Global Change, Crisis Management and Future Readiness

Introduction

Global management is increasingly defined by discontinuity. Climate shocks, pandemics, cyberattacks, geopolitical conflict, demographic ageing, artificial intelligence, regulatory change and supply-chain disruption can alter the assumptions on which international strategies were built. Managers therefore need more than a static plan. They need the capacity to interpret change, mobilize people, protect critical operations, communicate credibly and redesign the organization for uncertain futures.

Change management concerns the intentional movement of an organization from a current state to a desired future state. Crisis management concerns the preparation for, response to and recovery from events that threaten people, operations, legitimacy or organizational survival. Future readiness connects both: it is the capability to anticipate plausible developments, build adaptive capacity and make responsible decisions before uncertainty becomes disruption.

Global management makes these tasks more difficult. A multinational enterprise operates across different institutions, cultures, currencies, legal systems, labour markets and stakeholder expectations. A response that is effective in one country may be illegal, culturally inappropriate or operationally impossible in another. Effective managers therefore combine universal principles—such as transparency, duty of care and accountability—with local adaptation.

Learning Objectives

By the end of this chapter, students should be able to:

1. Explain why global organizations experience continuous and discontinuous change.
2. Apply Lewin’s, Kotter’s and ADKAR change models appropriately.
3. Distinguish crises from routine problems and design a basic crisis-management system.
4. Develop business-continuity and stakeholder-communication responses.
5. Analyse climate transition, demographic change, deglobalization and regionalization.
6. Evaluate future-of-work developments, including artificial intelligence and hybrid work.
7. Identify governance, ethical and regulatory requirements associated with global change.
8. Integrate these ideas in a practical international-business case.

1. The Nature of Global Change

Incremental, transformational and disruptive change

Incremental change involves gradual improvements to existing products, processes or structures. Examples include reducing delivery time, improving a procurement platform or revising a training program. Transformational change alters the organization’s strategy, identity, operating model or capabilities—for example, moving from selling physical products to providing digital services. Disruptive change is a sharp departure from previous conditions and may be caused by technology, regulation, conflict, environmental events or social movements.

Change may also be classified by its degree of anticipation. Planned change is deliberately initiated, whereas emergent change develops through experimentation and adaptation. A useful distinction is between complicated and complex change. Complicated problems may require specialist knowledge but have relatively stable cause-and-effect relationships. Complex problems involve multiple actors, feedback loops and uncertain outcomes. Climate transition and geopolitical fragmentation are generally complex rather than merely complicated.

Drivers of global change

Important drivers include:

• Technological change: cloud computing, automation, artificial intelligence, biotechnology and digital platforms.
• Environmental change: extreme weather, water scarcity, biodiversity loss and decarbonization requirements.
• Demographic change: ageing populations in some economies, youthful populations in others, migration and changing household structures.
• Political and geopolitical change: sanctions, trade controls, armed conflict, elections and shifts in international alliances.
• Economic change: inflation, interest-rate movements, debt pressures, income inequality and changing consumer demand.
• Social and cultural change: expectations concerning inclusion, privacy, work meaning, corporate purpose and human rights.
• Regulatory change: data protection, product safety, carbon reporting, supply-chain due diligence and AI governance.

These forces interact. For example, an ageing workforce may increase the value of automation, while automation may create new requirements for worker reskilling and social protection.

Organizational inertia and readiness

Organizations resist change for rational and emotional reasons. Existing systems may be efficient, investments may be sunk, employees may fear loss of status or employment, and managers may interpret new evidence through established assumptions. Inertia can also arise from success: a business model that worked for many years creates confidence that it will continue to work.

Readiness is not simply employee enthusiasm. It includes:

1. Strategic readiness: a clear reason for change and a credible future direction.
2. Structural readiness: decision rights, resources and processes that support implementation.
3. Human readiness: skills, trust, leadership capacity and willingness to learn.
4. Technical readiness: data, systems, infrastructure and cybersecurity.
5. Institutional readiness: compliance with laws, standards and stakeholder expectations.

