6.1 Impact of digital technologies

6.1.1 Understand how the increased reliance on digital systems impacts on:

Increased reliance on digital systems has significantly transformed both organisational culture and wider society by changing how people communicate, work, and interact, leading to both positive improvements in efficiency and negative consequences relating to wellbeing, equality, and trust

Organisational culture

Changes in communication methods (face to face, email, video calls)

Changes in communication methods have shifted workplace interactions from face-to-face conversations and paper-based communication to email, video conferencing, and instant messaging, which improves speed and enables global collaboration but can reduce informal interaction and increase the risk of miscommunication due to the lack of tone and body language.

Increased productivity and availability expectations

Increased productivity and availability expectations have emerged as digital systems allow real-time monitoring of performance through dashboards and tracking tools, creating a culture where employees are expected to be constantly available and responsive, which may improve efficiency but can negatively affect work-life balance and increase stress.

Increase in staff monitoring

The increase in staff monitoring through technologies such as login tracking, screen monitoring, and performance analytics has improved accountability and evidence-based management; however, it can also reduce trust, lower morale, and create a perception of surveillance within the organisation.

New working practices (remote/hybrid/in-office working)

New working practices such as remote, hybrid, and flexible working have been enabled by cloud systems and digital collaboration tools, allowing organisations to reduce costs and access a wider talent pool, although this may weaken team cohesion, create communication challenges, and increase reliance on technology.

Automation of services including the use of artificial intelligence (AI)

Automation of services, including the use of artificial intelligence, allows organisations to complete tasks such as customer support, scheduling, and data analysis more efficiently and at a lower cost, but it can lead to workforce restructuring, potential bias in decision-making, and a reduction in human interaction and empathy.

Society

Loss of jobs

The increased use of digital systems has contributed to the loss of jobs as automation replaces repetitive or manual roles, improving efficiency for organisations but potentially increasing unemployment and economic inequality for affected individuals.

Shift in skill requirements

There has been a shift in skill requirements towards digital, technical, and analytical skills, creating new opportunities for those who can adapt while disadvantaging those who lack access to training or education.

Reduction in human decision making and loss of empathy

The reduction in human decision-making due to the use of AI systems means that many decisions are now based on algorithms rather than human judgement, which increases consistency and speed but can result in a lack of empathy and potentially unfair outcomes.

Privacy (digital footprint, surveillance)

Privacy concerns have increased as individuals leave digital footprints through their online activities, and organisations collect large amounts of data, which can enable personalised services but also raises the risk of surveillance, data misuse, and loss of personal control.

Changing behaviours (loss of social skills, digital identity)

Changing behaviours have been observed as people increasingly communicate and interact online, which can reduce face-to-face social skills and place greater importance on digital identity, sometimes leading to differences between online and real-world behaviour.

Access to wider social networks (personal and professional)

Access to wider social networks has improved as digital platforms allow individuals to connect globally for both personal and professional purposes, although this also introduces risks such as exposure to misinformation and online harm.

Access to online services (government, commercial and entertainment)

Access to online services, including government, commercial, and entertainment platforms, has increased convenience and availability, but it can disadvantage those without the necessary skills, devices, or connectivity, leading to digital exclusion.

Potential isolation (lack of skill, equipment, connectivity, resistance to change)

Potential isolation can occur for individuals who lack digital skills, equipment, reliable internet access, or willingness to engage with technology, which can limit their participation in society and access to essential services.

Improved access to information (professional and personal)

Improved access to information has enabled individuals to quickly find and use large amounts of data for personal and professional purposes, although this also increases the risk of misinformation and difficulty in identifying reliable sources

Increased use of AI, including generative AI (textual, graphical, video and audio)

The increased use of artificial intelligence, including generative AI that can produce text, images, video, and audio, has enhanced productivity and creativity but raises concerns about accuracy, bias, and the authenticity of content.

Globalisation: – access to global media sources.

Globalisation has been accelerated through access to global media sources and digital platforms, allowing people to share information and ideas worldwide, although this can also contribute to cultural homogenisation and the rapid spread of misinformation.

"Deep Impact"
Now that you have explored the social and organisational impacts its time to reflect on how they may effect organisations. 
Using the below simulator explore the impacts to the organisations.
RC6 Digital Impact Interactive
 

6.1.2 Understand the importance of digital inclusion:

Digital inclusion refers to ensuring that all individuals and groups have fair access to digital technologies, services, and opportunities, which is increasingly important as society becomes more dependent on digital systems for essential services such as banking, healthcare, and communication

Ensuring fair access to digital services:

Suitable technologies (hardware and software)

Access to appropriate hardware and software is essential for digital inclusion, as individuals without devices such as laptops or smartphones, or without accessible software, are unable to fully participate in a digital society.

