At 04:09 UTC on 19 July 2024, a single faulty configuration update crashed 8.5 million Windows endpoints running CrowdStrike Falcon. Delta Air Lines alone reported USD 550 million in losses; Parametrix pinned Fortune-500 exposure at USD 5.4 billion (Harvard Business Review, 2025).
The companies that kept operating did not have a bigger legal team or better insurance. They had a business continuity program — an integrated operating model of plans, processes, people, and technology — that had already rehearsed “critical endpoint security vendor goes dark.” Everyone else found out, in production, what the term actually meant.
The phrase “BCP” gets abused. Vendors use it to mean software. Auditors use it to mean the plan document. Consultants use it to mean a deliverable. All three are wrong.
This article settles what a continuity capability is, what it must contain in 2026, and how to build one that holds up when your regulator, your board, and your customers are all watching at the same time.
| EXECUTIVE SUMMARY — BC program at a Glance What: An integrated operating model — plans, processes, people, and technology — that keeps the business delivering critical products and services during and after a disruption. So what: ITIC 2024 puts hourly downtime cost above USD 300,000 for 90 percent of mid/large enterprises, and above USD 5 million per hour in eight verticals. EU DORA now fines weak continuity programs up to 2 percent of global turnover. Now what: Run the six-component model, follow the five-stage lifecycle, pick the right sourcing (build, buy, or hybrid), and test severe-but-plausible scenarios at least annually. Everything else is documentation theatre. |
Why the BCP Solution Conversation Changed After 2024
The business continuity profession has lived through three wake-up calls in 24 months. CrowdStrike proved that endpoint concentration can freeze airlines and hospitals in a single morning.
The MOVEit breach of June 2023 hit 2,700+ organisations through a single file-transfer vendor. And the Verizon 2025 DBIR shows third-party involvement in breaches doubled to 30 percent, while ransomware now appears in 44 percent of all breaches.
Regulators responded. EU DORA entered force on 17 January 2025 across 20 categories of financial entities and their ICT providers, with fines up to 2 percent of annual global turnover. APRA CPS 230 (Australia), Bank of England SS2/21, OCC/FRB operational resilience guidance (US), and Kenya’s CBK Prudential Guideline on Operational Resilience have followed.
Any business continuity solution designed before 2024 is almost certainly out of regulatory scope, and the rest of this article shows how to fix that.
What a BCP Solution Actually Is (And What It Is Not)
Bridging from the regulatory context, the definition matters. A continuity framework is the integrated combination of plans, processes, technology, and people that enables an organisation to maintain or rapidly resume the delivery of critical products and services during and after a disruptive event. It is not a document. It is not software. It is an operating system.
The anchoring standard is ISO 22301:2019 (Amd. 1:2024), which defines business continuity as “the capability of an organisation to continue the delivery of products and services within acceptable time frames at a predefined capacity during a disruption.”
A BCM program is how that capability is operationalised — the governance wrapper, the assessment engine, the strategies, the runbooks, the technology, and the muscle memory built through exercise.
BCP vs DRP vs BCP Solution: Cleaning Up the Terminology
Three terms get conflated. The business continuity plan (BCP) is the documented strategy for sustaining operations through disruption. The disaster recovery plan (DRP) is a subset focused on restoring IT systems and data (see our dedicated guide on the disaster recovery plan).
The continuity model is the entire operating model that binds them together with crisis management, communications, governance, testing, and supporting technology.
| Term | What it is | Primary audience | Primary artefact |
| BCP | Documented strategy to sustain critical operations during disruption | Business owners, BCM team | BCP document + runbooks |
| DRP | Technical plan to restore IT systems, data, and infrastructure | IT Ops, Security, CIO | DR runbooks, RTO/RPO configurations |
| resilience program | Integrated operating model: plans + processes + technology + people | Board, CRO, regulators | Governance + KPIs + tested capability |
| Crisis Management Plan | Command-and-control plan for major incidents | Executive team, PR, legal | Incident command structure, decision triggers |
The Six Core Components of an Effective BCP Solution
With definitions settled, the question is what must sit inside the solution. A defensible program has six reinforcing components. Drop any one and the capability breaks under pressure.
