Study Guide · ITILFND-V5

ITILFND-V5 Cheat Sheet

264 entries · 22 chapters · 7 domains

Key ITIL terms and definitions

Product and Service Management

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Cheat sheet

Sharp facts the exam loves — scan these before test day.

Digital product and service management is the set of capabilities for enabling value via digital products and services

In ITIL (Version 5), digital product and service management is the set of specialized organizational capabilities for enabling value for customers and stakeholders in the form of digital products and services. It is the evolution of ITIL service management, broadening the focus from services alone to digital products and services managed together across their whole life.

13 questions test this
Continual improvement is a key concept of digital product and service management

Continual improvement is a recurring activity performed at all levels of an organization to ensure that its products, services, and practices continually meet stakeholders' expectations. In ITIL (Version 5) it is a key concept of digital product and service management, keeping value relevant as needs and conditions change.

9 questions test this
A product is a configuration of an organization's resources designed to offer value

In ITIL, a product is a configuration of an organization's resources designed to offer value for a consumer. Products are usually not consumed directly; instead, parts of a product are made available to consumers as services.

Trap A product (a configuration of resources) is not the same as a service (the means of enabling value from those resources for a consumer).

9 questions test this
A service enables value co-creation without the consumer managing specific costs and risks

In ITIL, a service is a means of enabling value co-creation by facilitating outcomes that consumers want to achieve, without the consumer having to manage specific costs and risks. Products and services are the core key concepts of digital product and service management.

14 questions test this
Digital products and digital services are enabled by digital technology

A digital product is a product that is made available or delivered through digital technology, and a digital service is a service enabled by information technology and delivered through digital channels. In ITIL (Version 5) both are key concepts of digital product and service management.

6 questions test this
A good is a tangible item whose ownership can be transferred to the consumer

In ITIL, a good is a key concept of digital product and service management: a tangible or physical item that has value and whose ownership can be transferred to a consumer, who then becomes responsible for its future use (for example, a laptop or a mobile phone).

Trap A good is a tangible item that is owned once transferred; it is not the same as access to resources, where the provider keeps ownership.

9 questions test this
The ITIL Product and Service Lifecycle is a key whole-life concept of digital product and service management

In ITIL (Version 5), the ITIL Product and Service Lifecycle is a key concept of digital product and service management: an overarching, end-to-end model describing how a set of activities is applied iteratively and non-sequentially across a product or service's whole life, from identifying an opportunity through to retirement.

Trap The lifecycle is the whole-life model of activities; it is not the ITIL value chain and not a single value stream.

10 questions test this
Utility is fitness for purpose — what the service does

Utility is the functionality offered by a product or service to meet a particular need — 'what the service does', or fitness for purpose. A service provides utility when it supports the performance of the consumer or removes constraints on the consumer, or both.

Trap Utility (fit for purpose, what it does) is not warranty (fit for use, how it performs).

13 questions test this
Warranty is fitness for use — assurance the service performs as agreed

Warranty is the assurance that a product or service will meet agreed requirements — 'how the service performs', or fitness for use. Warranty is typically addressed through availability, capacity, security, and continuity.

Trap Warranty assures performance levels (availability, capacity, security, continuity); it does not describe the functionality, which is utility.

14 questions test this
Sustainability assures continued environmental, social, and economic responsibility

In ITIL (Version 5), sustainability is a value characteristic that assures a product or service continually meets requirements for environmental responsibility, as well as social progress and economic growth.

Trap Sustainability concerns ongoing environmental, social, and economic responsibility, not the agreed performance levels, which are warranty.

7 questions test this
User experience is the value characteristic covering how the user feels using the service

In ITIL (Version 5), user experience (UX) is a value characteristic describing the whole experience a user has when interacting with a product or service and its provider, including usability and how the user feels. Together, utility, warranty, user experience, and sustainability are the four characteristics that define a service's quality.

Trap The four value characteristics are utility, warranty, user experience, and sustainability; user experience and sustainability sit alongside utility and warranty, which alone are not enough.

7 questions test this
ITIL helps enterprises co-create value and align IT with business goals

For enterprises, ITIL provides a common framework and language to co-create value, improve the quality and consistency of digital products and services, align IT with business objectives, and manage cost and risk.

13 questions test this
ITIL helps managed service providers deliver consistent multi-client services

For managed service providers, ITIL offers proven best practice and a shared vocabulary that help deliver consistent, high-quality services across many clients, strengthen service relationships, and differentiate competitively.

12 questions test this
ITIL benefits digital product vendors and management professionals

For digital product vendors, ITIL helps integrate service management with product development to deliver value and improve customer experience; for digital product and service management professionals, it provides a globally recognized qualification, a common vocabulary, and practical career-building guidance.

12 questions test this

Experience, Strategy and Transformation

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Cheat sheet

Sharp facts the exam loves — scan these before test day.

Experience is how a person thinks and feels about their interactions with an organization

In ITIL Experience, experience is the sum of how a person thinks and feels about their interactions with a product, service, or organization. Digital experience is that experience when the interactions take place through digital technology and channels.

