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Resilience · ISO/IEC 27001

Business Continuity Plan Template

Write your own, properly. This is a section-by-section guide to what a continuity plan has to contain, the four clauses people reliably get wrong, what an auditor asks to see, and how plans fail in practice. Or have PolicyMint write this one plan for your business and check it before you see it - your first document is free.

The cover page of a generated business continuity plan, branded for an example company, showing its document control block, approval table and the ISO controls it maps to.
Generated from this page's structure, in an example company's branding

Write it yourself

How to write a business continuity plan

10
sections the document needs
4
wordings people reliably get wrong
6
things an auditor asks to see
8
ways it usually fails

Ten short sections, in the order they are easiest to write. Before section 1, rank what your organization does by how fast its loss hurts - after an hour, a day, a week - then write down what each activity leans on: people, systems and data, premises and connectivity, suppliers, and the equipment and records nobody misses until they are gone. That ranking is what lets the plan decide in advance what gets deferred.

  1. Purpose and scope

    What it must contain

    Name the organization, the sites, teams and services the plan covers, and the systems, data and suppliers behind them. Say plainly what it does not cover, so nobody assumes a subsidiary or a product line is in when it is not.

    What the auditor checks

    The first contradiction they can find for free. A continuity plan drawn wider or narrower than your ISMS scope statement means one of the two documents is wrong, and they will ask which.

  2. Critical activities and their dependencies

    What it must contain

    The short list of activities that must keep running, ordered by how fast their loss hurts, each one recorded with what it leans on: people, systems and data, premises and connectivity, suppliers, and equipment or records. An activity is only as recoverable as its weakest dependency, so the dependency line is the work.

    What the auditor checks

    That the list is short, ranked, and matches your asset inventory and supplier records. A plan where everything is critical has made no decisions, and they can tell within a minute.

    Wording that works
    [Critical activity] - depends on [system], [data], [named people], [supplier], [premises or connectivity]. Everything not listed here is deferred during a disruption.

    The first sentence forces a dependency per activity rather than a title and a hope. The second is the one people delete, and it is the one that does the work: without an explicit deferral line the plan can tell the team what to restart but never what to stop doing, which is the decision that actually frees up the day.

  3. Recovery objectives

    What it must contain

    An RTO and an RPO for every activity in section 2. The recovery time objective is how long it can be down before the damage is unacceptable; the recovery point objective is how much recent work you could lose and recreate by hand. Both are set by the people who feel the pain, and then priced by whoever runs the technology.

    What the auditor checks

    Who chose the number and on what basis, then whether your backup and replication configuration can genuinely deliver it. This is the section that produces the most findings, because the numbers are usually aspirations nobody costed.

    Wording that works
    [Critical activity] - RTO [4 hours], RPO [15 minutes].

    Two numbers per activity, not one number per company. Writing them side by side is what exposes the mismatch: a four-hour RTO next to a 24-hour RPO promises you will be back fast with yesterday's data, which is almost never what anyone agreed to when they said four hours.

  4. Invocation and escalation

    What it must contain

    Who can raise it, who decides the plan is live, how long they get before a named deputy decides instead, and how the decision is recorded with a time and a reason. Then the escalation chain, and the threshold at which regulators, insurers and key customers are told.

    What the auditor checks

    They read this one hardest, because it is the only section that can be tested on paper. A clause saying management will assess the situation, with no name, no time limit and no record, is unauditable.

    Wording that works
    [Role] assesses it and may invoke this plan; if they cannot be reached within [15 minutes], [deputy role] invokes it instead.

    A named decider, a time limit, and a named fallback in one sentence. Most plans stop at the first clause, which at 3am on a Sunday means nobody in the building has the authority to start, and the first hour goes on finding someone who does.

  5. Roles during a disruption

    What it must contain

    The handful of jobs somebody has to be doing: leading the incident and owning the decision log, running system and data recovery, handling every message in and out, and running the workarounds. Each with a named deputy and a contact route that does not depend on your own systems.

    What the auditor checks

    Whether the names are current and the deputies exist. A response role held by someone who left in March is the fastest finding on the page, and it is the one a one-hour walkthrough would have caught.

  6. Communications

    What it must contain

    What staff are told, through which channel, and when the next update is due. An out-of-band fallback for when your usual channel is the thing that is down. A target time for telling customers, with a realistic estimate rather than an optimistic one. One named person who speaks publicly, and holding statements written before you need them.

    What the auditor checks

    The fallback channel, and what happens to confidentiality while you are using it. Crisis communications that leak customer detail into a personal messaging app is a second incident inside the first.