Figure 1. The six reinforcing components of a capability, aligned to ISO 22301.
Component 1: Governance and Programme Management
Every framework starts with ownership. A business continuity management system (BCMS) defines the roles: executive sponsor (typically COO or CRO), programme owner (BCM Lead), crisis management team, and department-level BCP champions. Without this, the rest is decoration.
Link the BCMS into the enterprise risk management framework so that BCP risk feeds the single board dashboard — not a parallel report nobody reads.
Component 2: Risk Assessment
The risk assessment identifies what can hit the organisation. A good BCP risk assessment catalogues 60-120 disruption scenarios, scores them on likelihood and impact, and flags the top quartile for quantification.
PESTLE, MITRE ATT&CK, and TCFD climate pathways all feed in. The BCI Horizon Scan Report 2025 is a useful external benchmark.
Component 3: Business Impact Analysis
The BIA converts risks into operational consequences. Outputs are Recovery Time Objectives (RTO), Recovery Point Objectives (RPO), Minimum Business Continuity Objectives (MBCO), and Maximum Tolerable Period of Disruption (MTPD) for each critical activity, plus the dependency map. Without a BIA, the this program has no denominator — use our business impact analysis template to structure the workshop.
Component 4: Recovery Strategies and Procedures
Recovery strategies translate BIA targets into concrete arrangements: alternate sites, remote work capability, manual workarounds, cloud failover, supplier diversification, cross-training, and succession.
Each strategy is documented in a runbook a trained operator can execute under stress. Clarity under pressure is the single test of a working procedure. Use a downloadable Excel BCP workbook to keep strategies, dependencies, and owners in one place.
Component 5: Crisis Communications
Communication failures compound operational failures. The communication component of the the model includes a call tree, pre-drafted message templates, designated spokespeople, mass-notification tooling, social-media monitoring, and regulator notification protocols.
FINRA Rule 4370 requires US broker-dealers to disclose to customers how their BCP addresses disruptions — transparency is mandatory, not optional.
Component 6: Technology and Platforms
Technology does not replace planning. It operationalises it at scale. The main platform categories are covered in the next section.
The Role of Technology in a Modern BCP Solution
Building from the components, technology is the force multiplier. The global BCM software market was valued at USD 1.28-2.33 billion in 2025 (depending on methodology) and is forecast to grow at 11-14 percent CAGR through 2030.
Figure 2. The BCM software layer of the this capability is growing double-digit, driven by DORA, CPS 230, and SEC cyber rules.
| Technology layer | What it does for the business continuity program | Representative vendors |
| BCM platform | Plan authoring, BIA workflow, exercise scheduling, KRI dashboards | Archer, Fusion, MetricStream, Riskonnect, ServiceNow BCM, OneTrust |
| Cloud DR / backup | Geographic redundancy, point-in-time restore, cross-region failover | AWS Backup, Azure Site Recovery, Veeam, Cohesity, Rubrik |
| Mass notification | Multi-channel staff and stakeholder alerting during a crisis | Everbridge, OnSolve, AlertMedia, xMatters |
| Crisis management | Incident command, ChatOps, task orchestration during activation | Fusion Framework, Noggin, D4H, F24 |
| Third-party risk | Continuous monitoring of critical vendors for BCP exposure | Prevalent, Process Unity, BitSight, SecurityScorecard |
| Observability / SRE | Real-time service health, error budgets, automated failover triggers | Datadog, Dynatrace, PagerDuty, Splunk |
Vendor selection should match organisational complexity. A 50-person firm does not need Archer. A 50,000-person bank cannot operate without it.
The Gartner Magic Quadrant for BCMP Solutions remains the most cited reference point for mid/large enterprise selection.
Why It Pays for Itself: The Downtime Economics
Because BCP solutions get cut in budget cycles, every practitioner should keep these numbers on a one-pager.
Figure 3. Average hourly downtime cost by vertical — eight industries now pay above USD 5 million per hour.
The ITIC 2024 Hourly Cost of Downtime Survey found that 90 percent of mid/large enterprises pay over USD 300,000 per hour of unplanned downtime. 41 percent report USD 1-5 million per hour, and for eight verticals — banking, government, healthcare, manufacturing, media, retail, transport, utilities — the average tops USD 5 million per hour.
