#VMwareEngine

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Backup vault For Cyber Resilience & Compute Engine Backups

Google Vault Backup

Data backup is more crucial than ever. Due to the rise in ransomware attacks, more customers are upgrading their protection to protect their data. Thus, security and usability are prioritized. Regarding security, the frequency of ransomware and other cyberattacks puts a company’s finances and reputation at serious danger. Simultaneously, there is a strong need to decrease operational burden and boost agility by streamlining backup management.

Google is introducing three significant updates to the Google Cloud Backup and Disaster Recovery (DR) service, all of which are now in preview, to better meet your changing needs:

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The new backup vault storage feature protects your backups from manipulation and unwanted deletion by providing immutable (preventing modification) and indelible (preventing deletion) backups.

A completely managed end-to-end solution for centralized backup management that facilitates direct integration into resource management flows and makes data protection simple.

Integration with the Compute Engine virtual machine formation process, enabling application owners to implement backup policies at the time of VM creation.

Protect your backups from unapproved deletion and alteration

Backups are frequently the last line of defense for data recovery in situations where production data is compromised or unreliable, as occurs after a major user error or cyberattack. It’s imperative to secure your backups from later alteration and deletion in addition to backing up your important workloads. Backup vault enables you to confidently achieve the protection your organization needs by offering secure storage for backups made by the Backup and DR service.

How to Backup Vault

Air-gapped backup isolation makes sense

Data from your backup vault is conceptually air-gapped from your self-managed Google Cloud project and kept in a Google-managed project. Direct assaults against the underlying backup vault resources are prevented since they are not visible to or accessible by users within your business. The only way to access backup vault data is via the APIs and user interface of Google Cloud Backup and DR services.

Control and adherence: mandatory storage

You can stipulate while building a backup vault that vaulted backups have to be kept under strict security against deletion and modification until the administrator-specified minimum enforced retention period has passed. You can meet backup immutability and indelibility goals with this layered protection. Security initiatives and regulatory compliance requirements are common drivers of these goals.

Dependable and adaptable recuperation

Fully self-contained, vaulted backups allow for recovery even in the event that the original resource is unavailable. Furthermore, backup vaults can be established in a project that is distinct from the source project to guarantee that backups are still available in the event that the source project or resource is destroyed. You may therefore set up your backup policy to offer robust resistance against the deletion of the source project. In the event of a cyberattack, this facilitates the prompt recovery of production applications to projects that already exist or are freshly established. Recovery into projects set up as isolated recovery environments (IREs) for pre-recovery testing and forensics is also supported.

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In the upcoming months, the backup vault feature will become broadly accessible after being made available in preview form today. Oracle and SQL Server databases, as well as Compute Engine and VMware Engine virtual machines, are all protected.

Utilize centralized, fully managed backup administration

Consumers frequently request an infrastructure-free, self-serving, and basic backup solution made for cloud applications. Customers want a more flexible strategy that gives app developers the ability to backup their virtual machines (VMs) while maintaining governance and monitoring by the central backup team. This is to ensure that critical operational components do not impede the agility that businesses need.

With a fully managed solution that simplifies data protection and provides an integrated, developer-centric, self-service approach for app developers, Google cloud new centralized backup management experience offers simplicity.

Store your vital Compute Engine virtual machine data in backup vaults

The new fully managed experience, which offers first support for managing Compute Engine VM protection, simplifies backup setup into three simple steps: 1) building a backup vault (storage), 2) defining your backup plan (schedule), and 3) initiating your VMs’ protection. Because of this approach’s ease of use, complicated setups are not necessary, allowing you to concentrate on your main business activities rather than managing backups.

Providing direct connection to empower application owners

Thanks to an integrated experience during VM formation, platform administrators now have the ability to backup Compute Engine virtual machines (VMs). This feature streamlines workflows and lessens the administrative load on IT and central backup teams by enabling teams to take charge of their own backup strategy right from the VM creation process. It is possible to guarantee that your data protection standards are followed consistently right from the start by including backup tasks in the VM provisioning process. Admins have freedom and control because of their integration with Google Cloud Identity and Access Management.

Centralized oversight, reporting, and monitoring

By providing centralized management over backup policies and enabling application owners to handle their own backup operations, the backup service improves governance as well as supervision. This dual-layer strategy strikes the ideal mix between operational flexibility and centralized control, ensuring consistency and compliance throughout the business.