  7. Manual workarounds

    What it must contain

    For each activity that can run without its usual system: what to do, who is allowed to do it, and what gets reconciled afterward. State outright that a workaround creates a backlog and usually loosens a control, and that both are cleared before you call it normal again.

    What the auditor checks

    This is A.5.29 territory. They will ask how access approval, logging and confidentiality survive the workaround, who approved relaxing them, and when the control went back.

  8. IT and data recovery

    What it must contain

    Recovery order taken from section 3 rather than from whoever asks loudest. Backup frequency, location and retention, held somewhere a compromise of the live environment cannot reach. Restore testing on a schedule. A runbook per critical system, held where it is readable with the network down. And a definition of recovered that means the data has been checked and the work can restart.

    What the auditor checks

    A.5.30, and the evidence most often missing: a dated restore with an elapsed time on it, measured against the objective in section 3, plus the runbook and the person who owns it.

    Wording that works
    Recovery is complete when the data has been checked and the activity is usable, not when the server answers.

    It moves the finish line from infrastructure to the business, which is where the RTO was set. It also makes your recovery time honest, because the clock now stops when work can restart - so any restore test has to be timed to that point, not to the login screen.

  9. Supplier and third-party failure

    What it must contain

    For every supplier a critical activity depends on: the recovery commitments actually in the contract, an out-of-hours escalation contact, and what you do if they are down past a threshold - switch, run the section 7 workaround, or accept and communicate the delay. A supplier you cannot replace is recorded as a risk and accepted in writing.

    What the auditor checks

    They cross-read this against your supplier register and the contracts themselves. An assurance that the cloud provider handles it, with no commitment written down anywhere, does not survive the question.

  10. Testing, review and version control

    What it must contain

    The exercise schedule, and the triggers that beat the calendar: a new core system, a new supplier, a restructure, a new site, a real invocation. What each exercise records. Then the housekeeping - owner, approver, approval date, version, and where the current copy lives in a form still reachable when your systems are down.

    What the auditor checks

    The last exercise record, and the actions it raised, closed. An exercise that found nothing reads as an exercise that was too easy.

Worked example: how the two numbers get set

A 40-person company that sells online and invoices through a cloud finance system.

Order processing. A morning offline is embarrassing; two days offline and customers go elsewhere. Management sets the RTO at four hours. Then the data question: if it failed, how much order entry could the team rebuild by hand from confirmation emails? About fifteen minutes worth - so the RPO is fifteen minutes, which rules out a nightly backup and means near-continuous replication.

Payroll. Losing it for a day costs nothing, as long as it is back before the run on the 27th. RTO three business days, RPO 24 hours - and a nightly backup is genuinely sufficient.

Two activities in one small business, one number apart, needing completely different technology. That is why the numbers are set per activity, and why "everything back immediately" is the least useful answer management can give. Where an objective turns out to be unaffordable, change the number and record why: an RTO you cannot fund is not a target, it is a document that embarrasses you twice.

What section 10 can honestly promise

Do not commit to an exercise program you will not run. Four levels are worth naming, each finding a different class of failure; committing to the first one forever is the common mistake, and it is the one an auditor notices.

  1. 01 Walkthrough

    About an hour

    The named response roles read the plan together and each says what they would actually do. This is where the year-old contact list, the deputy who left, and the step that only made sense to its author all surface.

  2. 02 Tabletop exercise

    Half a day

    A facilitator runs a realistic scenario and the team works the decisions live: ransomware hits the file server at 6am and the finance lead is on leave. It finds the decision gaps - who invokes, what gets deferred, when customers are told.

  3. 03 Technical recovery test

    A day, plus preparation

    Restore a critical system and its data from backup into an isolated environment, confirm the data is usable, and time it. This is the test that most often disproves an optimistic recovery time objective.

  4. 04 Live or partial simulation

    Expensive, and worth it

    Run a critical activity on its manual workaround for half a day, with the real team and real volume. The only exercise that shows whether a workaround survives a normal Tuesday.

Separately, restore something from backup on a routine schedule, because backups fail quietly. Record every exercise the same way - date, scenario, who took part, what failed, and the actions with an owner and a due date - then change the plan and bump the version. The point is to find your failures on a Tuesday afternoon rather than at 3am.

Evidence, not prose

What an auditor actually checks

Nobody is marking your writing. A continuity assessment is six questions, and every one of them is answered with a record rather than a paragraph. Draft the plan so these are easy to say yes to, and the assessment stops being an event.

Show me the current plan, and tell me who approved it.

Satisfies A version number, a named owner, an approval date inside the last twelve months, and a copy that is readable when your network is down.

Fails A plan whose only copy sits on the file server is a finding on its own, because the file server is one of the things it exists to survive.

Who decided four hours, and on what basis?