A clear example can be seen in low-income households in the UK, where individuals may rely on outdated devices or shared technology, limiting their ability to access online education or employment platforms, which reinforces inequality as highlighted by the fact that digitally excluded individuals are more likely to experience social isolation and reduced opportunities .

This demonstrates that although digital systems increase access overall, they can widen the gap between those with suitable technology and those without, meaning organisations must consider device accessibility when delivering services.

Connectivity

Reliable internet connectivity is a fundamental requirement for accessing digital services, yet 1.6 million UK households have no home internet access, showing that access is not universal .

A case study example can be seen in rural or disadvantaged urban areas, where limited broadband infrastructure or affordability issues prevent individuals from accessing online banking, government services, or remote healthcare, particularly as 94% of UK government services are now digital-first .

This creates a situation where those without connectivity are effectively excluded from essential services, highlighting that digital transformation can unintentionally increase inequality if infrastructure is not inclusive.

Conforming to codes of best practice

Organisations must follow established codes of best practice to ensure digital services are accessible, secure, and usable for all users, including those with disabilities or limited digital skills.

A relevant example is the design of public sector websites such as GOV.UK, which follow strict usability and accessibility guidelines to ensure services are simple to navigate, clearly structured, and accessible to a wide audience, including those with cognitive or physical impairments.

This demonstrates that adherence to best practice improves inclusivity and user experience, but failure to follow these standards can result in digital services that exclude vulnerable users.

Public sector bodies’ website and mobile applications accessibility regulations:

The Public Sector Bodies (Websites and Mobile Applications) Accessibility Regulations 2018 require UK public sector organisations to ensure their digital services are accessible to all users, including those with disabilities, by following standards such as WCAG (Web Content Accessibility Guidelines).

Key features of these regulations include providing alternative text for images, keyboard navigation, screen reader compatibility, and clear, readable content, all of which ensure that individuals with visual, auditory, or motor impairments can access digital services.

A practical case study can be seen in NHS digital services and GOV.UK platforms, where accessibility features allow users with disabilities to book appointments, access information, and complete tasks independently, improving equality of access.

However, if organisations fail to comply with these regulations, it can lead to legal consequences, reputational damage, and exclusion of users, demonstrating the importance of accessibility as both a legal and ethical requirement.

Key features and purpose

The importance of digital inclusion becomes more evident when considering broader societal impacts identified in your lesson, such as the increasing shift towards digital-first services, where individuals without access, skills, or confidence are left behind in areas such as employment, healthcare, and social interaction .

For example, the closure of physical bank branches alongside the rise of online banking means that individuals without digital skills or internet access may struggle to manage their finances, while remote GP services may disadvantage elderly users who are less confident using digital platforms.

This highlights that digital inclusion is not just about access to technology, but also about ensuring individuals have the skills, confidence, and support needed to use digital systems effectively.

"Dont Forget Me!!"

In this activity, you will create a 5-slide presentation explaining the importance of digital inclusion and how digital systems can both include and exclude individuals in society.

You will begin by defining digital inclusion and explaining why it matters, before selecting a real-world case study such as an elderly person accessing online GP services or a household without internet access. You will then explore the key barriers to inclusion, including access to suitable technology, internet connectivity, and digital skills, linking each to its impact on individuals and organisations.

Next, you will explain how organisations can improve inclusion by following codes of best practice and meeting accessibility regulations, before finishing with a balanced evaluation that includes both benefits and drawbacks of digital systems. Your final slide must include a judgement using the structure: “Although…, this leads to…, however…, therefore…”.

Your completed work should demonstrate clear understanding, use of real examples, and the ability to analyse and evaluate impacts, preparing you for extended response questions in Paper 2.

6.1.2 Understand the importance of digital inclusion:

Understand how end user characteristics affect the use of and inclusivity of digital systems

End user characteristics refer to the needs, abilities, and backgrounds of the people using a digital system, and these factors directly influence how inclusive and effective that system is. If systems are not designed with these characteristics in mind, they can exclude certain users and create inequality.

Age

Age affects how confidently and effectively users interact with digital systems.

For example, older adults may struggle with online GP booking systems due to unfamiliar interfaces, small text, or complex navigation, whereas younger users may find these systems intuitive. This can lead to older users being excluded from essential services such as healthcare, particularly as services become digital-first.

In contrast, younger users may be more comfortable with mobile apps and social platforms, but may lack awareness of privacy risks, meaning systems must balance usability with clear guidance.

This shows that digital systems must be designed to support all age groups, for example by using simple layouts, larger text, and clear instructions.

Skills

Digital

Digital skills refer to a user’s ability to use devices, software, and online services.

For example, a person applying for jobs online may struggle if they do not know how to upload documents, create accounts, or navigate websites, which can limit employment opportunities.

This means systems must include:

• Clear instructions
• Simple navigation
• Help/support features

Literacy

Literacy affects how well users understand written content on digital systems.

For example, if a government website uses complex language or technical terminology, users with lower literacy levels may misunderstand important information, such as benefit applications or legal requirements.

