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What Is a Cyber Business Continuity Plan?

A cyber business continuity plan is the document that sets out how the business keeps trading when IT systems, people or sites are unavailable, with cyber scenarios as the driver. It fixes recovery time objectives and recovery point objectives per service, names the systems that must come back first and in what order, and specifies the manual workarounds that carry the business in the meantime. For a ransomware or data breach event, the plan is what decides whether you recover from a clean immutable backup in hours or spend weeks rebuilding, and it is only real if a restore has actually been tested.

Key takeaways

  • RTO and RPO are the two numbers that matter: how fast a service must be back, and how much data loss is acceptable, and both must be set per service rather than per company.
  • An RPO of zero is a design decision, not a hope, and it requires synchronous replication or immutable copies rather than a nightly backup job.
  • Offline or immutable backups are the ones that survive ransomware, and a backup that has never been restored is not a backup.
  • Every critical service needs a manual workaround, because the first hours of an outage are worked manually or not at all.
  • A business continuity plan without a test is a document, and the test that matters is a timed restore onto clean infrastructure, not a review meeting.

As of 24 October 2026: the service descriptions, prices and turnaround figures on this page are current.

What should a cyber business continuity plan contain?

Seven parts. A business impact analysis, so you know which services stop the business and which can wait. The RTO and RPO for each critical service, agreed with the business owner rather than with the IT team alone. A prioritised recovery sequence, usually identity and DNS first, then core transactional systems, then communications. The dependency map, because a database restored before its identity provider is not much use. Manual workarounds for the first hours, with a named owner for each. The communication plan, covering customers, staff, bank, regulator and insurer. And the test schedule, with a restoration test twice a year and a full tabletop annually, each with an owner and a date.

What is the difference between RTO and RPO?

RTO is time and RPO is data. The recovery time objective is how quickly a service must be working again, and it is a business commitment, so it has to be agreed with whoever owns the revenue. The recovery point objective is how much data you can afford to lose, expressed in time, so an RPO of one hour means you can lose the last hour of transactions. The two constrain each other: a tight RPO of fifteen minutes needs replication, continuous backup or immutable snapshots, while a loose RPO of twenty-four hours can be met by a nightly job. Put the RTO and RPO for every service in one table, because surprises come from services with no number attached.

How do offline backups change the ransomware outcome?

They change the ending. A ransomware operation that reaches the backup console can delete snapshots, shorten retention and encrypt the backup store, and if your restore points live behind the same credentials, your recovery options shrink to whatever the attacker left. An offline, immutable or air-gapped copy cannot be reached with the access the attacker already holds, so the restore does not come from a corrupted store. Two rules follow. Separate the backup administration identity from day-to-day administration, so a compromised domain admin does not open the vault. And test the restore onto clean infrastructure on a schedule, because a backup set encrypted six months ago is still encrypted. Offline storage also protects against accidental deletion and physical events.

How do we test a cyber business continuity plan without a real outage?

In three layers. First a tabletop, one scenario walked through with the roles speaking their sections, which finds missing decisions and out-of-date contacts. Second a technical restore test, where a team restores a random production service from the backup set onto clean infrastructure and the RTO and RPO are measured against the plan. Third a failed restore drill, where you deliberately attempt to restore something broken, because discovering a bad backup set is the whole point of testing. For a small Indian business, one tabletop and one timed restore a year is a reasonable target, and the measurement that reaches management is the actual restoration hours against the promised RTO.

The components of a cyber business continuity plan, and the evidence that proves each one works
ComponentWhat it definesProof it works
Business impact analysisWhich services stop the businessA signed ranking per service
RTO and RPOHow fast it returns and how much data is lostA table agreed with business owners
Recovery sequenceThe order systems come back inA restore run in that order
Manual workaroundsHow the business trades in the first hoursA rehearsed process with a named owner
Offline or immutable backupsThe restore point that survives ransomwareA timed restore onto clean infrastructure
Test scheduleHow often the plan is exercisedTabletop and restore test records

What are the frequently asked questions?

What is a cyber business continuity plan?
A cyber business continuity plan is the document that sets out how the business keeps trading when IT systems, people or sites are unavailable, with cyber scenarios as the driver. It fixes recovery time objectives and recovery point objectives per service, names the systems that must come back first and in what order, and specifies the manual workarounds that carry the business in the meantime. For a ransomware or data breach event, the plan is what decides whether you recover from a clean immutable backup in hours or spend weeks rebuilding, and it is only real if a restore has actually been tested.
How is a business continuity plan different from a disaster recovery plan?
Disaster recovery is the IT half, about restoring systems and data. Business continuity is the whole business, including people, premises, suppliers, cash and customers. A cyber business continuity plan does the same for a cyber scenario, and it is the part that decides whether the company survives the outage or merely has its computers back.
What RTO and RPO should a small Indian business set?
For most SMEs, a tiered approach works: a few hours for customer-facing and billing systems, one working day for internal tools, and a week for anything non-critical. The RPO then follows, often an hour for transactional data and one day for everything else, and the numbers should be set against what the business can absorb, not against what the hardware allows.
How often should we test the plan?
A tabletop at least annually, and a timed restore of a critical service at least twice a year, plus after any change to the backup, network or identity architecture. The measure that matters is actual restoration hours against the promised RTO.
Does having backups satisfy our continuity obligations?
No. Backups are one component. The plan also needs the recovery order, the manual workarounds, the communications path, the named decision makers and the test evidence, and for many Indian businesses in regulated sectors there are further requirements to document and evidence the continuity capability.

Get a straight answer on this

Send us a list of your critical services and your last restore test date, and we will draft the RTO and RPO table for your business to approve.

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Last reviewed: 24 October 2026. Information on this page is general guidance, not legal advice. Prices are indicative bands for a typical scope and are confirmed in a written quote before any work begins.