A BCP solution that shaves four hours off an annual incident pays for a multi-million-dollar programme before breakfast.
Pair that with the IBM Cost of a Data Breach Report 2025 — global average USD 4.44 million per breach, USD 10.22 million in the US, and 20 percent of breaches now involving shadow AI (adding USD 670k) — and the business case writes itself.
Building It: The Five-Stage Lifecycle
With the economics settled, the build sequence follows ISO 22301’s Plan-Do-Check-Act cycle.
Figure 4. The BCP solution lifecycle in five stages, with exercise findings looping back to the next assessment cycle.
Stage 1 of the Build: Establish the Programme
Secure the executive sponsor. Define BCMS scope (entities, geographies, products). Publish the BCMS policy. Assign roles. Fund the programme. Without sign-off at this stage, the rest stalls.
Stage 2 of the Build: Assess Risk and Run the BIA
Run the BCP risk assessment. Run BIA workshops with process owners. Produce RTO, RPO, MBCO, MTPD, and the dependency map. This is the evidence base for every subsequent investment decision.
Stage 3 of the Build: Design Recovery Strategies
For each critical activity, select a recovery strategy: prevent, detect, recover, or transfer. Document in runbooks. Build the crisis communications pack. Set thresholds for activation and deactivation.
Stage 4 of the Build: Implement, Train, and Deploy
Roll out platforms (BCM, mass notification, DR). Populate and test contact lists. Train the crisis management team. Deliver awareness training organisation-wide. Target 95 percent completion within 90 days of launch.
Stage 5 of the Build: Exercise, Review, and Improve
A BCP solution that has not been exercised does not exist. Run tabletops quarterly, simulation exercises semi-annually, and full live exercises annually for the top three severe-but-plausible scenarios.
After each test, log lessons, assign corrective actions with owners and due dates, and update the plans. The BCI considers annual live exercising the minimum viable cadence for a Level 4 programme, and the FCA operational resilience guidance now mandates scenario testing for all UK financial firms.
Sourcing: Build, Buy, or Hybrid
One of the most common questions I get on BCP solution delivery is the sourcing model. The honest answer depends on three variables: complexity, regulatory load, and in-house BCM capacity.
Figure 5. Build vs Buy vs Hybrid — comparative benchmarks for a mid-size BCP solution.
| Sourcing model | Best fit | Pros | Cons |
| Build (in-house) | Large enterprises with strong BCM function and unusual requirements | Maximum flexibility, deep integration with internal systems | High cost, slow to deploy (9+ months), ongoing maintenance burden |
| Buy (SaaS BCM platform) | Mid-size to large firms with standard regulatory posture | Fast deployment (8-12 wks), regulator-ready templates, vendor-maintained | Licensing costs, integration limits, vendor lock-in |
| Hybrid (platform + custom modules) | Regulated firms with bespoke controls (banks, insurers, utilities) | Core speed-to-value plus bespoke regulatory fit | Requires strong integration engineering, higher TCO than pure buy |
| Managed service | Organisations without in-house BCM capacity | Turnkey delivery, access to experts, quick to standup | Long-term dependency, knowledge does not build internally |
Industry-Specific Considerations for BCP Solutions
Beyond sourcing, the regulatory overlay reshapes the BCP solution. Here are the big four verticals and what changes.
BCP Solutions in Financial Services
DORA (EU), OCC Heightened Standards (US), FFIEC Business Continuity Management Booklet, and FINRA Rule 4370 all prescribe specific elements.
Most banks need to identify Important Business Services, set impact tolerances, map end-to-end dependencies, and test severe-but-plausible scenarios. Capital surcharges are on the table for programme failure.
BCP Solutions in Healthcare
HIPAA Security Rule requires contingency plans for ePHI. CMS Emergency Preparedness Rule mandates an all-hazards risk assessment, plan, communication plan, training, and testing. Patient-safety implications raise the stakes — an MTPD miss here can mean death, not just a fine.
BCP Solutions in Manufacturing and Supply Chain
Focus shifts to equipment failure, tier-2/3 supplier concentration, and logistics chokepoints. Read our manufacturing BCP guide for the full playbook. Single-source critical inputs are the most common failure mode.
