Backup & Data Protection Solutions

Protect every workload. Recover when it matters.

Build a resilient data-protection strategy across data centre, cloud, SaaS and endpoints with immutable backups, rapid recovery, tested disaster readiness and continuous operational control.

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Enterprise and cloud backup Ransomware-resilient recovery Disaster recovery and testing

Protection is only successful when recovery works

Backups must be secure, complete, available and recoverable.

Data now lives across physical servers, virtual machines, databases, cloud platforms, SaaS applications, endpoints and edge locations. Fragmented protection tools can create blind spots, inconsistent retention and uncertain recovery.

Data Confiance brings policy, architecture, cyber resilience, recovery testing and managed operations into one protection framework—aligned to business impact, recovery objectives, compliance and data growth.

Backup and recovery assessment Enterprise and cloud workload protection Immutable and air-gapped recovery Replication and disaster recovery SaaS, endpoint and database protection Monitoring, testing and managed operations

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Secure backup and data protection infrastructure

Design backwards from recovery Protection policies are built around business impact, recovery time, recovery point, threat scenarios and evidence.

Enterprise backup infrastructure and storage

3-2-1-1-0 Multiple copies, different media, offsite and immutable protection, with zero unverified errors.

Protect according to business impact

Policy before product

Not every workload needs the same protection.

Critical databases, collaboration platforms, file services, endpoints and archives differ in value, change rate, retention, recovery speed and compliance. We tier protection policies according to actual business requirements.

Classify applications and data by criticality. Define RPO, RTO, retention and recovery tiers. Map dependencies required for complete service recovery. Align media, copies and locations to each policy.

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Ransomware recovery and cyber resilience

Make recovery harder to compromise

Cyber-resilient data protection

Separate recovery assets from the attack path.

Ransomware can target credentials, backup servers, catalogues and repositories before production systems are encrypted. We design isolation, immutability, access control, clean recovery and monitoring into the protection architecture.

Use immutable, isolated and offline recovery copies. Separate backup identities and administrative access. Monitor unusual deletion, encryption and data-change patterns. Validate clean recovery through rehearsed procedures.

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One accountable partner from policy to proven recovery. Integrated backup, cyber resilience, replication, disaster recovery, testing and managed operations.

16+Years of enterprise technology delivery

500+Client relationships supported

6Core protection capability domains

24×7Monitoring and support options

Capabilities

Protect data across every platform and recovery scenario.

Engage Data Confiance for a complete data-protection transformation or a focused requirement across backup, ransomware recovery, disaster recovery, cloud, SaaS, archive or managed operations.

Build policy around business risk

Backup, recovery and resilience assessment

Translate applications, data, threats, compliance and service priorities into clear protection tiers, recovery objectives and an implementation roadmap.

Workload and data discovery RPO and RTO assessment Existing backup health review Threat and recovery-gap analysis Retention and compliance mapping Prioritised protection roadmap

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Delivery framework

From protection policy to tested recovery.

Our methodology connects business impact, workload coverage, architecture, cyber isolation, migration, testing and ongoing operations into one controlled programme.

Start With a Protection Assessment →

01 / DISCOVER

Understand workloads, data and recovery expectations

Document applications, databases, platforms, dependencies, data growth, RPO, RTO, retention, compliance, threats and operational ownership.

02 / ARCHITECT

Design layered protection and recovery tiers

Define backup methods, repositories, copies, immutability, isolation, encryption, retention, replication, recovery sites and management controls.

03 / IMPLEMENT

Deploy, migrate and integrate protection services

Configure policies, agents, application consistency, repositories, cloud tiers, monitoring, identity, encryption, notifications and documentation.

04 / VALIDATE

Prove restore, failover and clean-recovery procedures

Test file, application, database, VM and service recovery, validate RPO and RTO, document evidence and remediate identified gaps.

05 / OPERATE

Monitor protection health and improve continuously

Track job success, capacity, anomalies, copy integrity, test status, incidents, compliance, platform lifecycle and recovery readiness.

Data protection technology ecosystem

Combine protection, storage, cloud and security into one recovery platform.

Our vendor-neutral approach integrates backup software, appliances, immutable storage, cloud tiers, replication, security controls, monitoring and recovery automation around business requirements.