15 questions test this
Trust is confidence in the reliability and integrity of another party

In ITIL Experience, trust is the confidence one party has in the reliability, integrity, and ability of another — for example, a consumer's confidence in a service provider. Trust is built over time through consistent, positive experiences.

5 questions test this
Human-centred design puts people's needs at the centre of design

Human-centred design is an approach that focuses on the needs, contexts, and behaviours of the people who will use a product or service, involving their perspective throughout the design process to make the result usable, useful, and desirable.

7 questions test this
An experience level agreement (XLA) targets user and customer experience, not just technical levels

An experience level agreement (XLA) is an agreement that sets targets for the experience users and customers actually have, focusing on outcomes and how people feel, rather than only on the technical service-level measures found in a Service Level Agreement.

Trap An XLA measures experience and outcomes, while an SLA measures technical service-level targets; they are not the same agreement.

6 questions test this
User experience (UX) is a user's experience of interacting with a specific product or service

In ITIL Experience, user experience (UX) is the experience a user has when interacting with a specific product or service and its provider — for example, the usability and satisfaction of using an application.

23 questions test this
Customer experience (CX) is the whole set of interactions a customer has across the relationship

In ITIL Experience, customer experience (CX) is the sum of the functional and emotional interactions a customer has with a service provider across the entire relationship and all touchpoints — a broader view than the user-focused UX.

Trap UX is a user's experience of using a specific product or service; CX is a customer's experience across the whole relationship and all touchpoints, so CX is broader than UX.

22 questions test this
Strategy, business strategy, and digital strategy set direction at different scopes

In ITIL Strategy, a strategy is a plan describing how an organization will achieve its objectives. A business strategy defines the organization's overall goals and how to reach them, while a digital strategy defines how the organization uses digital technology to achieve those business objectives.

8 questions test this
Mission, vision, and purpose are distinct organizational statements

In ITIL Strategy, mission is what an organization does and its reason for existing today; vision is the aspirational description of what it wants to become in the future; and purpose is what the organization does for its consumers and other stakeholders and why.

Trap Mission is what the organization does now, vision is the future it aspires to, and purpose is what it does for stakeholders and why; do not confuse the three.

8 questions test this
VUCA describes a turbulent environment; leadership guides people toward objectives

VUCA stands for volatility, uncertainty, complexity, and ambiguity — the characteristics of the turbulent modern environment organizations operate in. Leadership is the ability to guide, influence, and inspire people toward achieving the organization's objectives.

7 questions test this
Change is making something different — an alteration to a product, service, or way of working

In ITIL Transformation, change is the act of making something different: an addition, modification, or removal that alters a product, service, process, or way of working, and is often incremental in nature.

22 questions test this
Transformation is a profound, fundamental change in how an organization operates

In ITIL Transformation, transformation is a profound and often radical change in how an organization operates, delivers value, or is structured — for example, digital transformation — going well beyond an incremental change.

Trap Transformation is a fundamental, large-scale reshaping; a change is a discrete alteration; business as usual is the normal ongoing operation, so keep the three distinct.

23 questions test this
Business as usual (BAU) is the normal, routine running of established operations

In ITIL Transformation, business as usual (BAU) refers to the normal, day-to-day execution of an organization's established, ongoing operations and services — the steady state that change and transformation act upon.

22 questions test this

Service Offerings

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Cheat sheet

Sharp facts the exam loves — scan these before test day.

A service offering is a formal description of services for a target consumer group

In ITIL, a service offering is a formal description of one or more services designed to meet the needs of a target consumer group. A service offering may include goods, access to resources, and service actions.

20 questions test this
A service offering combines goods, access, and service actions differently for each consumer group

A service offering explains what a provider offers by combining goods, access to resources, and service actions in different proportions, tailoring the offering to the needs of each target consumer group.

13 questions test this
Service interactions are the ways provider and consumer engage to co-create value

In ITIL, service interactions are the ways in which service providers and service consumers engage with one another to co-create value, occurring across the touchpoints of the service relationship.

10 questions test this
For digital services, the main form of service interaction is access to resources

Service interactions can take the form of service actions, transfer of goods, or access to resources. For digital services, the main form of interaction is access to resources — for example, consumers using cloud environments, applications, storage, or networks that remain under the provider's control.

15 questions test this
Service actions are activities a provider performs to meet a consumer's needs

Service actions are activities performed by a service provider to address a consumer's needs — for example, user support provided by a service desk. They are one of the three components of a service offering.

18 questions test this
Transfer of goods passes ownership of a tangible item to the consumer

Transfer of goods is a service-offering component in which ownership of a tangible item (a good) passes to the consumer, who then takes responsibility for its future use — for example, receiving a laptop or a mobile phone.

Trap In transfer of goods ownership passes to the consumer; in access to resources the provider keeps ownership.

20 questions test this
Access to resources grants use of provider-owned resources under agreed terms

Access to resources is a service-offering component in which the provider grants the consumer access to use resources (such as networks, storage, or applications) under agreed terms and conditions, while the provider retains ownership and control.

Trap Access to resources does not transfer ownership; the consumer may use the resources only during the agreed consumption period.

21 questions test this
Goods, access, and service actions differ by ownership and by who performs the work

The three service-offering components are distinguished by ownership and effort: transfer of goods hands over ownership of an item, access to resources lets the consumer use provider-owned resources without transferring ownership, and service actions are tasks the provider actively performs for the consumer.

