Data Center - Data Protection and Cyber Recovery

Backed Up. Replicated. Immutable. Recoverable.

Data protection is backup, disaster recovery and cyber recovery: regular copies that survive deletion and corruption, replication that survives a site outage, and immutable, air-gapped copies that survive a ransomware attack. The point is not the backup; it is the recovery, tested and proven.

Proactive Data Systems designs and delivers data protection and cyber recovery on Veeam, Veritas, Rubrik, ExaGrid and Dell EMC, from immutable backups to isolated recovery vaults, so a failure or an attack is a restore, not a crisis.

Backup That Actually Restores

Regular, verified copies on Veeam, Veritas and Rubrik, tested so a restore works when it is needed, not just a backup that completed overnight.

Disaster Recovery and Failover

Replication to a second site or cloud with orchestrated failover, so a site outage is measured in minutes, not days.

Immutable, Ransomware-Resistant Copies

Immutable, WORM-locked backups that attackers cannot alter or delete, the difference between a restore and a ransom.

Isolated Cyber Recovery Vault

An air-gapped, isolated recovery environment with integrity analytics, on platforms such as Dell PowerProtect Cyber Recovery, so you can restore to a known-clean state.

Compliance and Retention

Retention and recovery aligned to India's DPDP Act and sector rules, with data kept in-country where regulation requires.

Designed and Tested by Proactive

A Dell Platinum Partner working across Veeam, Veritas, Rubrik and ExaGrid, who designs, implements and tests recovery, not just installs backup software.

Data Protection and Cyber Recovery: Backup, DR and Recovery From Attack

 

Data protection is the discipline of making sure data survives anything that can happen to it, and can be recovered. It spans three jobs: backup, regular copies that survive deletion, corruption and mistakes; disaster recovery, replication and failover that survive a site or system outage; and cyber recovery, immutable, air-gapped copies that survive a ransomware or malicious attack. Backup software, replication, immutable storage and an isolated recovery vault are the building blocks. 

The distinction matters because the threat has changed. For years, the risk was hardware failure and human error, which backup and DR handle well. Today, the defining risk is ransomware, which deliberately targets and encrypts the backups themselves. Protection designed only against accidents does not survive an adversary hunting your recovery copies, which is why cyber recovery, immutable and isolated, has become its own discipline. 

Backup, Disaster Recovery and Cyber Recovery: Three Different Jobs 

The three are often confused, but they answer different threats and are measured differently. The table below sets them apart.

Discipline Protects against Key mechanism Measured by
Backup Deletion, corruption, human error Regular copies retained over time Recovery point (RPO)
Disaster Recovery Site or system outage Replication to a second site, with failover Recovery time (RTO)
Cyber Recovery Ransomware and malicious attack Immutable, air-gapped copies in an isolated vault Clean, verified recovery

Most enterprises need all three. Backup platforms such as Veeam Backup & Replication, Veritas NetBackup and Rubrik handle the first two; ExaGrid adds tiered, retention-locked backup storage; and Dell PowerProtect with Cyber Recovery provides the isolated, integrity-checked vault for the third. 

What Good Data Protection Looks Like: the 3-2-1-1-0 Rule 

The long-standing 3-2-1 rule, updated for the ransomware era, is the simplest test of whether protection will hold: 

  • 3 copies of the data, 
  • on 2 different types of media, 
  • with 1 copy kept off-site, 
  • 1 copy offline, air-gapped or immutable, 
  • and 0 errors, with recovery verified by regular testing. 

The added 1 and 0 are the modern part: an immutable or air-gapped copy attackers cannot reach, and proof, through testing, that recovery actually works. A protection plan that fails this test is a plan on paper only. 

Why Data Protection and Cyber Recovery? Why It Matters Now 

  • Recovery, not just backup: protection designed and tested around restoring, with real RPO and RTO targets, not jobs that merely complete. 
  • Ransomware-ready: immutable, air-gapped copies and an isolated recovery vault, so an attack is a restore. 
  • Disaster-ready: replication and orchestrated failover to a second site or cloud. 
  • Compliant by design: retention and residency aligned to India's DPDP Act and sector rules. 
  • Efficient and affordable: deduplication and tiering, on Dell PowerProtect and ExaGrid, that cut backup storage cost. 
  • Proven by testing: scheduled recovery tests, so you know the copies restore before you need them. 

