For CISOs, Chief Risk Officers, and infrastructure leaders in financial services, disaster recovery has moved up the org chart, and it now sits with the board as a governance obligation carrying named owners, reporting lines, and hard deadlines. Under the Digital Operational Resilience Act (DORA) and the Financial Conduct Authority (FCA) guidelines, a recovery capability is something you are expected to evidence rather than merely assert. Regulators want empirical, auditable proof that you can bring critical business services back inside your stated service level agreements, and that you rehearse those runbooks often enough, and realistically enough, to trust them. A laminated “Disaster Recovery Plan” sitting in a shared drive does little to satisfy that.
Think of it the way a building runs fire drills. Nobody earns a safety certificate by hanging an evacuation map next to the elevator; the certificate comes from running the drill, timing how long the floor takes to clear, and keeping the signed record of each rehearsal. Regulators are asking for the same thing from your recovery program: the timed, repeatable, documented drill that sits behind the plan, plus the evidence that you run it. In practice, that breaks into two proofs – that you can recover critical services within the SLAs you have committed to, and that you test those runbooks frequently, under conditions close to a real event.
Here is where the gap usually hides. Not long ago I had a call with a prospect who admitted that across the four DR tests they run each year, not every application team takes part; some quietly get a “hall pass” and sit the exercise out. That is a real problem, because an actual outage does not hand out hall passes, and when it hits, every team is in scope whether they rehearsed or not. The old escape valve of running these exercises over a quiet weekend has closed too, because always-on services and global customers mean there is no longer a safe window to take production down.
The reality is that traditional DR testing is disruptive and expensive, so most enterprises manage a full drill only once or twice a year, each one demanding a weekend “war room,” risking real production downtime, and burning out the same handful of engineers. To satisfy regulators without paralyzing operations, the shift is toward automated, continuous validation that runs on its own schedule and produces its own evidence.
Continuous validation: non-disruptive DR testing
The biggest barrier to frequent drills is the risk they pose to live workloads. You cannot safely redirect production traffic or split an active database on a Tuesday afternoon simply to tick a compliance box, and, as the hall-pass story shows, the weekend is no longer a dependable escape hatch either. This is the rehearsal-building problem in plain terms: you need somewhere to run the full drill, at full realism, without anyone in the real building noticing.
Broadcom’s VMware Cloud Foundation and the Automic Automation VCF Advanced Service close that gap by running automated DR tests inside isolated, air-gapped environments. These clones are sealed off by definition and cannot touch outside systems, so Automic can orchestrate a full DR simulation against a faithful copy of production without altering a single live route. Take that setup as your rehearsal building – an air-gapped DR environment where you validate the real strategies and runbooks, and in practice the whole environment, as hard and as often as you like.
Once the sandbox is up, Automic runs your entire application-recovery runbook end-to-end, in the same order a real recovery would demand:
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Databases first. It starts the databases, runs consistency checks, and validates data integrity before anything downstream depends on them.
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Dependencies in order. It sequences the middle-tier APIs and application servers in strict dependency order, the way they would need to come up under real conditions.
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Prove the service. It fires automated synthetic transactions to confirm the business services respond the way a customer would need them to.
Because the whole process is automated and sealed off, you can rehearse as often as the risk warrants – weekly, monthly, even daily – without the scheduling fights or the overtime. One global financial institution used exactly this pattern to drill its business-critical recovery workflows 44 times in a single year, which is the kind of repetition that turns a claimed RTO into a number you have watched happen. And given what an hour of downtime costs in that environment, a rehearsal that heads off one bad failover pays for itself several times over.
Proving resilience: the immutable audit trail
A drill only counts, to a regulator, if you can show the record afterward. When an auditor examines your operational resilience, verbal assurances and a few spreadsheet checkboxes carry no weight; what they want is the signed, timestamped log of what was done, in what order, and why. That last part, the why, is exactly what homegrown scripting tends to lose along the way.
Because Automic runs the recovery as a single control plane across your private cloud and your enterprise applications, every step from the first infrastructure trigger to the final application-level smoke test lands in one centralized, immutable audit log. Every execution, approval, database check, and network validation is captured with full traceability, and when a step fails, the log holds the exact error code, the remediation taken, and the recovery time that followed.
That operational data rolls up automatically into audit-ready Resilience Scorecards, the report you can hand straight to a board or a regulator. They give you:
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Real RTO and RPO, measured. Your actual Recovery Time and Recovery Point Objectives, taken from real drills, set against the SLA targets your regulator holds you to.
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Early warning. Predictive signals that flag a recovery bottleneck before it turns into a downstream breach.
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Documented proof. Evidence of every successful drill, down to the duration of each step and the validation results of each synthetic transaction.
Turning compliance into an operational shield
Handled this way, disaster recovery earns its keep. The same automated, governed control plane that produces your DORA and FCA evidence also protects the revenue an outage would otherwise put at risk, so the compliance work and the resilience work become the same work rather than two competing line items.
The numbers get large quickly. A top-tier digital bank recently projected an annual benefit of $15 million to $30 million from automating its DR operations with Broadcom. By encoding its entire runbook into Automic, it pulled service restoration from several hours down to under two minutes, which clears strict DORA and FCA audits while protecting millions in revenue that would otherwise bleed away during the outage.
Securing a modern financial enterprise and passing a serious regulatory audit is beyond the reach of manual runbooks and disconnected point tools; the durable answer is automated, application-aware execution that proves itself every time it runs. Do that, and passing the audit becomes a matter of exporting the evidence you have already been collecting all year.
So it is worth asking one plain question: if a regulator wanted proof of your last successful recovery drill tomorrow, could you produce it on the spot?
Frequently Asked Questions
How do DORA and FCA guidelines change disaster recovery mandates?
Regulators now require financial institutions to provide empirical, auditable proof of recovery SLAs through frequent, timed drills rather than static plans.
How can banks test DR without risking live production downtime?
By using Automic Automation with VMware Cloud Foundation (VCF) to run automated rehearsals inside isolated, air-gapped sandbox environments.
What sequence does Automic Automation follow during a DR rehearsal?
It recovers databases first, brings up middle-tier APIs in strict dependency order, and runs synthetic transactions to verify full service functionality.
How does automated DR orchestration simplify compliance audits?
It captures every step in an immutable audit log and automatically generates executive-ready Resilience Scorecards for regulators.
What business value does continuous DR validation deliver beyond compliance?
It dramatically reduces outage downtime, protecting millions in revenue by bringing recovery times down to minutes.