Trap Confusing the three components: goods transfer ownership, access to resources does not, and service actions are provider-performed tasks.

21 questions test this
Digital providers often reduce service actions through automation and self-service

Many digital service providers aim to reduce or eliminate service actions by handling them through automation and self-service, which lowers cost and improves the consistency and reliability of service delivery.

11 questions test this

Value Co-creation

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Cheat sheet

Sharp facts the exam loves — scan these before test day.

Value is the perceived benefits, usefulness, and importance of something

In ITIL, value is the perceived benefits, usefulness, and importance of something. Value is subjective — it is defined and judged by the stakeholder who receives it, especially the service consumer.

Trap Value is judged by the consumer's perception, not by the provider's cost of delivery.

10 questions test this
Value is co-created through active collaboration between provider and consumer

Value co-creation means that value is created jointly through the active collaboration of service providers and service consumers within a service relationship; neither party creates the value alone.

11 questions test this
Value drives co-creation because every activity should contribute to it

Value contributes to co-creation because the pursuit of value is the shared goal that directs the collaboration: providers apply resources and capabilities while consumers provide requirements and correct use, so that valued outcomes are realized together.

9 questions test this
Cost is the amount of money spent on an activity or resource

In ITIL, cost is the amount of money spent on a specific activity or resource. In value co-creation, a service can both remove costs from the consumer (costs the provider now bears) and impose costs on the consumer (the price of consumption).

15 questions test this
Risk is a possible event that could cause harm or make objectives harder to achieve

In ITIL, risk is a possible event that could cause harm or loss, or make it more difficult to achieve objectives. Risk can also be defined as uncertainty of outcome and can be positive as well as negative.

10 questions test this
Value co-creation weighs outcomes against costs and risks together

Outcomes, costs, and risks contribute to value co-creation together: value is achieved only when desired outcomes are reached while the associated costs and risks are optimized. A provider takes on some costs and risks so the consumer can achieve outcomes more effectively than alone.

Trap Costs and risks are to be optimized, not driven to zero, and outcomes are not to be maximized regardless of the costs and risks they create.

14 questions test this
A service can both remove risks from and impose new risks on the consumer

In value co-creation, a service removes some risks from the consumer (the provider takes them on), but consuming a service can also introduce new risks to the consumer - for example, dependence on the provider or a security breach at the provider affecting the consumer. Like costs, risks are considered in both directions: removed from and imposed on the consumer.

Trap Assuming a service only ever reduces consumer risk; consumption itself introduces new risks that must be weighed.

An output is a tangible or intangible deliverable of an activity

In ITIL, an output is a tangible or intangible deliverable produced by an activity — the thing that is created, such as a report or a provisioned server.

18 questions test this
An outcome is a result a stakeholder wants, enabled by one or more outputs

In ITIL, an outcome is a result for a stakeholder, enabled by one or more outputs. Outcomes are what the consumer actually wants to achieve with the support of a service.

19 questions test this
Outputs are what a service produces; outcomes are the results those outputs enable

The difference between output and outcome is that an output is a deliverable the service produces, whereas an outcome is the result the consumer achieves because of that output. A service can deliver its outputs and still fail to produce the desired outcome.

Trap An output (for example, a monthly report) is not the same as an outcome (for example, better-informed decisions); delivering outputs does not guarantee the outcome.

13 questions test this
Utility, warranty, user experience, and sustainability each contribute to co-created value

The four value characteristics contribute to co-created value together: utility makes a service fit for purpose, warranty makes it fit for use, user experience shapes how people feel using it, and sustainability assures ongoing environmental, social, and economic responsibility.

Trap All four characteristics contribute to value; utility and warranty alone are not sufficient, because user experience and sustainability also shape perceived value.

13 questions test this
Feedback enables value co-creation by guiding improvement

Feedback contributes to value co-creation by giving providers and consumers information about how well outcomes are being achieved, so that products and services can be adjusted and continually improved to keep co-creating value.

11 questions test this

Service Relationships

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Cheat sheet

Sharp facts the exam loves — scan these before test day.

An organization is a person or group with its own functions, authorities, and relationships

In ITIL, an organization is a person or a group of people that has its own functions with responsibilities, authorities, and relationships to achieve its objectives. Organizations can take the role of service provider, service consumer, or both.

8 questions test this
The service provider supplies services; the service consumer receives and uses them

A service provider is an organization (or part of one) that takes on the role of providing services, while a service consumer is an organization or role that receives and uses services. The same organization can be a provider in one relationship and a consumer in another.

Trap Provider and consumer are roles, not fixed identities; one organization can be a provider in one relationship and a consumer in another.

11 questions test this
A digital product vendor supplies digital products rather than running an ongoing service relationship

A digital product vendor is an organization that develops and supplies digital products, such as software, for others to use. Unlike a service provider, a vendor primarily provides the product itself rather than continuously co-creating value in an ongoing service relationship with the consumer.

Trap A digital product vendor supplies the product; a service provider engages in an ongoing service relationship to co-create value, so they are different roles.