The hard truth of data protection is that nobody is judged on backups; they are judged on recovery. A backup that completes every night but has never been test-restored is a hope, not a plan. And in a ransomware incident, attackers now find and encrypt or delete the backups first, so a recoverable copy has to be immutable or air-gapped, beyond their reach. The gap between we back up and we can recover, even from an attack, is where most organisations are exposed. 

Proactive Data Systems closes that gap. As a Dell Platinum Partner working across Veeam, Veritas, Rubrik and ExaGrid, we design backup, disaster recovery and cyber recovery around tested RPO and RTO targets, with immutable copies and an isolated recovery vault, and we prove the recovery works rather than assuming it. 

Cyber Recovery: Recovering From Ransomware, Not Just an Outage 

Disaster recovery assumes your data is intact and a site is down. A ransomware attack breaks that assumption: the data itself is encrypted, and the attacker has often been inside for weeks, corrupting backups along the way. Cyber recovery answers that specific threat with immutable copies that cannot be altered, an air-gapped and isolated recovery environment, and integrity analytics that identify the last clean copy. It is the Recover function of the NIST Cybersecurity Framework in practice, delivered through an isolated recovery environment (IRE), or clean room, where data is validated before it is restored. 

Platforms such as Dell PowerProtect Cyber Recovery with CyberSense, Rubrik's immutability and anomaly detection, and Veeam's hardened repositories provide the building blocks, while ExaGrid adds a tiered, retention-locked air gap on the backup storage itself. Proactive designs these into a recovery plan that returns you to a known-clean state, with the testing to prove it. 

Data Protection Across India: Why Compliance and Recovery Go Together 

Indian enterprises protect data under real regulatory pressure. A bank retaining records under RBI rules is a different problem from a manufacturer guarding intellectual property, or a GCC meeting both Indian and global data-residency obligations. 

India's Digital Personal Data Protection (DPDP) Act, sector retention rules and data-residency expectations all shape what good protection looks like here, alongside the universal threat of ransomware. Proactive has designed and delivered data protection and cyber recovery across manufacturing, BFSI, healthcare, IT and ITeS and GCC environments in Delhi, Mumbai, Bengaluru, Pune and Hyderabad, keeping copies recoverable, retained for the required period and in-country where regulation demands. 

Proactive Data Systems: The Partner That Designs, Tests, and Recovers 

Installing backup software is easy. Designing protection around recovery objectives, building an isolated cyber-recovery vault, and proving the restore works under pressure is the part that rewards experience.

Proactive brings over three decades of enterprise infrastructure delivery, certified engineers and an ISO 9001:2015 quality system. As a Dell Platinum Partner working across Veeam, Veritas, Rubrik and ExaGrid, we design backup, disaster recovery and cyber recovery to tested RPO and RTO targets, with immutability, air-gapping and integrity analytics built in. 

Data protection wraps around the rest of the data center stack. It works alongside Storage, Compute Solutions, AI Infrastructure, Converged and Hyperconverged Infrastructure, and Data Center Networking, protecting the data those layers create and serve. As the last line of defence, it complements our Cybersecurity practice: cyber recovery restores what an attack reaches, while cybersecurity works to stop it reaching that far. 

From risk assessment and design through implementation, recovery testing and ongoing support, backed by a 24/7 service desk, Proactive builds data protection that turns a failure or an attack into a recovery you can prove. 

Have a question? Check out the FAQs

Here are the most common, frequently asked questions.
In case you want to know more contact us at [email protected]

faq-img

What is data protection, and how is it different from backup?

Data protection is the broader discipline of ensuring data survives any threat and can be recovered. Backup is one part of it, making copies. Data protection also includes disaster recovery, off-site replication, immutability, an isolated cyber-recovery vault, and the testing that proves data can actually be restored, not just copied.

What is the difference between backup, disaster recovery and cyber recovery?