Backup ecosystem

Enterprise backup, application protection and recovery orchestration

Protect physical, virtual, database, cloud and container workloads through policy-driven backup and recovery services.

Enterprise Backup

Database Protection

VM & Container Backup

Recovery Orchestration

Recovery-led technology selection Solutions are evaluated against workload coverage, recovery speed, cyber resilience, scale, integration, manageability and lifecycle cost.

Protection and recovery use cases

Different data sets require different protection models.

We adapt backup methods, retention, immutability, recovery, compliance and operations to workload criticality, platform, location and business impact.

Data Centre Backup Modernization

Consolidated protection for physical servers, virtual machines, databases, file systems and enterprise applications.

Ransomware Recovery Readiness

Immutable copies, isolated recovery, separate identities, anomaly monitoring and rehearsed clean-recovery procedures.

Cloud & Hybrid Workload Protection

Backup, replication and recovery across public cloud, private cloud, data centre and colocation environments.

SaaS backup and collaboration protection

SaaS & Collaboration Protection

Independent backup and recovery for business email, collaboration, file sharing and SaaS application data.

Disaster recovery and business continuity

Disaster Recovery & Business Continuity

Replication, recovery-site readiness, application sequencing, runbooks, failover testing and operational governance.

Archive, Retention & Compliance

Long-term retention, tiering, legal preservation, secure deletion and evidence aligned to policy and regulation.

Customer stories

See how recovery-led design reduces business risk.

The examples below illustrate the challenge, scope and outcomes a detailed Data Confiance case study can present. Final published stories should use approved customer information and verified results.

Enterprise ransomware recovery programme

Representative engagement · Cyber Recovery

Building an isolated recovery capability for critical enterprise workloads.

A coordinated programme covering workload classification, immutable copies, access separation, clean-recovery procedures, monitoring, testing and operational ownership.

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Representative engagement · Backup Consolidation

Consolidating fragmented backup tools into one operating model.

Workload discovery, policy standardisation, platform migration, repository design, monitoring and operational handover.

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Representative engagement · Disaster Recovery

Establishing application-level disaster recovery testing.

Dependency mapping, replication review, recovery runbooks, failover validation, evidence and remediation planning.

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Resources & insights

Make better data-protection decisions.

Use practical assessments, checklists and planning guides to evaluate backup coverage, cyber resilience, recovery readiness, retention and operating maturity.

Readiness guide

Is your backup environment ready for a ransomware event?

Assess immutability, isolation, identity, monitoring, clean recovery, testing and operational ownership.

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Assessment checklist

Enterprise backup health and recovery checklist.

Review workload coverage, job success, capacity, retention, copies, encryption, test status, alerts and documentation.

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Recovery playbook

Plan an application-level disaster recovery exercise.

Understand dependency mapping, failover sequence, validation, communications, evidence, rollback and remediation.

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Frequently asked questions

Questions before modernising backup and recovery.

Clear answers to common questions around backup design, immutability, ransomware, disaster recovery, cloud, SaaS, RPO, RTO and managed operations.

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It can include workload inventory, data growth, current policies, job success, repositories, copies, retention, RPO, RTO, security, immutability, recovery testing, compliance, operational processes and a prioritized improvement roadmap.

It means maintaining at least three copies of data, on two types of media, with one copy offsite, one copy offline or immutable, and zero unverified backup or recovery errors.

Immutable copies cannot be altered or deleted during the defined retention period, reducing the chance that compromised credentials or malicious processes can destroy recovery data.

Backup preserves recoverable copies of data. Disaster recovery restores complete applications or services, including compute, network, dependencies, sequencing, access and operating procedures at another environment.

RPO defines how much data loss is acceptable, while RTO defines how quickly service must return. Both should be set through business-impact analysis, application dependencies and practical recovery cost.

Yes. Platform availability does not always protect against deletion, corruption, malicious actions, retention gaps, account compromise or application-level recovery needs. Independent protection may still be required.

Testing frequency should reflect workload criticality and change rate. Critical services may require regular technical restores and scheduled application-level exercises with documented evidence and remediation.

Managed services can include job monitoring, failure remediation, capacity management, copy health, recovery testing, reporting, incident response, platform maintenance, vendor coordination and continuous improvement.