Satisfies A dated record of management agreeing the objectives against the impact of the outage, activity by activity.

Fails The reverse order: technology picking numbers the current backup already meets, then the business being asked to nod at them.

Show me you can meet it.

Satisfies A dated restore of a critical system with the elapsed time written down, a note that the data was checked rather than just present, and the result compared to the objective. This is the single piece of evidence most often missing, and the one no amount of prose replaces.

Fails A successful-backup screenshot with no restore, elapsed time or check that the recovered data was usable.

When did you last exercise the plan, and what did it find?

Satisfies An exercise record with the date, the scenario, who took part, what failed, and the resulting actions with an owner and a due date - and then those actions closed and the plan reissued at a new version.

Fails A calendar invitation and attendance list with no scenario results, actions or change to the plan.

Do your suppliers agree with this?

Satisfies The recovery commitments in the contract for each supplier a critical activity depends on, an out-of-hours escalation route you have actually used, and a written acceptance of the risk where a supplier cannot be replaced.

Fails A supplier website promising high availability, with no contractual recovery commitment or tested escalation contact.

Does the plan agree with everything else?

Satisfies The same critical systems as your risk assessment, the same suppliers as your supplier register, the same retention as your backup configuration, and the same decision as your Statement of Applicability. Findings live in the gaps between documents far more often than inside one.

Fails A four-hour recovery promise beside a nightly backup, or a critical supplier absent from the supplier register.

Failure modes

Where continuity plans fall over

Plans rarely fail on the big things. They fail on eight small ones, and every one of these is visible in a draft before anything goes wrong. Read your own against the list.

  • Everything is critical

    Two-thirds of the activity list marked critical, most of them with an RTO of immediately. A plan that prioritizes nothing has made no decisions and buys the response team no time. Cut until the list is short enough to hold in your head, then write the sentence that says the rest is deferred.

  • A four-hour RTO on a nightly backup

    The classic finding, and it is arithmetic rather than judgment: if the recovery point is up to 24 hours old, no amount of speed makes the activity usable. Either fund replication or change the number and record why you changed it.

  • No RPO at all

    Plans routinely carry a recovery time and no recovery point, so nobody notices they have agreed to be back within the hour with yesterday's data. The number belongs to whoever would have to recreate the lost work by hand, not to whoever runs the backup job.

  • The plan lives where the incident is

    The only copy is on the intranet, the file server, or the laptop that is currently encrypted. Name a location in the plan for an offline copy, and check every quarter that it is still there and still the current version.

  • The fallback channel runs on the failed system

    Notify staff by email, when email is what is down. Reach the deputy through the directory you cannot log into. A fallback has to sit on different infrastructure, and the numbers have to be somewhere you can read without your own systems.

  • The contact list is a year old

    Deputies who left, mobile numbers from a previous role, a supplier escalation contact who changed companies. This is the failure a one-hour walkthrough finds every single time, which is exactly why the cheapest test is worth running quarterly.

  • Written once, never exercised

    Or exercised as the same comfortable walkthrough for four years and never as a technical restore. Each level finds a different class of failure, and only the restore test can disprove an optimistic recovery time.

  • The workaround quietly drops a control

    Orders on paper, approvals given verbally, a shared login just for the outage. If the plan does not say which control is relaxed, who approved it and when it goes back, you finish the incident with a second one to report.

From draft to audit-ready

Where continuity fits in ISO 27001

ISO 27001 covers the information security dimension of continuity - keeping information protected and available when things go wrong. ISO 22301 is the dedicated continuity standard. If ISO 27001 is your goal, what you need is continuity arrangements that hold up for the information and systems in your scope.

Two Annex A controls carry that. A.5.29, information security during disruption, is about not quietly abandoning your controls in a crisis: access approvals, logging and confidentiality still have to mean something while everyone is restoring service. A.5.30 is the technology half. The practical question it puts to you is whether the systems, data and services your critical activities lean on can genuinely be usable again inside the recovery times management agreed - and whether you can show it. In practice that means a named owner for each recovery arrangement, a runbook they keep current, and a dated restore that proves the timing rather than assuming it. ControlStack, our sibling site, has a control-level walkthrough of that second one.

This is where a standalone plan starts to creak. An auditor reads it against your risk assessment, your supplier records, your backups and your Statement of Applicability, and expects the numbers to agree. A plan promising four-hour recovery on a nightly backup is a finding, not a document.

See the full ISO 27001 documentation set a certifiable management system includes, or size the remaining work first with an ISO 27001 gap analysis.

