Cloud Data Protection

A company may choose to leverage cloud-based applications or local versions of the applications stored on-premises — regardless, the security and protection of the data stored or created within these platforms will always be a main concern.

On-Premises Data Protection

In an on-premises environment, the organization will own or license a local version of the software and keep data centers on-site. This is the traditional method of data protection and was the go-to method prior to the success and widespread usage of the cloud. Costs associated with owning and managing these resources, as well as security concerns, are the primary factors driving many organizations to opt for new cloud solutions.

Cloud-Based Data Protection

In a cloud-based environment, a third party — the cloud provider — hosts the environment for the organization. Virtual technology hosts the company’s applications offsite, and as such, there are no expenses for installation, upgrading, management, etc. Data is regularly backed up to storage that is, in general, more resistant to failures or breaches than those on-premises. Companies only pay for the resources they use and can scale at a global level with minimal effort. With instant provisioning, any time spent on installation and configuration is eliminated and users are able to access applications immediately, worldwide.

• Cloud-based backup — often a customer-managed product sold as software and appliances that write to cloud storage.

• Cloud-native (SaaS) backup — fully managed backup-as-a-service where the vendor runs the backup infrastructure in the cloud, and the customer deploys agents or APIs for the workloads to protect.

• Hybrid backup — local cache or appliance (for speed) plus cloud archive; agent + cloud; or agentless coverage for cloud object stores (agentless for Amazon S3/Azure Blob). Choose the model that fits your scale, compliance, and recovery needs.

• Lower TCO & no hardware — Eliminate upfront infrastructure and maintenance costs; pay for what you use.

• Scale & reliability — Auto-scaling cloud storage and geo-redundancy for higher durability and availability.

• Self-service recovery — Empower users and shrink help-desk tickets with easy restores.

• Stronger ransomware resilience — Immutable, air-gapped data storage and automated scans help detect and recover from attacks.

• Operational simplicity — Centralized policy management and automated retention/tiering for critical data reduce admin burden.

• Business continuity — Cloud-based disaster recovery options enable fast RTO/RPO with failover into cloud environments. 

• SMBs — gain enterprise-grade protection without specialized staff or capital.
• Mid-market — scale protection cost-effectively while modernizing backup/restore workflows.

• Enterprises — consolidate disparate backup products, improve observability, and support compliance at scale.
  

1. Inventory & classify your data. Start by identifying sensitive, personal data, and critical datasets.

2. Choose cloud-native over rehosted appliances where possible. SaaS reduces ops and increases security.

3. Adopt immutable, air-gapped backups. This prevents human error, attackers, or insider threats from tampering with backups.

4. Use global deduplication & auto-tiering. Save bandwidth and storage costs.

5. Test recovery frequently. Validate RTO/RPO and ensure clean restore points free from reinfection.

Add continuous telemetry & security posture monitoring. Detect anomalies and integrate with SIEM/SOAR tools.

Yes. Druva provides industry-leading cloud data protection via the Druva Data Security Cloud. Druva’s SaaS first approach delivers unified backup, disaster recovery (DR), archival, and security for cloud, data centers, and SaaS workloads — with advanced cyber resilience built in. 

Key capabilities:

• 100% SaaS & cloud-native architecture. No hardware to manage; global scale and source-side deduplication to lower cost.

• Immutable, air-gapped backups. Protect backups from tampering and ensure recoverability after attacks.

• Accelerated Ransomware Recovery (ARR). Automated backups, scans, quarantine, curated recovery, and sandbox testing to restore clean data quickly.

• Security Posture & Observability (SP&O). Real-time security command center, anomaly detection, rollback actions, and SIEM/SOAR integrations for faster investigations.

• Managed Data Detection & Response (Managed DDR). 24x7 monitoring with human+ML analysis, proactive response, and runbooks for incident resolution.

• eDiscovery & Sensitive Data Governance (SDG). Preserve-in-place legal holds, chain of custody, federated sensitive data dashboards, automatic classification, and remediation actions.

• Proven compliance & attestations. SOC2, FedRAMP, CSA STAR, and HIPAA attestations help meet regulatory requirements.

Why it matters: Druva’s unified approach combines backup, security telemetry, and policy automation so teams can stop attackers, avoid reinfection, and restore business operations fast — without the overhead of legacy backup stacks.

See for Yourself

Stop paying for infrastructure and get back time spent managing it. Druva offers a simple and transparent consumption-based pricing model with no hardware, software, or maintenance costs — data management has never been so easy, and customers receive over 220% ROI.

Try Druva for free and discover your ideal data protection solution. 

1. What is cloud data protection?

Cloud data protection secures, backs up, and enables reliable recovery of data stored in cloud environments, ensuring availability, integrity, and confidentiality.

2. How is cloud-native backup different from cloud-based backup?

Cloud-native (SaaS) backup is fully managed by the vendor and designed for cloud scale; cloud-based backup can be customer-managed software/appliance that writes to cloud storage.

3. Why are immutable backups important in the cloud?

Immutable backups can’t be changed or deleted by attackers or rogue admins, making them essential for ransomware resilience and defensible recovery.

4. How does Druva help with ransomware recovery?

Druva’s Accelerated Ransomware Recovery scans backups, quarantines infected snapshots, provides curated recovery points and sandbox testing so organizations can restore clean data quickly.

5. What types of data can Druva protect in the cloud?

Druva protects endpoints, VMs, databases, NAS, SaaS apps (Microsoft 365, Salesforce, Google Workspace), and object-store workloads (S3, Azure Blob) across hybrid and multiple cloud environments.

Now that you’ve learned about cloud data protection, brush up on these related terms with Druva’s glossary:

• What is ransomware?
• What is the 3-2-1 backup rule?
• What is a data resiliency?
• What is data backup policy?