Why Backup Google Cloud Data?
Well, global public hyperscalers such as Google undoubtedly guarantee the availability and reliability of the infrastructure they provide to you to build and deploy applications and services, as well as for data storage. Nevertheless, the responsibility to secure and protect the actual data that you, the customer, have placed there is always yours, including the matter of backing it up.
Consider the straightforward scenario in which you host a few virtual machines (VMs) in the Google Cloud Platform (GCP) as your development team’s environment. Google is accountable for ensuring that these virtual machines are operational at all times to comply with your service level agreements (SLAs). Google is also accountable for the availability of these machines in the event of a natural calamity that results in the data center hosting your dedicated VMs being shut down. In the event of a potential disruption to the provision of computing services, Google is obligated to ensure that the services with which you are working are replicated and accessible through a data center located in a different region. Nevertheless, Google would not be held accountable for any type of service supplied, whether it be IaaS, PaaS, or SaaS, if an incident occurred with actual data that your developers worked with, such as the accidental deletion of a virtual machine.
This is merely one of the hazards that may arise if your data in the GCP is not adequately backed up. Google is not obligated to provide dependable infrastructure for your requirements in the event of any malicious activity or permissions misconfiguration that exposes your data with a public IP address. Therefore, it is imperative to establish a comprehensive backup and recovery strategy for your cloud-based workloads before migrating to the Google Cloud Platform.
Read: Fintech in Hospitality: Top 10 Fintech Solutions for Hotels
How do I back up Google Cloud data?
In general, users’ initial impulse when employing Google Cloud backup is to employ an agent. Ultimately, we are unable to access the underlying hypervisor that hosts their VMs, and they appear to function satisfactorily to a certain extent. It is not the case that an agent-based approach will not be effective; in certain instances, it may even offer certain advantages when discussing genuine application-aware processing. However, agents are not always the solution. They are not cognizant of the platform, and they are unable to capitalize on the native scalability, security, and storage constructs that we have migrated to the cloud. Additionally, they may be difficult to manage during recovery.
What To Look For In A Cloud-Native Solution?
It is becoming increasingly evident that a backup and recovery solution that is Google-native and understands the specifics of the cloud is necessary for workloads that are hosted on GCP. It would be even more advantageous if the solution could also safeguard and supervise the data in your other environments, as it is likely that you are operating a hybrid infrastructure and are not anticipating that all workloads will be hosted in the cloud. Now, how do you select the vendor that is most suitable for your needs? Also, a service may be integrated into Google Services. Certainly, Google Compute Engine instances can be backed up using native mechanisms provided by GCP. These methods enable the creation of native snapshots of your data, and you can also establish a schedule for the regular execution of snapshots, which can then be offloaded to Google Cloud Storage containers.
Nevertheless, these methods are only feasible for testing or on a very limited scale. When managing larger production environments, it is imperative to adhere to service level objectives (SLOs). Relying solely on self-written programs and snapshots may pose both security and data loss risks. When an extended retention period is required, snapshots alone are not the most effective solution, and they are not automatically isolated from the production environment.
Read: Fintech in Supply Chain: Simplifying Payments and Maximizing Working Capital
Top 10 Strategies How A Data Platform Works For Google Backup And Recovery
- Relentless Security: Secure access and management of data to overcome ransomware and other cyber threats.
- Fast, Reliable Recovery: Powerful recovery options that keep businesses productive with near-zero recovery time objectives (RTOs).
- Zero Compromise: Zero-fuss backup that meets service level agreements (SLAs) and budgetary requirements across the hybrid cloud.
- Logically Air-Gapped: Logical separation of backup data from production accounts.
- Secure Access: Least-privilege IAM and role-based access controls (RBAC).
- Encrypted: Data integrity through AES 256-bit encryption.
- Recover Anywhere: Cross-project, region, and platform restore.
- Simplified Recovery: Wizard-driven, automated and self-service workflows.
- Cost-Optimized: Backup lifecycling to object storage with cost calculations.
- Hybrid Ready: Operationally consistent management across the hybrid and multi-cloud.
1. Veeam Backup for Google Cloud delivers native protection for recovery from accidental deletion and ransomware
As an API-first approach, encrypted backups and full- and file-level restores ensure resilient protection that’s easy and cost-optimized, which frees up time and resources for strategic IT priorities. With Veeam, you gain a true partner in helping you build a revenue-generating, Veeam-powered Google Cloud BaaS offering for your customers. Plus, it’s free to join the Veeam Cloud & Service Provider (VCSP) program.
2.SaaS and Kubernetes environments
As businesses grow, they find their IT complexity growing right along with their revenue and market share. Workloads can be hosted across multiple public and private clouds, physical and virtual machines (VMs), SaaS, and Kubernetes environments, which can all create a nightmare for IT to manage and — more importantly — to protect.
Google Cloud and Veeam provide answers to the top five questions about making data protection manageable, cost-effective, and future-proof.