A readiness assessment should identify both capability gaps and sources of resistance. Resistance should not automatically be treated as irrational. It may reveal safety risks, unrealistic schedules, inadequate consultation or hidden implementation costs.

2. Established Models of Change

Lewin’s three-stage model

Kurt Lewin’s model presents change as a movement through three broad stages:

1. Unfreezing: challenge existing assumptions, create awareness of the need for change and prepare people psychologically and organizationally.
2. Changing: introduce new behaviours, structures, technologies or processes while providing support and experimentation.
3. Refreezing: stabilize the new practices through incentives, systems, performance measures, training and leadership reinforcement.

The model is useful because it highlights the importance of preparation and institutionalization. Its limitation is that the metaphor of “refreezing” may imply a stable endpoint. In turbulent global environments, organizations often need a capability for continuous adaptation rather than a permanent final state.

Kotter’s eight-step process

John Kotter’s model provides a more detailed leadership sequence:

1. Create a sense of urgency.
2. Build a guiding coalition.
3. Form a strategic vision and initiatives.
4. Enlist a volunteer army or broad support base.
5. Enable action by removing barriers.
6. Generate short-term wins.
7. Sustain acceleration.
8. Institute change in the culture.

The model emphasizes political and social mobilization. A global implementation should include leaders from relevant regions, functions and stakeholder groups. A headquarters-only coalition may produce a technically coherent plan that fails locally.

ADKAR

The ADKAR framework focuses on individual adoption:

• Awareness of the need for change.
• Desire to participate and support it.
• Knowledge of what to do.
• Ability to perform the new behaviour.
• Reinforcement to sustain it.

ADKAR is particularly useful when a transformation depends on thousands of employees changing daily routines. For example, installing a new enterprise-resource-planning system requires awareness of the business reason, desire to use it, knowledge of procedures, ability through practice and reinforcement through support and performance systems.

Choosing and combining models

Models are not mechanical recipes. Lewin helps diagnose the transition; Kotter helps organize leadership activity; ADKAR helps assess individual adoption. A manager can combine them in a change architecture:

Successful change also requires feedback. Managers should use pilots, employee listening, operational data and customer evidence to revise the implementation plan. A model should guide inquiry, not replace judgment.

3. Crisis Management and Business Continuity

What is a crisis?

A crisis is an event or developing situation that threatens critical objectives, creates high uncertainty, demands rapid decisions and may damage lives, assets, reputation or legitimacy. Not every problem is a crisis. A delayed shipment is usually an operational problem; a contaminated product affecting multiple countries may become a crisis because of its potential harm, legal exposure and public attention.

Crises commonly develop through three phases:

1. Pre-crisis: signals, vulnerabilities, prevention and preparedness.
2. Crisis response: containment, decision-making, communication and protection of stakeholders.
3. Post-crisis: recovery, learning, accountability and organizational renewal.

A crisis may also be classified by source: natural hazard, technological failure, human error, malicious attack, supply disruption, financial shock, public-health event or ethical misconduct. These categories can overlap.

Crisis-management architecture

A credible crisis system normally includes:

• a risk register and business-impact analysis;
• defined escalation thresholds;
• a crisis-management team and alternates;
• an incident-command structure with clear authority;
• emergency contacts and multilingual communication channels;
• scenario exercises and simulations;
• emergency funding and insurance arrangements;
• backup facilities, data and suppliers;
• relationships with public authorities and critical partners;
• after-action review and corrective action.

The business-impact analysis identifies critical activities, their dependencies and the maximum tolerable interruption. A process may be important but not time-critical; another may appear routine yet become essential during a crisis, such as payroll, identity management or customer communication.

Business continuity and resilience

Business continuity is the capability to continue or restore prioritized activities within an acceptable time after disruption. Resilience is broader: it includes the capacity to absorb shocks, adapt and sometimes transform in response to them.