The system offers extensive monitoring and reporting features to further fortify data protection:

Backup and restore jobs that are scheduled

Monitor the progress of these jobs to make sure they are proceeding according to plan. Track advancement, failure, and success of jobs with a single dashboard.

Customizable reports

Produce thorough reports on protected resources, compliance, storage utilization, failed and skipped jobs, and more. Customize these reports to your own requirements to acquire insightful knowledge about your backup environment.

Notifications and alerts

Configure alerts and notifications to be informed when important backup events occur. You’ll get timely notifications to take the necessary action, whether it’s about a failed job or other significant updates.

Automation simplicity: Integrate at-scale protection with your current systems

Effective cloud resource management requires automation, and new product works with the VM management tools you already have. Easy integration into your automation workflows is made possible by the Backup vault, regardless of whether you’re using Terraform, APIs, or the gcloud CLI. You will be able to use the UI and the gcloud CLI to secure Compute Engine virtual machines during the preview. You can use APIs and Terraform to integrate backup operations as code on top of your current infrastructure and integrate them into your larger VM management strategy once the offering is made broadly available. With this feature, you can be sure that your backup procedures are optimized for your current infrastructure and that they are also effective.

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GCP GCVE Is Generally Available In VMware Cloud Foundation

GCVE Documentation

VMware Cloud Foundation on Google Cloud VMware Engine(GCVE or GCP GCVE) is generally accessible, there is no better moment to migrate your VMware workloads to Google Cloud in order to save money and take advantage of a cutting-edge  cloud computing environment. Today, Google Cloud we are happy to announce the following in collaboration with Broadcom:

VMware Cloud Foundation (VCF) support is now offered at a commitment price that is approximately 20% less.

You may maintain your VMware investments by transferring your on-premises VCF licences to GCVE in a flexible manner thanks to licence portability entitlement support for VCF. With a three-year prepayment commitment, you will be able to purchase a VE1 node that enables mobility for up to 35% less1 than the prior rate, which included VMware licences.

Several new GCVE node kinds to suit your workload requirements at a reasonable price; in fact, GCVE (with VCF) can save you up to 30% compared to Azure VMware Solution.

Together with no-cost proof of concept and trial costs, commercial incentives up to 40% of GCVE first-year expenditure can be used as further migration and consumption incentives.

Convertible commitments enabling mid-term switching between various GCVE node types and alternative compute platforms such as Google Kubernetes Engine (GKE) and Compute Engine.

Assistance with VMware Cloud Foundation

VMware  Cloud Foundation is now fully supported by GCP GCVE thanks to a cooperation with Broadcom. VCF is an all-inclusive platform that combines VMware’s management and application infrastructure capabilities with its compute, storage, and network virtualization capabilities. Apart from the pre-existing cloud infrastructure elements in GCVE, such vSphere, vSAN, NSX, and HCX, VCF encompasses other novel functionalities like Aria Suite Enterprise and Aria Operations for Networks Enterprise.

With the use of these Aria features, application performance and resource utilisation can be optimised for better application health, higher performance, and effective capacity management. Comprehensive monitoring, analytics, and insights are also provided.

Portability of VMware Cloud Foundation licence

Customers wishing to transfer the value of their current or prospective VMware Cloud Foundation licence investments to Google Cloud frequently contact us. They are happy to announce support for VCF licence portability entitlement in GCP GCVE, working with Broadcom. Put simply, you can apply already purchased VCF licences and just pay Google for the VMware Engine service and infrastructure when you choose GCVE commitment types that support portability.

You can potentially save money by bringing your own VCF subscriptions to GCP GCVE instead of having to pay for new licences, which is an advantage over earlier pricing structures. For instance, on a three-year prepayment commitment, you may buy a VE1 node that enables mobility for up to 35% less than the prior rate, which included VMware licences.

The first cloud service provider to deliver a unique VCF-integrated solution that allows licence mobility for VCF is Google  Cloud. By using Google Cloud, you can take advantage of Google’s infrastructure’s scalability, security, and innovation while getting the most out of your VMware investments.

GCVE Google Cloud

Customers have often expressed a need to support a variety of VMware workloads with improved capacity shaping in order to save expenses over time. Google Cloud unveiled the ve2-standard-128, Google’s initial node type on the VE2 node platform, earlier this year.