14 questions test this
A service consumer uses services; a digital product vendor supplies products

A service consumer receives and uses services to achieve outcomes, whereas a digital product vendor supplies digital products to others. The consumer is on the receiving side of value, while the vendor is a source of the products used to enable that value.

Trap Confusing the service consumer (who uses services to get outcomes) with the digital product vendor (who supplies products).

5 questions test this
A service relationship is a cooperation between provider and consumer to co-create value

A service relationship is a cooperation between a service provider and a service consumer through which value is co-created. It is the umbrella concept within which the relationship types, consumer roles, service interactions, and the service journey all operate.

Service relationships can be basic, cooperative, or collaborative

In ITIL, a basic service relationship is transactional, with the provider simply delivering a standard service; a cooperative relationship adds coordination and shared information toward common goals; and a collaborative relationship is a close partnership in which both parties actively work together and share risks and rewards.

23 questions test this
The three relationship types differ by depth of integration and shared value

The difference between the three relationship types is the depth of engagement: basic relationships are transactional and low-integration, cooperative relationships involve coordinated joint working, and collaborative relationships are the most integrated, with shared objectives, risks, and rewards.

Trap The increasing order of integration is basic then cooperative then collaborative; collaborative is the closest partnership, not the most transactional.

19 questions test this
Sponsor authorizes budget, customer defines requirements, user uses the service

In ITIL, the three service consumer roles are the sponsor, who authorizes the budget for service consumption; the customer, who defines the requirements for a service and takes responsibility for the outcomes of consumption; and the user, who actually uses the service.

Trap Sponsor authorizes the budget, customer defines requirements and owns outcomes, and user uses the service; one person may hold more than one role, but the roles are distinct.

10 questions test this
The service journey is the consumer's complete end-to-end experience across all touchpoints

In ITIL, the service journey is the complete, end-to-end experience a service consumer has with a service provider across all of their touchpoints and interactions over the course of the relationship.

Trap The service journey is the whole experience across all touchpoints; it is not a single value stream or a lifecycle activity.

12 questions test this
Service quality is the totality of a service's characteristics relevant to meeting needs

In ITIL, service quality is the totality of a service's characteristics that are relevant to its ability to satisfy stated and implied needs — a holistic measure of how well the service meets both explicit requirements and unspoken expectations.

Trap Service quality is the totality of characteristics; it is not any single element such as warranty or an SLA.

18 questions test this
A service level is a measure of expected or achieved performance against agreed targets

In ITIL, a service level is one or more metrics that define or measure the expected or achieved performance of a service against agreed targets.

13 questions test this
An SLA is a documented agreement of required services and expected service levels

In ITIL, a Service Level Agreement (SLA) is a documented agreement between a service provider and a customer that identifies the required services and the expected service levels. It is the tool used to set and monitor targets, not the definition of service quality itself.

Trap An SLA is the documented agreement of targets, while service quality is the overall fitness of the service; they are not the same thing.

20 questions test this

The ITIL Four Dimensions of Product and Service Management

Introduction to the Four Dimensions

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Cheat sheet

Sharp facts the exam loves — scan these before test day.

The four dimensions of product and service management are organizations and people, partners and suppliers, information and technology, and value streams and processes

ITIL (Version 5) defines four dimensions of product and service management: organizations and people; partners and suppliers; information and technology; and value streams and processes. All four must be considered to effectively and efficiently facilitate value through products and services.

Trap The four dimensions are not the components of the ITIL Value System (guiding principles, governance, value chain, management practices, continual improvement); that is a separate model.

7 questions test this
Each of the four dimensions is relevant to, and must be applied to, every product and service

Every one of the four dimensions applies to all of an organization's products and services and to service management as a whole. Each dimension represents a perspective that is essential to creating value, so none can be ignored without weakening the others.

6 questions test this
A holistic approach means the four dimensions are considered together, not in isolation

The four dimensions must be addressed holistically, balanced and coordinated together, because they are interconnected. Failing to give adequate attention to any one dimension can lead to sub-optimal or unfit products and services.

Trap Optimizing a single dimension (for example, buying advanced technology) while neglecting another (such as people's skills) undermines the overall value delivered.

6 questions test this
The four dimensions are distinct from the ITIL Value System and its value chain

The four dimensions are cross-cutting perspectives applied across all activities, whereas the ITIL Value System is the operating model itself. The value chain is a component of the Value System, not one of the four dimensions.

Trap A common error is to list 'value chain' or a guiding principle as one of the four dimensions.

In Version 5 the model is named the four dimensions of product and service management

ITIL (Version 5) refers to them as the four dimensions of product and service management. This is the current naming; the four areas themselves (organizations and people, partners and suppliers, information and technology, value streams and processes) are unchanged.

Trap Mislabeling them as only 'service management' dimensions, or inventing additional dimensions.

The organizations and people dimension covers roles, structures, culture, competencies, and skills

The organizations and people dimension addresses the human side of an organization: its roles and responsibilities, formal organizational structures, culture, staffing, and the required competencies and skills. It ensures the organization is structured and managed so that people can support its objectives.

9 questions test this
Organizations and people requires an adequate culture and the right level of capacity and competency

For this dimension to support value creation, an organization needs a culture that supports its objectives and the right levels of capacity and competency among its people. Clear roles, effective leadership, and good communication are essential.

