An Oracle database can run on premises, with another cloud provider, or in OCI. The question does not change: how much data can we afford to lose in the event of ransomware, an application error, logical corruption, or an infrastructure failure?

With Oracle Zero Data Loss Autonomous Recovery Service and Cloud Protect, you can centralize database protection in Oracle Cloud Infrastructure while applications and operational data remain in their current location.

The database keeps running where it is; RMAN backups, archive logs, and redo are transferred securely to the recovery service.

Oracle describes Zero Data Loss Autonomous Recovery Service as a fully managed data-protection service. Zero Data Loss Cloud Protect extends that protection to eligible on-premises Oracle Databases through the Cloud Protect Fleet Agent.

What the customer gets

  • A defined recovery target instead of a generic “nightly backup.” RMAN Level 0 and Level 1 backups, archive logs, and—when Real-Time Redo is enabled—the latest committed transactions are protected centrally. Real-Time Redo can reduce data-loss exposure to less than one second; the actual RPO must still be agreed and validated for the individual environment.
  • A usable recovery path after ransomware or logical corruption. The team can select a recovery point before the incident and restore from Recovery Service, rather than depending only on the last full backup. Oracle documents continuous recovery validation and point-in-time recovery as service capabilities.
  • Backups protected from operational mistakes. Backups are encrypted; protection policies govern retention and can use retention lock for immutability. Cloud Protect is designed to provide logically air-gapped, immutable backups for eligible on-premises databases.
  • One control plane for distributed databases. Administrators can see protected databases, protection and recoverability status, backup usage, and the assigned policy in OCI instead of reconciling local scripts and storage across sites.
  • Less work on the production database and for the operations team. Incremental-forever protection removes the routine need for weekly full backups, while the managed service centralizes backup lifecycle and validation activities.

In practical terms, the customer receives an agreed RPO/RTO design, a monitored recovery posture, and documented restore procedures—not simply another location where backup files are stored.

The objective is to minimize the RPO: the amount of data the organization risks losing after an incident.

One solution for on premises and multicloud

You do not need to move the database to OCI to protect it with OCI. This approach can be applied to Oracle Database installations:

  • in the customer’s data center;
  • at remote sites;
  • on private infrastructure;
  • with other cloud providers;
  • in OCI, where the scenario is validated for the specific configuration.

It requires secure connectivity to OCI — for example, IPSec VPN, FastConnect, or an equivalent private connection — and database onboarding through the Cloud Protect Fleet Agent.

Oracle Database
(on premises or another cloud)
        |
        | RMAN + archive logs + Real-Time Redo
        | private, secure connection
        v
Oracle Cloud Infrastructure
        |
        v
Zero Data Loss Autonomous Recovery Service
        |
        +-- policies and retention
        +-- backup catalog
        +-- recovery points
        +-- restore procedures

From lab to an operational service

We built a repeatable lab based on Terraform and idempotent scripts to validate Oracle Database 19c onboarding with Cloud Protect, Level 0 and Level 1 backups, archive logs, scheduling, and Real-Time Redo.

The code and anonymized technical documentation are available on GitHub: Oracle Zero Data Loss Cloud Protect Lab .

The lab is the starting point for a structured project service:

  1. Assess the Oracle environment and RPO/RTO objectives.
  2. Design private connectivity to OCI.
  3. Configure Cloud Protect and retention policies.
  4. Onboard the database in a controlled way.
  5. Test backup and restore.
  6. Establish operational monitoring and recovery runbooks.

The business value

A traditional backup answers the question: “Is there a copy of the database?”

Continuous protection answers more important questions:

  • Can we recover the database to just before the incident?
  • Are the backups genuinely usable and monitored?
  • Can we apply a consistent policy to databases distributed across locations and clouds?
  • How quickly can we resume operations?

You do not need a full migration to OCI to start improving data resilience. The customer can keep Oracle Database where it makes sense for the business and use OCI as a centralized protection and recovery platform.

Each implementation must be validated for its specific environment: Oracle version, TDE, connectivity, network capacity, RPO/RTO, retention, and restore testing are essential project elements.

Official Oracle resources