BCP Solutions in Construction and Infrastructure
Project-based exposure demands a different lens. See the construction continuity plan for sector-specific scenarios — site-safety incidents, contractor insolvency, and weather-driven delays dominate.
BCP Solutions in the Public Sector
Continuity of Operations Planning (COOP) under FEMA guidance requires essential functions, orders of succession, and devolution of authority.
Most jurisdictions now add cyber, climate, and pandemic scenarios as mandatory planning elements. Pension funds and other public bodies should also align to ISO 31000:2018 risk management principles for integration with strategic risk reporting.
BCP Solution Activation, De-activation, and Post-Incident Review
Moving from build to operate, the activation sequence is where most BCP solutions actually fail. Three rules.
- Activation must have pre-defined triggers. “When the CEO decides” is not a trigger. Thresholds on downtime, customer impact, regulatory exposure, or media attention are. Document them next to your key risk indicators so the activation decision is telemetry-driven, not a judgement call under stress.
- De-activation is phased, not flipped. Critical functions stabilise first. Secondary operations re-enter only after residual risks are cleared. Monitor for re-escalation for at least 48 hours after nominal return.
- Every activation produces a Post-Incident Review (PIR). What worked, what failed, what needs fixing. Corrective actions with owners and due dates feed the next BCP solution cycle.
Measuring BCP Solution Maturity and Effectiveness
Maturity is where boards want the signal. Most organisations plateau at Level 2 on the maturity scale. Regulators now effectively require Level 4.
Figure 6. The BCP solution maturity model — five levels, with most organisations stuck at Level 2.
| BCP Solution KPI | Target (Green) | Data source | Reporting cadence |
| Critical activities with tested BCP (%) | >95% | Exercise register | Monthly |
| Mean RTO variance vs target (hours) | 0 hrs | Last exercise report | Per exercise |
| Time to activate BCP (minutes) | <30 min | Incident log + drill data | Per event/drill |
| Awareness training completion (%) | >95% | LMS | Quarterly |
| Corrective actions closed on time (%) | >90% | CAPA register | Monthly |
| Severe-but-plausible scenarios rehearsed | >=4 per year | Exercise programme | Annual |
| BCP plan freshness (months since update) | <=12 mo | Plan register | Quarterly |
| Third-party critical vendors with BCP attestation | >=95% | Vendor register | Semi-annual |
Common Mistakes Organisations Make with BCP Solutions
Before the FAQs, here are the seven failure modes I see most often in external reviews of BCP solutions.
- Treating the BCP solution as a document, not a capability. A binder on a shelf protects nobody.
- Skipping the BIA. Without RTOs grounded in operational impact, recovery priorities are guesswork.
- Ignoring third-party dependencies. 30 percent of breaches now involve third parties (Verizon DBIR 2025).
- Never testing. A plan that has not been exercised in 12 months does not exist.
- Confusing the BCP with the BCP solution. The plan is an artefact. The solution is the operating model around it.
- Failing to update after organisational change. Mergers, cloud migrations, and new product lines all invalidate the existing plan.
- Buying software as a substitute for methodology. A BCM platform without a trained programme is expensive shelfware.
The Future of BCP Solutions: 2026-2030 Outlook
Looking forward, three shifts will define the next five years of BCP solution work.
Trend 1: AI Inside the BCP Solution
AI will compress scenario generation, plan authoring, and exercise debriefs from weeks to hours. Expect every major BCM platform to embed LLM-powered drafting by end-2026.
The flip side: AI also creates new threats — model failure, deepfake-enabled crisis comms, and concentration on a small number of foundation-model providers. The NIST AI Risk Management Framework gives the starting taxonomy.
Trend 2: Regulatory Convergence
DORA, CPS 230, SS2/21, OCC operational resilience, and CBK operational resilience are converging on the same four pillars: identify important business services, set impact tolerances, map end-to-end, test under stress. Expect a unified global standard — possibly the next edition of ISO 22301, currently in development — within 36 months.
Trend 3: Quantification Becomes Table Stakes
Colour-coded heat maps will stop being acceptable at the board. Expect BCP solutions to embed FAIR, ALARP, or Monte Carlo simulation outputs by default, with P95 loss estimates for the top quartile of scenarios. Insurers and regulators will both price risk off those numbers within 24 months.