7 questions test this
Examples of organizations and people include roles, leadership, and staff skills, not external contracts

Organizational structures, management and leadership, team culture, and staff training or competencies all belong to the organizations and people dimension. It concerns the service provider's own people.

Trap Relationships with third parties or supplier contracts belong to partners and suppliers, not organizations and people.

6 questions test this
The information and technology dimension covers the information, knowledge, and technologies needed to manage and deliver services

The information and technology dimension includes the information and knowledge required to manage products and services, and the technologies used both within the services themselves and to support service management. It also covers how components relate and how information is exchanged.

8 questions test this
Information and technology decisions weigh security, compliance, and suitability of the technology

When selecting technology for this dimension, an organization considers factors such as compatibility with existing systems, compliance with policies and regulations, security, and alignment with its strategy. Information management also addresses the security and confidentiality of data.

8 questions test this
Applications, databases, and analytics tools belong to information and technology

Examples of this dimension include the applications, databases, and communication systems that make up a service, as well as tools such as workflow, AI, and cloud platforms that support service management.

Trap The way work flows through these tools is value streams and processes; the tools and information themselves are information and technology.

The partners and suppliers dimension covers relationships with third parties and their contracts and agreements

The partners and suppliers dimension encompasses an organization's relationships with the other organizations involved in the design, development, deployment, delivery, support, and continual improvement of its services. It includes the contracts and agreements that govern those relationships.

9 questions test this
Supplier strategy and service integration coordinate the partners contributing to services

An organization's use of partners and suppliers is shaped by factors such as cost, expertise, and the availability of resources, and is formalized through contracts and service level agreements. Service integration and management (SIAM) coordinates multiple suppliers so they act as a coherent whole.

6 questions test this
Third parties that contribute to value creation belong to partners and suppliers

When external organizations help design, deliver, or support a service, they fall under the partners and suppliers dimension, positioning them as co-creators of value alongside the organization.

Trap Third-party contributions are partners and suppliers, not organizations and people, which concerns the provider's own workforce.

7 questions test this
The value streams and processes dimension covers how the organization's activities are coordinated to enable value creation

The value streams and processes dimension is concerned with how the various parts of the organization work in an integrated and coordinated way to create and deliver products and services. It defines the activities the organization performs and how they are organized to enable value creation efficiently.

8 questions test this
Within this dimension a value stream is a series of steps and a process is a set of activities turning inputs into outputs

In the value streams and processes dimension, a value stream is a series of steps an organization uses to create and deliver products and services, while a process is a set of activities that transforms inputs into outputs. Together they describe how work is sequenced and performed.

8 questions test this
Value streams and processes concerns the organization's own coordinated work, not its external suppliers

This dimension focuses on how the organization's internal activities flow and are coordinated. Which third parties are involved is covered by partners and suppliers, not by value streams and processes.

Trap Confusing this dimension with value stream mapping, which is a separate topic about analysing and improving a specific value stream.

Internal and External Factors

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Cheat sheet

Sharp facts the exam loves — scan these before test day.

The four dimensions represent the internal factors an organization must manage to deliver value

The four dimensions (organizations and people, partners and suppliers, information and technology, and value streams and processes) are the internal factors, or perspectives, that an organization must balance to facilitate value through its products and services. Each must be given adequate attention.

21 questions test this
Internal factors are within the organization's influence, while external factors are largely outside its control

Internal factors, such as an organization's structure, culture, resources, and processes, can be shaped and managed by the organization. External factors, analysed with PESTLE, arise from the wider environment and are usually beyond the organization's direct control.

Trap A new data-protection law or an economic downturn is an external factor, not something the organization can manage as an internal factor.

The four internal dimensions must be managed together while accounting for external constraints

Because the four dimensions are interconnected, they are managed holistically rather than separately, and always within the constraints imposed by external factors. Balancing them together, under those constraints, is what keeps products and services fit for purpose and use.

16 questions test this
External factors influence all four dimensions and are analysed using the PESTLE model

The four dimensions are affected by external factors that are often beyond the organization's control, such as government regulation or economic conditions. These external factors can be analysed using the PESTLE model.

Trap External factors influence every dimension, not just one; for example, a new law can affect people, technology, suppliers, and processes at once.

21 questions test this
PESTLE stands for political, economic, social, technological, legal, and environmental factors

PESTLE is the model used to categorize external factors influencing the four dimensions: political, economic (economical), social, technological, legal, and environmental. Each letter represents a type of external influence on the organization.

Trap PESTLE covers external factors only; the four dimensions themselves are internal and are not part of PESTLE.

18 questions test this
Laws, regulations, and economic conditions are external factors, not internal ones

Factors such as new legislation, government policy, market and economic conditions, and social trends originate outside the organization and are treated as external factors. The organization must respond to them but cannot directly control them.

Trap Staffing levels or an internal process are internal factors; do not classify them under PESTLE.

Political factors are government and policy influences; economic factors are market and financial conditions

Political factors include government policy, political stability, taxation, and trade or labour regulation. Economic factors include economic growth, interest rates, inflation, and exchange rates that affect costs and demand.