Google  Cloud is thrilled to present ve2-mega form family today. The 51.2 TB raw data storage and 3.2 TB cache capacity of the ve2-mega shapes are approximately 2.7 times more than those of the ve1. Two additional hyperconverged node types in the family are now available:

96 hyperthreads in ve2-mega-96 (about 1.3 times more than ve1-standard-72).

ve2-mega-128 boasts 128 hyperthreads, almost 1.7 times more than ve1-standard-72.

Additionally, ve2-standard-96, which has 48 cores and 96 hyperthreaded cores, is now available. 25.6 TB of raw data storage is included with ve2-standard forms.

Google Cloud are currently introducing two additional storage-only node types, ve2-standard-so with 25.6 TB raw data storage and ve2-mega-so with 51.2 TB raw data storage, for workloads with high storage requirements. The NVMe storage available in Google’s hyperconverged node types is also available in GCP GCVE storage-only node types, which are priced less.

You can add storage-only node types to your current GCVE clusters to easily and affordably increase your storage capacity. You don’t need to manage any external connectors or mounts to enjoy the same lightning-fast speed and simplicity of use.

Fresh financial savings coupled with obligations

With new one- and three-year term commitments, GCP GCVE now provides increased discounting for its VE1 and VE2 license-included node platforms:

VE1 nodes: rates are 22% less than they were previously.

VE2 nodes:

Discount of 37% for commitments made in advance for a year (formerly 30% for VE1)

For three-year prepayment contracts, there is a 55% discount (formerly 50% for VE1).

GCVE Pricing

These adjustments save a significant amount of money. For instance, a three-year prepaid commitment for ve1-standard-72 in us-central1 (Iowa) costs $3.60 per hour, while Azure’s AV36P three-year reserved instance in the “Central US” location costs $5.17 per hour (a reduction of around 30%)*.

Substantial rewards for lowering TCO

Clients seeking to relocate their VMware workloads to GCP GCVE seek a notable decrease in both budgetary and technical obstacles. In order to meet this need, Google Cloud collaborated closely with a number of Google cloud important service providers, and we are happy to announce:

Free consultations and proof of concept for clients, provided by Google cloud associates and financed by Google Cloud

For new clients signing a Flex or Enterprise Agreement with Google  Cloud:

Incentives for migration services: up to 25% of the additional net expenditure for the first year allocated to migration services. Several partners hold certifications for providing migration services.

Incremental consumption incentives lower customers’ total cost of ownership (TCO) as they transition their VMware workloads. Up to 15% in extra credits are awarded for incremental net usage of GCVE in the first year. Convertible obligations

What is gcve in google cloud

GCP GCVE is Google  Cloud VMware Engine. Google Cloud allows you execute VMware workloads on its infrastructure. You may relocate on-premise VMs to the cloud without changing your apps.

Simplified migration: Migrating VMs to the cloud without reworking saves time and money.

Scalability and agility: Google  Cloud’s infrastructure lets you scale resources up or down.

GCVE Architecture

When clients migrate their workloads to GCP GCVE, they frequently modify the architecture of those workloads to utilise different Google Cloud features. They haven’t been able to exploit their current GCVE obligations for these use cases, though. Google Cloud are thrilled to introduce new convertible three-year GCP GCVE commitments to support this flexibility.

For an extra fee, you can convert a portion of your commitments to other GCVE alternatives or services like Compute Engine or GKE. As an illustration:

Using dynamically scaled web-facing servers on Compute Engine or GKE, you can expand VMware setups.

You can switch between multiple GCVE node types with the flexible VE2 node platform in GCVE, which optimises resource utilisation by matching workloads to the most appropriate infrastructure as your architecture changes.

For information on costs and local availability, get in touch with a Google  Cloud sales representative.

Keep checking back for more, and save the GCP GCVE release notes to your bookmarks for updates. More information is available on thier Google  Cloud VMware Engine website. If you’d like to see what a migration would entail for you, register for Google’s complimentary exploration & assessment offer.

What isGCVE?

GCP GCVE is Google Cloud VMware Engine. It lets you execute VMware workloads on Google Cloud infrastructure as a managed service. This allows you to transfer on-premises VMs to Google Cloud without changing your apps.

GCVE is a viable alternative for enterprises who need VMware for their workloads yet desire the cloud’s scalability, agility, and cost reductions. It can also construct a hybrid cloud architecture with on-premises and cloud workloads.

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