In today’s business environment, enterprises are facing unprecedented challenges due to rapidly changing macroeconomic forces. Enterprises need to be more efficient in how they manage their existing IT resources and how they deploy new IT resources. Flexera’s State of the Cloud 2020 report found that the top two cloud initiatives for enterprises in 2020 are to optimize their existing use of cloud (for cost savings) and to migrate more workloads to cloud.  To help meet these initiatives, Google has announced the general availability of Google Cloud VMware Engine.

Google Cloud VMware Engine brings VMware’s Software-Defined Data Center (“SDDC”) capabilities to Google Cloud, built on a fully compliant and certified VMware SDDC deployed in Google Cloud’s global datacenters. The service is focused on allowing enterprises to accelerate their cloud migration, simplify their business operations, and provide enterprises the agility to dynamically grow and adapt their IT environment based on their changing business needs.

Figure 1 - Cohesity Reference Architecture for Google Cloud VMware Engine
Figure 1 – Cohesity Reference Architecture for Google Cloud VMware Engine

Cohesity’s DataPlatform provides enterprises a modern software-defined data management solution for data protection, file and object services, and dev/test. As a Google Cloud VMware Engine launch partner, we worked closely with the Google Cloud team to test and validate our solution for the Google Cloud ecosystem. Existing and new Cohesity customers can leverage the DataPlatform for their data management needs.

In our tests, we deployed a Cohesity cluster running in SDDC and on Google Cloud. Deploying the DataPlatform in the SDDC or in Google Cloud provides enterprises the flexibility to deploy a Cohesity cluster in the environment that best meets their needs.

In both deployment models, we tested protecting VMs running in Google Cloud VMware Engine, recovering individual files and folder and full VMs, and using Cohesity’s SmartFiles with file and object to share data across the Windows and Linux VMs in our Google Cloud VMware Engine environment.  With our policy-based backup architecture, we backed up VM data to the Cohesity cluster and archived long-term data to Google Cloud Storage (“GCS”) for data life cycle management. The backup data on the Cohesity cluster and the archived data in GCS is compressed and deduplicated. This decreases the cluster and cloud storage requirements and reduces the cloud and data transfer costs.

Figure 2 - Cohesity Protection Policy
Figure 2 – Cohesity Protection Policy

 

Figure 3 - Google Cloud Storage archive targets for long term retention
Figure 3 – Google Cloud Storage archive targets for long term retention
Figure 4 - Google Cloud VMware Engine protection jobs
Figure 4 – Google Cloud VMware Engine protection jobs

After backing up the data to the Cohesity cluster and archiving data to Google Cloud Storage, recovering a full VM or individual files or folder to Google Cloud VMware Engine can be completed in minutes. Whether the data is a couple of hours, months, or years old, DataPlatform allows administrators or end-users, the ability to easily recover their data in the Cohesity Dashboard.

Figure 5 - Recover data in Google Cloud VMware Engine environment
Figure 5 – Recover data in Google Cloud VMware Engine environment
Figure 6 - Recover VMs and files and folders from the Cohesity cluster and the archived data in GCS
Figure 6 – Recover VMs and files and folders from the Cohesity cluster and the archived data in GCS
Figure 7 - Successful recovery of VM to Google Cloud VMware Engine environment
Figure 7 – Successful recovery of VM to Google Cloud VMware Engine environment

Along with validating our backup and recovery capabilities with Google Cloud VMware Engine, we validated Cohesity’s SmartFiles file and object capabilities by creating a file share for our VMs. Cohesity’s SmartFiles efficiently consolidates enterprise file and object data to Cohesity DataPlatform platform along with providing a “Google-like” search of the data.

Figure 8 - Cohesity View shared to Google Cloud VMware Engine VMs
Figure 8 – Cohesity View shared to Google Cloud VMware Engine VMs
Figure 9 - Mounted Cohesity View on Windows VM
Figure 9 – Mounted Cohesity View on Windows VM

 

DataPlatform provides:

  1. Simplified migration of on-premise workloads to Google Cloud VMware Engine in a couple of clicks
  2. Disaster Recovery from an on-prem environment to Google Cloud VMware Engine using Cohesity’s replication

DataPlatform provides customers a modern and scalable data management solution that is capable of not only meeting today’s challenging business requirements but is designed to adapt to tomorrow’s demands. To learn more about Cohesity’s DataPlatform for Google Cloud VMware Engine, please visit https://www.cohesity.com/solution/cloud/google/

edwin-galang
Edwin Galang
edwin-galang
Edwin Galang

Cloud Solutions Architect

Edwin Galang is a Cloud Solutions Architect who has 20+ years experience in UNIX, hypervisors, storage and data protection. He has worked as a system and SAN administrator, as a professional services technical consultant, a pre-sales SME for data protection and a product management.

See All Authors
Cloud Solutions Architect
edwin-galang
Edwin Galang
Cloud Solutions Architect
edwin-galang
Edwin Galang

Cloud Solutions Architect

Edwin Galang is a Cloud Solutions Architect who has 20+ years experience in UNIX, hypervisors, storage and data protection. He has worked as a system and SAN administrator, as a professional services technical consultant, a pre-sales SME for data protection and a product management.
See All Authors

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