You’ll need to enter the name of the image and disk to use when creating your new VM. If you have a Linux-based machine, you can also configure it to connect to the internet via SSH, using the default port and Google managed SSH keys.

Once you’ve created your VM instance, you can create a machine image by using the Compute Engine API, the GCP console, or the gcloud command line interface. In your machine image, you’ll specify the name and source of the VM instance and its storage location (by default, the multiregional Cloud Storage location). In addition, you’ll want to encrypt the image using the Cloud Key Management Service key.

To create a VM from a machine image, you must first access it. Then, you’ll need to override the service account property that allows you to override the resource naming convention. This will ensure that the image is unique and that no other instances can use it. You can also create a machine image for multiple VMs in the same account. You can then use these images for a variety of purposes.

Machine images are great for backup purposes. You can use machine images to clone and duplicate VM instances, as well as for debugging, scaling, and system maintenance. Machine images also include data from attached disks and metadata, as well as the service account that created the instance. These images can even be shared with other projects. If you want to tweak an image, you can use the machine override functionality.

Leave a Comment

Your email address will not be published.