Resilience, Data Protection & Disaster Recovery
Build Resilience Into The Infrastructure
Infrastructure resilience is not only about keeping systems running. Organisations also need to protect data, maintain recoverable points in time and be prepared to restore operations when hardware failures, cyber incidents or site-level disruptions occur.
VergeOS integrates availability, data protection, replication and recovery capabilities within the infrastructure platform, helping make resilience part of the architecture rather than a collection of separate technologies.
High Availability • Data Protection • Cyber Resilience • Replication • Disaster Recovery
Resilience Starts With The Infrastructure
Resilience is often approached as a collection of separate technologies—high availability for infrastructure, snapshots for recovery, backup for data protection and replication for disaster recovery. While each plays an important role, managing them independently can create additional complexity and dependencies.
Maintain Availability
Infrastructure should be designed to continue operating when individual components fail. By distributing resources across the environment, resilience can be built into the platform rather than depending entirely on individual servers or storage systems.
Protect Recoverable States
Availability alone does not protect against every incident. Organisations also need reliable recovery points that allow workloads and data to be returned to an earlier state following operational errors, corruption or cyber incidents.
Prepare For Wider Disruption
Resilience must also consider events that affect more than an individual workload or infrastructure component. Replication and disaster recovery extend protection beyond the primary environment and provide a path to restoring operations following a larger disruption.
True infrastructure resilience combines availability, protection and recovery—so that organisations are prepared not only to withstand disruption, but also to recover from it.
Protect & Recover At The Infrastructure Layer
Recovery becomes more effective when protection is integrated with the infrastructure itself. VergeOS provides snapshot and cloning capabilities within the platform, allowing workloads and data to be protected at frequent points in time without relying entirely on separate infrastructure layers.
Frequent Recovery Points
VergeOS snapshots provide point in time proteciton for virtual machiens and data, creating recovery points that can be used when workloads need to be restored following an operational issue, corruption or other disruption.
ioClone — Efficient, Independent Recovery Points
VergeOS ioClone uses the platform's global deduplication architecture to create space-efficient copies of data. This allows organisations to maintain multiple recovery points while reducing the additional storage capacity that would otherwise be required for complete copies.
Recover Without Rebuilding the Environment
Because protection is integrated into the infrastructure platform, recovery can extend beyond individual files or virtual machines. Workloads and their supporting infrastructure can be protected and recovered within the same operating environment, helping simplify the path from an incident to restored operations.
Recovery points are most valuable when they are efficient to create, practical to retain and ready to use when disruption occurs.
Protect Against Infrastructure Failure
Hardware failures are inevitable. Infrastructure resilience depends on ensuring that the failure of a drive, server or other component does not automatically become an application outage or data-loss event.
High Availability Across the Environment
VergeOS provides integrated high availability across the infrastructure. If a server fails, affected virtual machines can be restarted on another available host within the VergeOS environment, helping maintain workload availability without requiring a separate HA platform.
Protect Data Through Hardware Failures
VergeOS distributes and protects data across the infrastructure so that individual hardware failures can be absorbed without making the data unavailable. Current VergeOS capabilities include multiple redundancy options designed around different availability requirements.
ioGuardian — Resilience Beyond Normal Failure Tolerance
ioGuardian extends protection for more severe failure scenarios. A dedicated VergeOS system maintains an additional protected copy of data and can supply missing data segments when multiple drives or servers fail, allowing workloads to continue accessing the data they require while the infrastructure is repaired.
The objective is to keep infrastructure failures at the infrastructure layer—before they become business interruptions.
Cyber Resilience At The Infrastructure Layer
Infrastructure modernisation does not always have to begin with replacing everything already in the data centre. A software-defined approach can provide greater flexibility in how organisations select, use and refresh the underlying hardware.
Contain The Blast Radius
VergeOS Virtual Data Centers provide isolated infrastructure environments with their own compute, storage, networking and controls. This isolation can help contain an incident within the affected VDC rather than allowing it to move freely across other VDC environments.
ioFortify — Detect Ransomware Activity
ioFortify monitors changes in VergeOS deduplication behaviour to identify the unusual increase in new data that can occur when ransomware begins encrypting information. This provides infrastructure-level detection and alerts that complement endpoint and security monitoring technologies.
Preserve Trusted Recovery Points
VergeOS snapshots are read-only by default, while selected recovery points can be made immutable for a defined retention period. Combined with frequent ioClone recovery points, this helps preserve known points in time that cannot simply be altered or deleted during an attack.
Recover the Environment, Not Just the Data
Protection can be applied at VM, VDC and broader infrastructure levels. A VDC recovery point can preserve the workloads together with their supporting networking and infrastructure configuration, helping organisations recover a coherent environment rather than rebuilding individual components separately.
The objective is not simply to survive an attack—it is to contain it, preserve trusted recovery points and create a faster path back to operations.
Disaster Recovery & Replication
High availability and local recovery protect against many infrastructure incidents, but they cannot address every disruption. Organisations also need a recovery strategy for events that affect an entire site or primary infrastructure environment.
Replicate To Another VergeOS Environment
VergeOS supports replication between VergeOS environments, allowing protected workloads and data to be maintained at another location for disaster recovery. Replication is integrated into the platform rather than requiring an independent replication layer.
ioReplicate - Efficient Data Movement
ioReplicate works with the VergeOS global deduplication architecture so that replication can focus on unique data that needs to be transferred between environments. This can reduce the amount of data that must move across the network while maintaining recovery points at the destination.
Replicate Complete Virtual Data Centers
Virtual Data Centers can be replicated as complete environments, including their virtual machines, networking and associated configuration. This provides a path to recovering an application environment rather than recreating each infrastructure component individually.
Build a Practical DR Architecture
Depending on business requirements, VergeOS environments can be deployed across separate locations to provide an infrastructure foundation for disaster recovery. Recovery design can then be aligned with workload criticality, recovery objectives and available connectivity.
Disaster recovery becomes part of the infrastructure architecture—not a separate system added after the environment has been built.
From Resilience To Recovery
Resilient infrastructure is ultimately measured by its ability to support the business when something goes wrong. High availability can reduce disruption, recovery points can protect against data loss, and replication can extend protection beyond the primary environment—but these capabilities are most valuable when they work together as part of a planned recovery strategy.
Design Around Recovery Objectives
Different workloads have different availability and recovery requirements. Infrastructure architecture should reflect business priorities, recovery objectives, data protection requirements and the impact of potential downtime.
Validate the Recovery Path
Having recovery technology is not the same as being ready to recover. Recovery procedures, protected environments and disaster recovery processes should be reviewed and validated so that teams understand how services will be restored when they are needed.
Connect Infrastructure Resilience with Data Protection
Infrastructure-level protection and enterprise backup serve complementary purposes. Ace Data can help organisations bring together infrastructure resilience, backup, cyber-resilient data protection and disaster recovery as part of a broader recovery strategy.
Extend The Value Of Infrastructure Investments
Hardware flexibility and software-defined infrastructure can give organisations greater choice in how existing and future infrastructure is used, expanded and refreshed.
Resilience is not simply keeping infrastructure available. It is knowing how the organisation will recover when availability is no longer enough.