Frequently Asked Questions
What Is the Difference Between a BCP and a BCP Solution?
A BCP is the documented strategy. A BCP solution is the entire operating model — plans plus processes plus technology plus trained people plus governance — that makes the BCP executable under pressure.
How Much Does One Cost for a Mid-Size Company?
For a 1,000-staff firm, expect USD 120k-180k per year for a buy-model BCP solution (platform licences + programme management + exercising), or USD 150k-250k for hybrid. In-house builds typically run USD 100k-150k but take three times longer to deploy.
Which Standards Should the Program Align To?
ISO 22301:2019 (Amd. 1:2024) is the global anchor. Layer on ISO 31000 for risk, ISO 27001/27701 for information and privacy, and your sector regulator (DORA, CPS 230, FFIEC BCM Booklet, CBK Prudential Guideline). For US broker-dealers, FINRA Rule 4370 is mandatory.
How Long Does Implementation Take?
First-pass implementation for a mid-size organisation runs 6-9 months: 4-6 weeks programme setup, 8-10 weeks risk assessment and BIA, 6-8 weeks strategy and runbook design, 6-8 weeks platform deployment and training, then the first live exercise in month 8 or 9. Mature programmes refresh annually in 4-6 weeks.
Who Owns It Inside an Organisation?
Accountability sits with the CRO or COO (the executive sponsor). Operational ownership belongs to the Business Continuity Manager. Department-level BCP champions own their area. The crisis management team makes activation decisions. Internal Audit tests the whole programme.
How Often Should the Program Be Tested?
Minimum: tabletop quarterly, simulation semi-annually, full live exercise annually for the top three severe-but-plausible scenarios. DORA, CPS 230, and SS2/21 all raise the bar for regulated firms to include scenario tests that map to impact tolerances.
Can Small Businesses Afford a Proper Program?
Yes. For sub-200-staff firms, a USD 10k-30k annual spend — cloud backups plus a documented plan plus one annual tabletop — delivers a credible Level 2-3 BCP solution. FEMA data still shows 40 percent of small businesses never reopen after a major disruption, so the return on that investment is existential.
How Does the Program Integrate With Cybersecurity?
Tightly. The BCP solution consumes cyber risk assessment output (often aligned to NIST Cybersecurity Framework 2.0) via a dedicated cyber risk assessment programme, and the cyber incident response plan becomes a sub-play of the BCP solution’s crisis management plan. Treat them as two sides of the same operational resilience coin, not separate programmes. COSO ERM provides the over-arching governance wrapper.
The Bottom Line
Bringing the threads together: a BCP solution in 2026 is the integrated operating model that keeps an organisation delivering during disruption.
It is anchored in ISO 22301, carries six reinforcing components (governance, risk assessment, BIA, recovery strategies, crisis comms, technology), follows a five-stage lifecycle, and is tested under severe-but-plausible scenarios at least annually.
Regulators no longer accept “we have a plan” as an answer; they want evidence of a working capability.
The practitioners who get this right produce two deliverables boards want above everything else: defensible resilience numbers and demonstrable recovery capability.
Everything else — the BCP essentials, the full BCP guide, business continuity management, the BCP risk assessment approach, and risk register design — flows from a BCP solution that is coherent, current, and rehearsed.
| WHAT / SO WHAT / NOW WHAT What: A BCP solution is the integrated operating model (plans + processes + technology + people + governance) that delivers business continuity as a capability. So what: Hourly downtime costs of USD 300k-5M and regulatory fines up to 2 percent of global turnover under DORA mean the BCP solution is now board-level economics, not back-office admin. Now what: Pick a maturity target (Level 4 minimum if regulated). Run the six-component model through the five-stage lifecycle. Choose a sourcing model matched to complexity. Test against your top four severe-but-plausible scenarios before year-end. |
Chris Ekai is a Risk Management expert with over 10 years of experience in the field. He has a Master’s(MSc) degree in Risk Management from University of Portsmouth and is a CPA and Finance professional. He currently works as a Content Manager at Risk Publishing, writing about Enterprise Risk Management, Business Continuity Management and Project Management.