Backup protects against deletion, corruption and human error by keeping copies over time. Disaster recovery protects against a site or system outage by replicating to a second location and failing over. Cyber recovery protects against ransomware and malicious attack with immutable, air-gapped copies in an isolated vault. They answer different threats and are measured differently, so most enterprises need all three.

What are RPO and RTO?

Recovery Point Objective (RPO) is how much data you can afford to lose, measured as the time between backups; a one-hour RPO means losing at most an hour of data. Recovery Time Objective (RTO) is how long you can afford to be down before recovery completes. Together they define how a protection design is built and what it costs.

What is the 3-2-1 backup rule?

The 3-2-1 rule says keep three copies of your data, on two different media, with one copy off-site. The modern extension, 3-2-1-1-0, adds one copy that is offline, air-gapped or immutable, and zero errors, meaning recovery is verified by testing. The extra copy and the testing are what make the rule ransomware-ready.

What is immutable backup?

An immutable backup is a copy that cannot be altered or deleted for a set retention period, using write-once-read-many (WORM) locking. Even an administrator or an attacker with stolen credentials cannot change it. It is the single most important defence against ransomware, because it guarantees a clean copy survives the attack.

What is an air-gapped or isolated recovery vault?

It is a copy of critical data held in an environment logically or physically separated from the production network, so malware cannot reach it. Combined with immutability and integrity analytics, an isolated recovery vault such as Dell PowerProtect Cyber Recovery lets you restore to a known-clean state after an attack.

How does cyber recovery differ from disaster recovery?

Disaster recovery assumes the data is intact and a site or system has failed. Cyber recovery assumes the data itself has been attacked and that backups may have been targeted, so it relies on immutable, air-gapped copies and integrity checking to find and restore the last clean version. DR handles outages; cyber recovery handles adversaries.

What is ransomware recovery?

Ransomware recovery is restoring systems and data after a ransomware attack without paying the ransom, by recovering from copies the attacker could not reach. It depends on immutable, air-gapped backups, integrity analytics to find the last clean version, and an isolated recovery environment to validate and rebuild in. Proactive designs and tests this so an attack becomes a restore rather than a negotiation.

What are DRaaS and BaaS?

Disaster-Recovery-as-a-Service (DRaaS) and Backup-as-a-Service (BaaS) deliver replication, failover and backup as a managed, subscription service rather than infrastructure you build and run. They suit organisations that want resilience without standing up a second site or managing backup infrastructure themselves.

How often should backups be tested?

Regularly and automatically, not once a year. A backup is only proven when a restore succeeds, so recovery testing, ideally automated, should run on a schedule and after major changes. Untested backups are the most common reason recovery fails when it is finally needed.

Which backup and recovery OEMs does Proactive work with?

Proactive designs data protection and cyber recovery on Veeam, Veritas, Rubrik, ExaGrid and Dell EMC, including Veeam Backup & Replication, Veritas NetBackup, Rubrik, ExaGrid tiered backup appliances and Dell PowerProtect with Cyber Recovery. As a Dell Platinum Partner, we match the platform to the recovery objectives and the budget.

What determines the cost of data protection?

Cost is driven by the volume of data protected, the retention period, the recovery objectives (tighter RPO and RTO cost more), whether you include an isolated cyber-recovery vault and a second DR site, and whether you build it or consume it as a service. Deduplication and tiering reduce backup storage cost, which is often the largest line over time.

How does data protection meet India's compliance requirements?

Retention, residency and recoverability can be aligned to India's Digital Personal Data Protection (DPDP) Act and sector rules such as those in BFSI, including keeping copies in-country and retaining data for required periods. Proactive designs protection so compliance is built into the retention and recovery policy rather than bolted on afterwards.

How does this relate to the protection built into storage?

Storage arrays include snapshots and replication for fast, local rollback, the first line of defence. Dedicated data protection adds independent backups, off-site disaster recovery and an immutable, isolated cyber-recovery vault that survives even if the primary storage is compromised. The two work together: snapshots for quick recovery, data protection for the copy that survives an attack on the storage itself.

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