24 questions test this
Social factors are societal and demographic trends; technological factors are the pace and nature of technology change

Social factors include demographics, cultural attitudes, and lifestyle or population trends. Technological factors include innovation, automation, and the rate of technological change that can create opportunities or make capabilities obsolete.

21 questions test this

Legal factors include employment law, data protection, health and safety, and other compliance requirements. Environmental factors include climate, ecological concerns, and environmental regulations or sustainability expectations.

Trap A data-protection statute is a legal factor, whereas climate or emissions targets are environmental factors.

16 questions test this
Each external factor maps to one PESTLE category, such as interest rates being an economic factor

Correctly classifying an external factor means matching it to the right PESTLE category; for example, interest rates and inflation are economic factors, while political stability is a political factor. This helps an organization analyse how each type of influence affects its four dimensions.

Trap Interest rates are economic, not political; a new privacy law is legal, not merely technological.

The ITIL Product and Service Lifecycle

Introduction to the Product and Service Lifecycle

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Cheat sheet

Sharp facts the exam loves — scan these before test day.

The ITIL Product and Service Lifecycle is an end-to-end model of how a set of activities applies to every product and service

In ITIL (Version 5), the Product and Service Lifecycle is the overarching, end-to-end model that shows how a common set of key activities applies to every product and service. It represents the shared lifecycle of digital products and services, which are managed together with a single, integrated approach.

Trap Confusing the lifecycle model with the value chain; the value chain is the operating model of interconnected activities that an organization arranges into value streams, not the whole-life model itself.

16 questions test this
The lifecycle is distinct from the value chain, a value stream, and the continual improvement model

The Product and Service Lifecycle is not the same as the value chain, a value stream, or the continual improvement model. The value chain is the operating model of interconnected activities; a value stream is a situation-specific series of steps for one particular product or service; the continual improvement model is a repeatable guide for improvement work.

Trap Selecting 'a set of interconnected activities arranged into value streams' (the value chain) or 'a series of steps for one product' (a value stream) as the definition of the lifecycle.

13 questions test this
Digital products and services share one lifecycle managed with a holistic ecosystem approach

ITIL (Version 5) treats digital products and services as two perspectives of the same technology-based solution, so they share the same lifecycle and should be managed together. The model adopts a holistic, ecosystem approach rather than a siloed way of working.

The lifecycle has eight activities: discover, design, acquire, build, transition, operate, deliver, support

The ITIL Product and Service Lifecycle consists of eight activities: discover, design, acquire, build, transition, operate, deliver, and support. Every product and service is managed through these same eight activities.

Trap Listing an ITIL 4 six-activity service value chain (plan, improve, engage, design & transition, obtain/build, deliver & support) or a different count; Version 5 names eight lifecycle activities.

16 questions test this
The eight lifecycle activities are the same eight activities used in the Version 5 value chain

The eight lifecycle activities are the same eight activities that make up the Version 5 value chain. The lifecycle shows how they apply across a product or service's whole life, while the value chain arranges them into value streams to respond to demand.

Trap Assuming the lifecycle and the value chain use different sets of activities; they share the identical eight.

8 questions test this
The eight activities replace the five sequential ITIL v3 lifecycle stages

The eight lifecycle activities redefine the five ITIL v3 lifecycle stages (service strategy, service design, service transition, service operation, and continual service improvement) into a more holistic, non-linear set. This reflects the shift away from separate, sequential stages.

Trap Naming the v3 stages (strategy, design, transition, operation, CSI) as the Version 5 lifecycle activities.

The activities apply across the whole life of a product or service, from opportunity to retirement

The lifecycle activities apply across the entire life of a product or service, from the initial opportunity or idea through to its eventual retirement. This gives a consistent, end-to-end way to manage a product or service rather than covering only its development.

Trap Thinking the lifecycle covers only creation or build; it spans the whole life, including running, supporting, and retiring the product or service.

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Different versions of the same product or service can occupy several activities at once

Because the model is holistic rather than a single moving pipeline, different versions of the same product or service can exist in several lifecycle activities at the same time. For example, one version can be live and operating while a newer version is still being designed.

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The model gives every product and service a consistent end-to-end way to manage quality and risk

The lifecycle applies to every product and service, giving the organization a consistent, end-to-end way to manage quality, risk, and compliance throughout their life. This whole-life view is what makes the model an ecosystem rather than a one-off project.

The lifecycle activities are not sequential nor linear

The lifecycle activities are not performed in a fixed sequence or a straight line. An organization can move backwards or forwards between any of the activities as its needs require, and a transition can happen between any two activities.

Trap Treating the eight activities as a linear, one-way plan-build-run or waterfall pipeline that must be followed in order.

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The lifecycle activities can be used iteratively

The activities can be used iteratively, being repeated and revisited many times over a product or service's life as needs and conditions change. For instance, feedback while a service is live can send work back to 'design' and then forward again.

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The ecosystem approach replaces the traditional sequential plan-build-run model

The non-linear, iterative model replaces the traditional sequential plan-build-run way of working. Teams can collaborate across several activities at the same time instead of handing work down a fixed line.