Important continuity concepts include:

• Recovery time objective (RTO): the target time within which a process or service should be restored.
• Recovery point objective (RPO): the maximum acceptable age of data after recovery; it determines how much data loss is tolerable.
• Maximum tolerable period of disruption (MTPD): the longest period before the consequences become unacceptable.
• Single point of failure: a component whose failure can interrupt the entire system.

RTO and RPO are not universal technical standards; they are management decisions based on risk, cost, legal duties and stakeholder needs. A financial-trading system may require near-continuous availability, while a noncritical internal report may tolerate a longer interruption.

Decision-making under pressure

Crisis decisions are made with incomplete information. Managers should separate facts, assumptions and unknowns; assign owners to verify information; document decisions; and establish review times. A useful crisis brief answers five questions:

1. What has happened, and what is still uncertain?
2. Who may be harmed?
3. What must be protected immediately?
4. What decisions are reversible and which are not?
5. When will the next verified update be issued?

Speed matters, but speed without coordination can increase harm. A designated incident leader should coordinate functions while subject experts provide advice. Authority should be clear enough to avoid paralysis but flexible enough to allow local action when communication with headquarters fails.

Stakeholder communication

Crisis communication should be timely, accurate, empathetic, consistent and actionable. The organization should communicate what it knows, what it does not know, what it is doing and when further information will be provided. False certainty is especially damaging because later corrections appear deceptive.

Different stakeholders require different information:

A global organization should identify authorized spokespersons, translate essential messages and account for local media systems. Communication should not suppress legitimate criticism or pressure employees to conceal material facts.

4. Climate Transition and Responsible Transformation

Climate transition refers to the movement toward an economy with substantially lower greenhouse-gas emissions and greater adaptation to physical climate risks. It affects strategy, capital allocation, operations, products, supply chains and reputation.

Managers should distinguish:

• Physical risks: floods, heat, storms, drought and sea-level rise that affect assets, people and supply.
• Transition risks: policy changes, carbon pricing, technological substitution, changing consumer preferences and litigation.
• Opportunity effects: new markets for low-carbon products, efficiency improvements, renewable energy and climate services.

A credible transition plan includes a baseline, material risks, targets, investment priorities, accountability and monitoring. Emissions accounting commonly distinguishes three categories:

• Scope 1: direct emissions from sources owned or controlled by the organization.
• Scope 2: indirect emissions from purchased electricity, heat, steam or cooling.
• Scope 3: other value-chain emissions, upstream and downstream.

The categories help organize measurement but do not automatically make data comparable. Boundaries, estimation methods, data quality and assurance must be disclosed. Managers should avoid unsupported claims such as “green” or “carbon neutral” when evidence is incomplete. Climate communication is both an ethical and regulatory issue.

Climate strategy should combine mitigation and adaptation. Mitigation reduces contributions to climate change; adaptation reduces vulnerability to impacts. For example, a manufacturer may reduce energy emissions while also elevating equipment, diversifying water sources and revising site-selection criteria.

5. Demographic Change, Deglobalization and Regionalization

Demographic change

Demographic trends influence labour supply, consumption, healthcare demand, migration and public finances. An ageing workforce may produce skills shortages and greater demand for flexible work, ergonomic design and knowledge transfer. Younger populations may support consumer growth but require education, job creation and leadership development.

International managers should avoid treating demographic categories as stereotypes. They should use local evidence and examine intersectionality: age interacts with gender, disability, income, migration status and education. Practical responses include inclusive recruitment, lifelong learning, succession planning, job redesign, accessibility and intergenerational teams.

Deglobalization and regionalization

Deglobalization does not necessarily mean the end of international business. It may involve slower cross-border integration, more trade barriers, security-based controls, local-content requirements and political scrutiny of strategic industries. Regionalization is the restructuring of activities around geographic blocs or nearby markets.

Drivers include geopolitical rivalry, pandemic lessons, transportation risk, sanctions, industrial policy and demands for strategic autonomy. Regionalization may improve responsiveness and reduce some risks, but it can increase duplication, cost and complexity.