See the real output

What PolicyMint generates

Your plan comes back with your own critical activities listed, the dependencies under each one, and an RTO and an RPO beside every activity. The invocation clause, the escalation chain, the supplier failure thresholds and the workarounds are written as prose against the roles, systems and suppliers you told us you run, with the square brackets resolved rather than left for you to fill. It arrives in your branding, exported as Word, PDF or Excel. The cover in the hero and the body page below are the opening sections of exactly that document, generated for an example company and rendered by the product's own export.

A body page of a generated business continuity plan, showing numbered clauses written for a specific business with the placeholders resolved.
Inside the document: every square bracket resolved to a real role, system and timeframe. Example branding shown.

Side by side

Writing it yourself vs generating it

One continuity plan, two ways to get there. This is about the single document - the rest of the ISO 27001 set is a separate decision, and a later one.

Scroll the table sideways to compare both routes.

Dimension Writing it yourself Generating it with PolicyMint
What you end up with One continuity plan you write yourself, section by section, from the guide above The same ten sections, written out in full and exported as Word, PDF or Excel in your branding
Tailored to your business The activities, dependencies and suppliers are yours to work out Written from the activities, systems, suppliers and scope you describe, with the square brackets resolved
Recovery objectives Numbers you work out, cost and justify yourself An RTO and an RPO drafted beside every activity, from the systems and backups you told us you run
Holds together at audit Up to you - it is read against your risk assessment and supplier records Every section cites the clauses and controls it satisfies, so the mapping is written in rather than reconstructed
Checked before you see it No Three independent verifiers on a different AI model, plus a repair pass
Time to a finished draft A day or two of writing, then the reviews Minutes, then your own review of a draft that already makes the decisions
Price Free - the guide above, plus your own time Your first document is free on signup, then priced per document, one-time and with no subscription
Generate this plan Free first document

Card required; no charge today. One-time pricing, no subscription and no per-seat charge. The rest of the ISO 27001 set is there if you want it later - see pricing.

ISO 27001 documents

36

ISO 27001 documents

tiered by what you actually need

ISO 42001 documents

21

ISO 42001 documents

for AI management systems

Clauses and controls mapped

182

Clauses and controls mapped

every document cites the ones it satisfies

Verifiers per section

3

Verifiers per section

on a different model to the writer

Business continuity plan FAQ

The questions people ask

Including how recovery objectives are actually decided.

What is a business continuity plan?

It is the document that says how your organization keeps its most important work going when something disrupts it - an outage, a cyber attack, losing a building, a supplier failing - and how it returns to normal afterward. A useful one names the activities that must keep running, what each depends on, how fast each has to be back, who decides the plan is live, and how people carry on meanwhile.

What is the difference between RTO and RPO?

RTO, the recovery time objective, is about time: how long an activity can be unavailable before the damage is unacceptable. RPO, the recovery point objective, is about data: how much recent work you could afford to lose and recreate by hand. An RTO of four hours means the service must be back within four hours; an RPO of fifteen minutes rules out a nightly backup. Both are business decisions that then dictate what your technology has to do.

What should a business continuity plan include?

A better test than a checklist: could a deputy run it at 3am, from their phone, with your network down? That rules out anything true only because its author remembers it. Every critical activity needs an owner and its two numbers, every named role needs a named stand-in and a contact route that does not depend on your own systems, and there has to be a way to keep working and a way to keep talking to customers while the fix is still in progress. The guide above walks through the ten sections in that order.

How often should a business continuity plan be tested?

Once a year is the floor, but the calendar is the weaker trigger: a plan goes stale when something material changes, not when a date passes, so tie the next exercise to your change record as well as to the anniversary. A workable rhythm for a small company is a fifteen-minute check each quarter on the parts that rot fastest - phone numbers, deputies, and whether the offline copy is still where the plan says it is - and one facilitated scenario a year with the people who would really make the call. Watch who turns up, too: anyone who has joined a response role since the last exercise has never used the plan.

Does ISO 27001 require a business continuity plan?

ISO 27001 does not hand you a template, but it expects you to work out how information stays protected and available when normal operations break down, and to be able to show that the technology behind that promise really can meet the targets your business set - with someone accountable for it and a restore on record. In practice that means a plan agreeing with your risk assessment, your supplier arrangements and your backup reality. A plan promising four-hour recovery on a nightly backup is a finding waiting to happen.

How much does a full ISO 27001 document set cost?

A certifiable ISO 27001 set is around 36 documents. The Full ISMS / AIMS pack covers it with headroom for A$350US$229£179€209 including GST, about A$8.75US$5.73£4.48€5.23 per finished document. For comparison, Advisera publicly lists about A$1,300 (US$897)US$897about £660 (US$897)about €780 (US$897) one-time and IT Governance about A$760 (£395)about US$530 (£395)£395about €460 (£395) for the first year, and you still write every document yourself.

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