Purpose and Scope of the Lifecycle Activities

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  • The purpose of 'discover' is to understand the environment, demand, and opportunities
  • The purpose of 'design' is to design products, services, and their components to meet requirements
  • Discover establishes what is needed; design shapes the solution before anything is acquired or built
  • The purpose of 'acquire' is to obtain and allocate the resources and components a product or service needs
  • The purpose of 'build' is to create, integrate, and test the product or service components
  • Acquire brings in the resources; build assembles and tests them into a working product or service
  • The purpose of 'transition' is to move new or changed products and services safely into live use
  • Transition covers releasing and deploying a change and confirming it is ready for live use
  • Transition bridges creating a product or service and running it
  • The purpose of 'operate' is to keep a live product or service and its components running to agreed levels
  • The purpose of 'deliver' is to make the running service and its value available to users on an ongoing basis
  • Version 5 splits the older single 'operation' stage into operate and deliver
  • The purpose of 'support' is to handle issues and requests on a live service and restore normal operation
  • Support acts on an already-live product or service and does not create, build, or deploy it
  • Support works with operate and deliver to keep a live service valuable, and its feedback can trigger earlier activities

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The ITIL Value System

Components of the ITIL Value System

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  • The ITIL Value System has five components
  • Each ITIL VS component plays a distinct role
  • The ITIL VS turns opportunity and demand into value
  • The ITIL VS describes how components work together to create value
  • The ITIL VS is designed to be flexible and non-siloed
  • Version 5 uses 'ITIL Value System', not the ITIL 4 'Service Value System'
  • The value chain is one component, not the whole value system
  • The ITIL VS applies to the whole organization

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The ITIL Guiding Principles

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  • A guiding principle is a universal recommendation
  • There are seven ITIL Guiding Principles
  • Guiding principles apply to every initiative
  • 'Focus on value' links everything to value
  • 'Start where you are' means assess and reuse the current state
  • 'Progress iteratively with feedback' organizes work into small sections
  • 'Collaborate and promote visibility' involves the right people and makes work transparent
  • 'Think and work holistically' treats the organization as a system
  • 'Keep it simple and practical' uses the minimum steps needed
  • 'Optimize and automate' optimizes first, then automates
  • Optimization comes before automation
  • The guiding principles are used together, not in isolation
  • Guiding principles reinforce each other

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Governance

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  • Governance is the means of directing and controlling an organization
  • A governing body is accountable for governance
  • Governance has three activities: evaluate, direct, monitor
  • 'Direct' sets policy; 'monitor' checks adherence
  • Governance enables and steers the whole value system
  • Governance operates above day-to-day management

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Value Chain

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  • The value chain is the operating model of interconnected activities
  • The Version 5 value chain has eight activities
  • Each value chain activity has key success metrics
  • Value chain activities are not sequential
  • Every value chain activity has its own purpose-derived success metric
  • An operating model shows how an organization co-creates value and runs itself
  • Value chain activities and practices support the organization's purpose and operating model
  • An organization's purpose is what it does for stakeholders and why
  • An incident is an unplanned interruption or quality reduction
  • An event is a significant change of state
  • A service request is a pre-agreed, normal request
  • A problem is a cause or potential cause of incidents
  • An error is a flaw; a known error is an analysed problem
  • Distinguishing problem, error, and known error
  • A disaster is a sudden event causing great damage
  • A release is a version made available for use
  • A test verifies that something meets its requirements
  • Continuous integration merges code frequently with automated testing
  • Continuous delivery vs continuous deployment
  • A product specification defines a product's requirements
  • A product prototype is an early model for testing ideas
  • Reliability is the ability to perform as intended over time
  • SRE and observability defined

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Management Practices

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  • A management practice is a set of organizational resources
  • Practices provide resources that enable value chain activities
  • Practices are drawn upon within value streams
  • Version 5 organizes practices into two groups
  • What each practice group covers
  • Named individual practices are not examinable detail
  • Practice Guides are structured around the four dimensions
  • Practice Guides give consistent, practical guidance
  • A consistent format across all guides
  • A metric is a measurement used for management and improvement
  • A critical success factor is a necessary precondition for success

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The ITIL Continual Improvement Model

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  • The Continual Improvement Model has seven steps
  • The model is a repeatable, iterative cycle
  • 'What is the vision?' sets direction and links to the bigger picture
  • 'Where are we now?' and 'Where do we want to be?' set baseline and target
  • 'How do we get there?' plans and 'Take action' executes the improvement
  • 'Did we get there?' checks results and 'keep the momentum' sustains gains
  • Continual improvement is a component woven through the whole value system
  • Continual improvement is everyone's responsibility
  • A dedicated practice supports continual improvement

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Value stream identification, mapping, and management

Key Concepts of Value Stream Mapping and Management

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  • A value stream is the series of steps an organization undertakes to create and deliver a product or service to a consumer.
  • A value stream combines the eight value chain (lifecycle) activities into a specific path for a specific scenario.
  • A value stream is one specific path through the value chain, not the value chain itself and not a process.
  • A core value stream delivers products and services directly to an external consumer.
  • An enabling value stream delivers value to internal recipients so they can support the core value streams.
  • Core value streams serve external consumers directly; enabling value streams serve internal recipients to support the core.
  • Value stream mapping is the technique of visually documenting the steps and flow of a value stream.
  • Value stream management is the ongoing practice of governing and optimizing value streams.
  • Mapping produces a point-in-time picture; management is the continuous optimization built on it.
  • Complexity thinking recognizes that work sits in different contexts, each needing a different approach.
  • Complexity thinking distinguishes ordered, complex, and chaotic contexts.
  • Complexity thinking guides how much to standardize versus experiment.