A resilient global footprint often uses a portfolio rather than a single solution:

• multiple qualified suppliers;
• regional manufacturing or postponement;
• alternative logistics routes;
• strategic inventory for critical inputs;
• contractual rights to reallocate capacity;
• visibility beyond tier-one suppliers;
• scenario-based geopolitical reviews.

Resilience should not be confused with maximum redundancy. Redundancy has financial and environmental costs. The appropriate level depends on the probability and consequence of disruption, substitution possibilities and recovery time.

6. The Future of Work and Emerging Governance

The future of work is shaped by automation, AI-assisted decision-making, remote and hybrid work, platform labour, skills-based hiring and continuous learning. Technology may replace some tasks, augment others and create new occupations. The relevant management question is therefore not simply whether jobs disappear, but how tasks, authority, accountability and worker welfare are redistributed.

AI and responsible management

AI can support forecasting, translation, customer service, anomaly detection and scenario analysis. However, global use raises concerns about bias, privacy, cybersecurity, explainability, intellectual property, employment impact and cross-border data transfer.

Responsible AI governance should include:

1. a defined business purpose and risk classification;
2. data-quality and representativeness checks;
3. human oversight appropriate to the decision’s consequences;
4. testing for error and disparate impact;
5. documentation, audit trails and incident reporting;
6. access controls and cybersecurity;
7. transparency to affected stakeholders;
8. procedures for challenge, correction and appeal.

AI should not be treated as an independent decision-maker that removes managerial responsibility. High-impact decisions involving employment, credit, safety or access to essential services require particular care and compliance with applicable law.

Hybrid and distributed work

Hybrid work can expand access to talent and reduce some fixed costs, but it may create coordination problems, unequal visibility, isolation, cybersecurity exposure and cultural fragmentation. Effective policies focus on outcomes, collaboration norms, inclusion, data protection and reasonable working hours rather than simple surveillance.

Governance requirements

Future-ready governance increasingly requires boards and executives to oversee:

• climate and environmental risks;
• cyber and operational resilience;
• data and AI use;
• human rights and supply-chain due diligence;
• workforce capability and well-being;
• geopolitical exposure and sanctions;
• transparent sustainability and risk reporting.

Governance is not merely compliance. It determines who can make decisions, what evidence is required, how conflicts of interest are handled and how the organization is held accountable. A strong governance system allocates responsibility without creating so many approvals that urgent action becomes impossible.

7. An Integrated Future-Readiness Framework

Managers can integrate the chapter’s ideas through a repeating cycle:

Sense → Interpret → Prioritize → Prepare → Act → Learn → Renew

Sense involves horizon scanning, stakeholder listening, weak-signal detection and operational data. Interpret means assessing how developments may affect strategy, people and legitimacy. Prioritize identifies material risks and opportunities rather than reacting to every headline. Prepare includes capability building, scenarios, partnerships and continuity plans. Act involves disciplined implementation and communication. Learn uses evidence and after-action review. Renew embeds improvements while preserving the ability to adapt again.

Scenario planning is useful where uncertainty is high. A scenario is not a forecast; it is a coherent description of a possible future. Managers can construct two or more scenarios around critical uncertainties, test strategic choices against them and identify no-regret actions. For example, a firm might examine combinations of high versus low trade openness and rapid versus slow climate regulation. The aim is not to predict the winning scenario but to avoid strategies that fail across several plausible futures.

Useful performance indicators include:

• percentage of critical processes with tested continuity plans;
• recovery performance against RTO and RPO targets;
• supplier concentration and geographic exposure;
• employee training and adoption rates;
• time to detect and escalate incidents;
• corrective actions closed after exercises;
• verified emissions and transition-investment progress;
• workforce mobility and critical-skill coverage;
• AI-system error, appeal and incident rates.

Indicators should support decisions rather than encourage superficial compliance. A high number of training hours, for example, does not prove capability if employees cannot perform under realistic conditions.