This can result in:

• Incorrect submissions
• Missed opportunities
• Frustration and disengagement

Internal/external audience

Digital systems must be designed differently depending on whether the users are internal (employees) or external (customers/public).

For example, an internal system used by trained staff (e.g. NHS admin systems) can be more complex because users receive training, whereas an external system like an online banking app must be simple, intuitive, and accessible to all users regardless of skill level.

If external systems are designed like internal ones, users may struggle to complete tasks, leading to poor user experience and exclusion.

Cultural issues, including bias in digital systems

Cultural differences and bias can affect how inclusive digital systems are.

For example, facial recognition systems have been shown to be less accurate for people with darker skin tones, which can lead to discrimination or unequal treatment. Similarly, language barriers on websites can prevent non-native speakers from accessing services.

Another example is AI recruitment tools, which may unintentionally favour certain groups if trained on biased data, leading to unfair hiring decisions.

This highlights the importance of:

• Diverse data sets
• Inclusive design
• Multilingual support

Additional needs

Users with additional needs, such as disabilities, require digital systems to include accessibility features.

For example:

• A visually impaired user may rely on a screen reader, so websites must include alt text and structured content
• A user with motor impairments may need keyboard navigation instead of a mouse
• A user with hearing impairments may need captions on videos

A real-world example is GOV.UK, which includes accessible design features to ensure services can be used by as many people as possible.

If accessibility is not considered, users may be completely unable to access essential services, leading to exclusion.

"Test Me"
Using the attached Mock quiz, complete the sections as if it were part of the exam paper series that you will be doing. Consider the verbs and key words used.

Mock Quiz
Answer sheet and marking guidance (Password Code is on your certificate upon completion of the activity below)

"Test Me NOW"
Digital Inclusion and Professional Practice Challenge

6.1.4 Know and understand the benefits of professional development:

Professional development refers to the ongoing process of improving skills, knowledge, and experience to remain effective and competitive within a chosen career, particularly in fast-changing sectors such as digital support and security.

Increased industry and sector competence

Professional development allows individuals to stay up to date with new technologies, tools, and practices within their industry, which is essential in sectors where systems and threats evolve rapidly.

For example, a digital support technician who regularly completes training on cybersecurity threats will be more capable of identifying vulnerabilities and responding to incidents, compared to someone using outdated knowledge. This improves both individual performance and organisational security.

Similarly, IT professionals who learn new technologies such as cloud systems or AI tools can support modern digital infrastructures more effectively, ensuring organisations remain competitive and efficient.

This shows that professional development directly improves competence, meaning individuals can perform their roles more effectively and adapt to change.

Increased employability potential and employment security

Professional development increases an individual’s employability by making them more attractive to employers and more adaptable to changing job roles.

For example, a worker who gains additional qualifications in areas such as network security or data analysis is more likely to secure promotions or new job opportunities, as they demonstrate a commitment to learning and skill development.

In contrast, individuals who do not update their skills may become less relevant, particularly in industries affected by automation and digital transformation, where roles are constantly evolving.

A real-world situation can be seen in the impact of AI on jobs, where workers who retrain and upskill are more likely to remain employed, while those who do not may be replaced or struggle to find new roles.

This demonstrates that professional development supports both career progression and job security, particularly in digital industries.

Achieving access to knowledge of and adherence to industry standards.

Professional development ensures that individuals understand and follow recognised industry standards, which are critical for maintaining quality, security, and legal compliance.

For example, a cybersecurity professional who completes training in standards such as ISO 27001 will understand how to implement information security management systems correctly, helping organisations protect sensitive data and meet regulatory requirements.

Similarly, web developers who learn about accessibility standards (WCAG) can design systems that are inclusive and legally compliant, ensuring users with disabilities can access services.

Failure to follow industry standards can result in:

• Security breaches
• Legal penalties
• Reputational damage

Therefore, professional development ensures individuals are not only skilled but also working in line with best practice and industry expectations.

"Career Survival Roll Play"
Using the link below carry out the roll play of any of the rolls to highlight the importance of CPD
RC6 Professional Development Simulator

6.2 Emerging technologies

6.2.1 Understand how developments in technologies impact on organisations, individuals and society:

• storage media:

o increased demand for storage

• processing technologies:

o quantum computing

• internet of things:

o edge computing

o network utilisation

o use within different contexts (industrial, smart city, domestic)

• artificial intelligence:

o generative AI

o machine learning

• extended reality:

o augmented reality

o virtual reality

• open source software

• blockchain

• 3D printing

• drones

• environmental:

o consumption of rare metals

o energy to produce electronic systems

o environmental impact of disposal

• autonomous machines:

o self-driving cars

o robotic assembly lines

6.2.2 Understand the interrelationships between digital and emerging technologies and make judgements about their impacts on organisations, society and individuals in digital support and security.