Business Continuity & DR Review India: The Process, Start to Finish
The mechanics of Business Continuity & DR Review India are what clients ask about once they have decided to proceed. The questions below are the ones raised most often in practice; the full scope of the service is on the Business Continuity & DR Review India page.
What exactly is a Business Continuity & Disaster Recovery Review, in plain terms?
It is a structured review that answers a practical question: if your core systems, your office, or a critical vendor became unavailable tomorrow, how long could your business keep operating, and would your backup and recovery arrangements actually restore things in time? We map which processes and systems are genuinely critical, check whether your backup and disaster recovery setup would actually work if you needed it, and run a simulated disruption exercise to see how your team responds in practice — not just what the written plan says on paper.
In practice: Most organisations we meet have a BCP-DR document somewhere in a shared drive that was written once, years ago, and never looked at again. The document existing is not the same as the plan working. That gap is what this review is designed to find.
How is this different from PNPC's Business Continuity & Fraud Risk Assessment?
Both share the Business Impact Analysis and single-point-of-failure mapping methodology, because operational resilience is a common foundation. This BCP & DR Review goes deeper into the technical disaster recovery architecture — backup verification, replication testing, failover drills, DR site readiness — and is the right scope when fraud risk is not the immediate concern. The Business Continuity & Fraud Risk Assessment adds fraud triangle mapping and segregation-of-duties/access-rights testing on top of the continuity work, and is the right scope when the Board wants both operational resilience and fraud exposure assessed together. Many clients start with one and add the other in a later phase.
In practice: We ask which is the more urgent question in the first scoping call. A business that has just had a near-miss system outage usually needs the DR-focused review first; a business worried about internal control gaps after a suspicious pattern usually needs the fraud-inclusive assessment first.
What is a Business Impact Analysis (BIA) and why does it come before the DR plan itself?
A Business Impact Analysis identifies which of your business processes and systems are genuinely critical, and for each, quantifies the Maximum Tolerable Downtime, the Recovery Time Objective (how quickly it must be restored), and the Recovery Point Objective (how much data loss, if any, is acceptable). Without a BIA, a DR plan has no basis for prioritisation — it either treats every system as equally urgent, which wastes recovery budget and effort, or is built around IT's assumptions rather than the business's actual tolerance. We always run the BIA first, involving business owners, not just IT; the DR architecture is designed and tested against its findings.
In practice: We frequently find that IT's assumption about which system is 'most critical' does not match what the business actually needs once we ask process owners directly — a reporting system nobody flagged as urgent sometimes turns out to be the one finance genuinely cannot operate without for more than a day.
What is the difference between RTO and RPO?
Recovery Time Objective (RTO) is the maximum acceptable time between a disruption occurring and the affected system or process being restored to operation. Recovery Point Objective (RPO) is the maximum acceptable amount of data loss, measured in time — for example, an RPO of 4 hours means you can tolerate losing up to 4 hours of data (the gap since the last successful backup or replication point), but no more. Both are set per system or process based on business tolerance, not on what the current infrastructure happens to be capable of — which is exactly why many organisations discover during this review that their actual DR capability does not match the RTO/RPO the business genuinely needs.
In practice: A common finding: a business believes its RPO is near-zero because data is 'backed up daily,' without realising a daily backup means an RPO of up to 24 hours — a full day of transactions could be lost. We make this gap explicit and quantified, not theoretical.
What is a single point of failure, and how do you identify them?
A single point of failure is any person, vendor, system, or facility whose unavailability would materially disrupt a critical process, with no fallback in place. We identify these through structured interviews with process and IT owners, review of vendor and cloud contracts for sole-source dependencies, and technical review of infrastructure architecture for single-region or single-facility exposure. Key-person dependency — where only one individual genuinely understands how to execute a system failover or restore a specific backup — is one of the most common and most under-assessed single points of failure in mid-sized Indian businesses.
In practice: One risk is an IT function where only one person knows the actual steps to fail over to the DR environment, undocumented anywhere. That person being unavailable during an actual incident turns a manageable outage into a much longer one.
What does a backup restoration test actually involve?
It means actually restoring data from a backup — in a controlled, non-production environment — and verifying that the restored data is complete, uncorrupted, and usable, rather than simply confirming that a backup job completed successfully. A backup job showing 'success' in a log only confirms the process ran; it does not confirm the resulting file can actually be restored into a working system. We verify whether your organisation has ever performed this test, and where it has not, we recommend and, where feasible, help coordinate a controlled test as part of the engagement.
In practice: We have encountered organisations with years of 'successful' backup logs who had never once test-restored a file — and when we ran the first test, the restoration failed due to a corrupted archive or a missing encryption key. This is precisely the gap a document review alone cannot catch.
What does a tabletop exercise involve, and why is it necessary if we already have a written plan?
A tabletop exercise is a facilitated, structured walkthrough of a realistic disruption scenario — for example, your core ERP becomes unavailable for 48 hours, or a ransomware event locks your primary file server — in which management and IT work through the actual decisions the written plan calls for: who is notified first, who has authority to declare an incident, what the manual workaround is, how customers and vendors are communicated with. This consistently surfaces gaps that a document review alone does not — an outdated contact list, an assumption that someone else holds a critical password, a step that reads clearly on paper but nobody has actually rehearsed.
In practice: A tabletop exercise can surface that the plan assumes a person who has since left the organisation will lead the response. Nobody updates a BCP-DR contact list unless someone is specifically responsible for doing so on a defined schedule.
Can you actually test a full failover to our DR site or DR cloud region?
Where feasible and where the client wants it in scope, yes — we coordinate a controlled failover test during a planned maintenance window, observe the actual recovery time achieved, and compare it against the stated RTO. Where a full production failover is judged too risky or disruptive to test directly, we design a scaled-down or non-production test that still validates the core mechanics — DNS/routing failover, application startup on the DR environment, data currency at the point of failover — without touching live production traffic.
In practice: We are candid when a full live failover test carries real business risk and recommend a safer, staged testing approach instead. The goal is genuine assurance, not a test that itself causes the outage it was meant to guard against.
Our systems are entirely cloud-hosted. Do we still need a DR review?
Yes. Cloud hosting materially changes the DR conversation but does not eliminate it. Cloud providers guarantee infrastructure availability under their own SLAs, but the customer remains responsible for application-level recoverability, cross-region or cross-availability-zone redundancy configuration, backup retention within the cloud environment, and access continuity if an account or subscription itself is compromised or locked. We frequently find cloud-hosted businesses assuming the provider 'handles DR' when, in practice, no cross-region redundancy or independent backup has actually been configured — leaving a single-region outage as a genuine, untested risk.
In practice: Cloud does not mean DR-by-default. We specifically check whether cross-region/zone redundancy is actually configured — not merely available as a feature — and whether anyone has verified what happens if the primary account itself is inaccessible, for example due to a billing dispute, compromised credentials, or provider-side account suspension.
Where this sits in the wider engagement
Business Continuity & DR Review India rarely arrives on its own. The statutory basis and the current requirements are set out on the Business Continuity & DR Review India service page, and the related services are grouped under Business Transformation.
What PNPC does
PNPC Global has practised since 1986 across India and the UAE. On Business Continuity & DR Review India we take the work end to end — reviewing the facts, preparing and filing what is required, and dealing with the authority through to closure.