8. Illustrative Integrated Case: Meridian Appliances

Background

Meridian Appliances is a fictional multinational manufacturer headquartered in Europe, with assembly plants in Southeast Asia, Mexico and Eastern Europe. It sells energy-efficient household appliances through retailers and online channels in more than forty countries. Its strategy has historically emphasized centralized procurement, low inventories and global standardization.

Problem

Within eighteen months, Meridian experiences four linked pressures. Severe flooding interrupts a component supplier in Southeast Asia. New product-efficiency requirements are announced in two major markets. A cyber incident temporarily disables warehouse systems in Mexico. At the same time, an ageing workforce in Europe creates shortages of maintenance technicians, while customers and investors demand credible emissions information.

The executive team initially treats each event separately. The chief operating officer proposes more inventory; the chief information officer proposes stronger cyber controls; the sustainability director proposes new reporting; and the human-resources director proposes recruitment. The board recognizes that the organization faces a connected transformation rather than isolated problems.

Analysis

A business-impact analysis shows that the most critical dependencies are the shared supplier database, warehouse-management systems, a specialized compressor component and a small group of experienced technicians. The company’s RTO for order processing is twenty-four hours, but its actual cyber recovery takes four days. Its RPO is twelve hours, yet backups for one warehouse are only weekly. These gaps represent governance failures, not merely technical inconveniences.

A stakeholder analysis identifies customers, employees, suppliers, regulators, local communities, investors and logistics partners. A materiality review finds that product safety, climate exposure, data security and workforce capability are interconnected. The company’s centralized model has reduced cost but increased concentration risk.

Approach

The guiding coalition includes regional presidents, operations, IT, sustainability, finance, human resources, legal counsel and worker representatives. Using Kotter’s logic, the coalition establishes urgency with evidence rather than alarmist rhetoric. Using ADKAR, it maps the knowledge and ability required for warehouse staff, technicians and managers.

The transformation has five workstreams:

1. Continuity: qualify a second compressor supplier, establish regional inventory for critical parts, improve backup frequency and test manual order procedures.
2. Climate transition: measure material Scope 1, Scope 2 and selected Scope 3 emissions; redesign products for efficiency; assess flood exposure; and publish evidence-based targets.
3. Cybersecurity: segment networks, strengthen identity controls, rehearse incident response and define notification responsibilities.
4. Workforce renewal: create technician apprenticeships, use augmented-reality maintenance support and introduce age-inclusive job design.
5. Governance: establish a board risk committee dashboard, AI-use rules, supplier due diligence and quarterly scenario reviews.

Communication follows a “known, unknown, action, next update” format. During the cyber incident, Meridian tells customers which services are affected, avoids speculating about the attacker, provides manual-order alternatives and gives a scheduled update. Employees receive direct guidance before media statements are released.

Outcome

After twelve months, Meridian has reduced dependency on its most concentrated supplier, restored critical warehouse functions within the revised RTO during a simulation and created a trained incident team in each region. The transition plan identifies investment needs rather than claiming immediate carbon neutrality. Technician vacancies decline as apprenticeships mature, while older technicians contribute to structured knowledge-transfer programs.

The transformation increases some short-term costs. However, the board concludes that the additional cost purchases reduced exposure, stronger compliance, better customer trust and greater strategic flexibility. The most important outcome is organizational learning: resilience is incorporated into capital budgeting, product design and market strategy instead of being treated as an emergency department’s responsibility.

Learning points

1. Multiple disruptions may share underlying vulnerabilities.
2. Continuity targets must be tested against actual performance.
3. Climate, cyber, workforce and geopolitical issues belong in integrated governance.
4. Local authority improves response when global communication is interrupted.
5. Transparency is more credible when claims are tied to evidence and limitations.
6. Resilience requires investment and trade-offs; it is not costless redundancy.

Challenges and Limitations

Change models can become overly linear. Real transformations involve iteration, conflict, political negotiation and unintended consequences. A strong vision may motivate some stakeholders while threatening others. Managers should therefore use models diagnostically and remain open to revision.

Crisis plans also have limits. Rare events may not resemble exercises, suppliers may fail simultaneously, and communication systems may be unavailable. Plans should be tested under degraded conditions rather than assumed to work because they are documented.