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Application of Value Streams

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  • Workflows should be optimized according to the complexity of the work, not with one uniform approach.
  • Predictable (ordered) workflow steps are optimized through standardization and automation.
  • Complex workflow steps are optimized through experimentation and feedback, not rigid procedures.
  • Value streams are applied by combining the eight lifecycle activities into a scenario-specific path.
  • The same activity can appear in several value streams and more than once within one stream.
  • Each value stream path is optimized for the complexity of its own scenario.
  • Different types of demand require different value streams.
  • Applied value streams include operational streams (e.g. incident resolution) and development streams (e.g. new features).
  • Applying value streams aims to keep work flowing smoothly through each scenario's path.

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Purpose of Value Stream Mapping and Management

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  • The purpose of value stream mapping and management is to understand, optimize, and continually improve the flow of value.
  • Mapping and management aim to reveal and reduce waste, bottlenecks, delays, and handoffs.
  • Value stream mapping and management surface improvement opportunities for continual improvement.
  • Value stream mapping provides the insight that value stream management acts on.
  • Mapping is periodic and point-in-time; management is continuous.
  • Management adds ownership, metrics, and governance on top of the map.
  • A value stream map shows the sequence of steps and the flow of work and information.
  • A value stream map shows handoffs between teams and where work waits.
  • A value stream map distinguishes value-adding steps from non-value-adding (waste) steps.
  • A value stream map records timing at each step so total lead time and waiting time are visible.
  • Timing and flow data on the map reveal bottlenecks and the biggest improvement targets.
  • A value stream map usually represents the current, actual flow as the basis for improvement.

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ITIL and AI

Introduction to AI

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  • Artificial Intelligence (AI) is technology that performs tasks normally requiring human intelligence
  • AI maturity describes how advanced and well-governed an organization's use of AI is
  • AI differs from traditional automation because it can learn and reason, not just follow fixed rules
  • Generative AI (GenAI) creates new content such as text, images, or code
  • Agentic AI acts autonomously to pursue goals with limited human instruction
  • GenAI and agentic AI are distinct: one generates content, the other takes autonomous action
  • AI can assist across the product and service development lifecycle
  • Examples of AI assisting the lifecycle include analysing requirements, generating designs, and testing
  • AI can improve decision-making and speed within lifecycle activities
  • AI can help automate processes throughout the lifecycle activities
  • Examples of AI-assisted automation include triage, routing, and routine responses
  • AI-assisted automation still operates within human-defined boundaries
  • AI can be leveraged throughout the ITIL value chain activities
  • Examples of AI in the value chain include demand analysis, monitoring, and improvement
  • Leveraging AI across the value chain aims to improve value co-creation

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ITIL AI Governance

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  • AI governance ensures AI is used responsibly, ethically, and under control
  • Governing AI is different from simply using AI
  • AI governance addresses risk, compliance, and accountability for AI
  • Responsible AI governance emphasizes transparency, accountability, and ethical use
  • AI governance requires appropriate human oversight, not full automation
  • AI governance depends on good data quality and data privacy
  • The ITIL AI Capability Model classifies AI into six capabilities (the 6C model)
  • The ITIL AI Capability Model maps each AI capability against its specific risks and controls
  • The AI Capability Model assesses capability; AI governance directs and controls AI use

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ITIL and other frameworks

ITIL and DevOps

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  • DevOps is a culture and set of practices, not a tool
  • DevOps unites development and operations for a continuous flow of value
  • Automation and CI/CD are core DevOps practices
  • ITIL can collaborate with DevOps practices
  • ITIL governance and structure support DevOps speed
  • ITIL guiding principles reinforce DevOps ways of working
  • ITIL and DevOps are complementary, not competing
  • ITIL supplies structure; DevOps supplies speed and culture
  • Combining ITIL and DevOps balances speed with control
  • The ITIL lifecycle accommodates DevOps ways of working
  • ITIL and DevOps together enable a continuous flow of value in the lifecycle
  • Continual improvement is shared ground for ITIL and DevOps

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ITIL and PRINCE2

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  • Project management is important in ITIL for delivering change
  • A project is a temporary effort with a defined start and end
  • ITIL relies on projects for transformation and significant change
  • PRINCE2 is a structured project management method
  • PRINCE2 manages projects, not ongoing services
  • Continued business justification underpins a PRINCE2 project
  • ITIL and PRINCE2 are complementary, not alternatives
  • PRINCE2 governs projects and changes; ITIL governs ongoing services
  • A completed PRINCE2 project hands its products to ITIL to run and improve
  • Match the framework to the need: project versus ongoing service
  • A new service is delivered by a project and then operated with ITIL
  • ITIL works alongside other frameworks rather than replacing them

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