Scenario planning cannot eliminate uncertainty, and resilience investments may reduce short-term efficiency. Distributed supply chains can increase cost and emissions; localized production may not be feasible in every market. Ethical trade-offs must be made explicitly.

Finally, future-readiness must not become a justification for permanent surveillance, precarious employment or vague sustainability claims. Organizations remain accountable for the consequences of decisions made in the name of innovation, efficiency or security.

Best-Practice Checklist

A globally responsible manager should:

• connect change initiatives to a clear strategic and stakeholder purpose;
• involve regional and functional expertise early;
• distinguish facts, assumptions and unknowns during crises;
• define decision rights and escalation thresholds;
• test continuity plans and measure actual recovery performance;
• communicate with accuracy, empathy and cultural awareness;
• combine climate mitigation with adaptation;
• diversify critical dependencies without ignoring cost and environmental effects;
• invest in skills, inclusion and responsible job redesign;
• govern AI through purpose, oversight, documentation and appeal;
• use scenarios to test strategy rather than pretending to predict the future;
• conduct after-action reviews and implement corrective actions.

Chapter Summary

Global management takes place in an environment of continuous and discontinuous change. Incremental, transformational and disruptive change require different levels of leadership, investment and organizational redesign. Lewin’s model emphasizes unfreezing, changing and refreezing; Kotter’s model emphasizes urgency, coalition-building, action and institutionalization; ADKAR focuses on individual adoption. These models are most useful when combined with feedback, local participation and contextual judgment.

Crisis management spans preparation, response and recovery. Business continuity depends on business-impact analysis, recovery objectives, clear authority, tested procedures and reliable stakeholder communication. Resilience goes beyond restoration by developing the capacity to adapt and renew.

Climate transition requires attention to physical and transition risks, credible emissions information, mitigation and adaptation. Demographic change affects skills, markets and inclusion. Deglobalization and regionalization require careful portfolio decisions concerning suppliers, production and geopolitical exposure. The future of work raises opportunities and risks associated with AI, hybrid work and lifelong learning. Governance must address climate, cyber risk, data, AI, human rights, workforce welfare and accountability.

Future readiness is a cycle of sensing, interpreting, prioritizing, preparing, acting, learning and renewing. It is not a prediction of one certain future. It is the disciplined development of capabilities that allow an organization to remain effective, ethical and legitimate across several plausible futures.

Key Terms

Business continuity: The capability to maintain or restore prioritized activities after disruption.

Change management: The structured leadership and implementation of movement from a current state to a desired future state.

Crisis: A high-uncertainty event that threatens critical objectives, stakeholders or organizational legitimacy.

Deglobalization: A reduction or slowing of cross-border economic integration and interdependence.

Emergent change: Change that develops through interaction, learning and adaptation rather than a fully predetermined plan.

Future readiness: The capacity to anticipate, prepare for and adapt to plausible future conditions.

Guiding coalition: A group of influential leaders and stakeholders who coordinate a transformation.

Hybrid work: A work arrangement combining remote and location-based work.

Maximum tolerable period of disruption: The longest interruption of a process before consequences become unacceptable.

Recovery point objective: The maximum acceptable age of data following recovery.

Recovery time objective: The target time for restoring a process or service.

Regionalization: The organization of economic activity around geographic regions or blocs.

Resilience: The ability to absorb disruption, adapt and continue or renew important functions.

Scenario planning: The development and testing of coherent descriptions of plausible futures.

Scope 1 emissions: Direct emissions from owned or controlled sources.

Scope 2 emissions: Indirect emissions from purchased energy.

Scope 3 emissions: Other value-chain emissions, including upstream and downstream sources.

Stakeholder communication: The planned exchange of accurate, relevant and actionable information with affected parties.

Transition risk: Risk arising from changes in policy, technology, markets or expectations during a shift to a lower-emission economy.

Unfreezing: The process of challenging existing assumptions and preparing an organization for change.

Review Questions

Short Answer Questions

1. Distinguish incremental, transformational and disruptive change.
2. What are the three stages in Lewin’s change model?
3. Define recovery time objective and recovery point objective.
4. Why should crisis communication distinguish known facts from unknowns?
5. Identify two governance concerns associated with international use of artificial intelligence.

Long Answer Questions

1. Compare Kotter’s eight-step model with ADKAR. Explain when a manager might combine them.
2. Explain how climate transition can create both physical risks and transition risks for a multinational enterprise.
3. Discuss the strategic advantages and disadvantages of regionalized supply chains.
4. Analyse the relationship between demographic change, skills strategy and the future of work.
5. Explain why resilience may require accepting higher short-term costs than a purely efficiency-focused strategy.

Analytical / Application Questions

1. A global retailer loses access to its central data platform for three days during a major sales period. Design an initial crisis response covering authority, continuity, stakeholder communication and post-crisis learning.
2. Using the Meridian Appliances case, identify three underlying vulnerabilities that connect its climate, cyber, workforce and supply-chain problems. Recommend indicators for monitoring each vulnerability.
3. Select a multinational company or industry and construct two plausible scenarios based on different combinations of geopolitical openness and technological change. Evaluate which strategic capabilities would be valuable in both scenarios.

Multiple Choice Questions with Answers

Question 1

Which activity best represents the unfreezing stage in Lewin’s model?

A. Embedding new behaviour in performance systems

B. Creating awareness that existing practices are no longer adequate

C. Training employees to use the final system

D. Auditing the completed transformation

Correct Answer: B. Creating awareness that existing practices are no longer adequate

Question 2

Which ADKAR element concerns the capacity to perform a new behaviour in practice?

A. Awareness

B. Desire

C. Ability

D. Reinforcement

Correct Answer: C. Ability

Question 3

What does a recovery time objective specify?

A. The acceptable amount of data loss

B. The target time for restoring a process or service

C. The financial cost of an incident

D. The number of employees required for recovery

Correct Answer: B. The target time for restoring a process or service

Question 4

Which is an example of a transition risk?

A. Flood damage to a factory

B. A heatwave affecting outdoor workers

C. A new regulation making carbon-intensive technology less competitive

D. A storm damaging a distribution centre

Correct Answer: C. A new regulation making carbon-intensive technology less competitive

Question 5

Why is a crisis communication message that admits uncertainty often preferable to false certainty?

A. It eliminates the need for further updates

B. It prevents regulators from asking questions

C. It preserves credibility when information changes

D. It allows the organization to avoid responsibility

Correct Answer: C. It preserves credibility when information changes

Question 6

Which emissions category includes emissions from purchased electricity?

A. Scope 1

B. Scope 2

C. Scope 3

D. Scope 4

Correct Answer: B. Scope 2

Question 7

Which statement best describes regionalization?

A. The complete withdrawal from international business

B. The organization of economic activity around geographic regions or blocs

C. The elimination of all supplier redundancy

D. The centralization of every decision at headquarters

Correct Answer: B. The organization of economic activity around geographic regions or blocs

Question 8

What is the primary purpose of a business-impact analysis?

A. To rank employees by performance

B. To identify critical activities, dependencies and interruption consequences

C. To forecast quarterly share prices

D. To replace all insurance policies

Correct Answer: B. To identify critical activities, dependencies and interruption consequences

Question 9

Which practice is most consistent with responsible AI governance?

A. Removing human oversight from high-impact decisions

B. Using any available data without checking representativeness

C. Maintaining documentation, testing for bias and providing appeal mechanisms

D. Keeping all automated decisions undisclosed

Correct Answer: C. Maintaining documentation, testing for bias and providing appeal mechanisms

Question 10

What is the central purpose of scenario planning?

A. To predict one certain future precisely

B. To create plausible futures and test strategic choices against them

C. To replace crisis exercises with financial forecasts

D. To guarantee that no disruption will occur

Correct Answer: B. To create plausible futures and test strategic choices against them