Digital Inclusion for Older People in Japan: Designing Accessible, Trusted and Human-Centred Care Technology

Japan is developing an increasingly digital response to population aging.

Telehealth, electronic records, remote monitoring, smart-home systems, robotics, artificial intelligence and digital public services could help older people remain independent and connected to support.

These technologies may reduce travel, strengthen prevention and make specialist expertise available across rural and urban communities.

However, their benefits will not be shared equally unless digital inclusion becomes a central part of system design.

The Japan Aging, Long-Term Care & Community Support Knowledge Hub examines how Japan can combine technology, community capacity and person-centred support in a more sustainable aging society.

Digital inclusion is essential to that ambition.

An older person may be excluded from digital care because they lack a suitable device, reliable connectivity, accessible software, confidence, privacy, support or trust.

Others may use technology successfully in one context but struggle when systems become more complex, health declines or familiar support is unavailable.

Digital exclusion is therefore not a fixed personal characteristic.

It is often the outcome of how services, technologies and environments are designed.

The key question is not whether older people can adapt to digital care.

It is whether digital care can adapt to the diversity of older people’s lives.

Digital Inclusion Is More Than Internet Access

Digital inclusion is sometimes measured through device ownership or broadband availability.

These indicators are important but incomplete.

Meaningful digital participation also depends on:

• affordability;
• reliable connectivity;
• accessible design;
• digital confidence;
• health and cognitive ability;
• language and literacy;
• privacy;
• technical support;
• trust in organizations;
• understanding of risk;
• availability of non-digital alternatives; and
• whether the technology provides genuine value.

A person may own a smartphone but be unable to navigate a health portal.

Another may use messaging confidently but feel unable to complete an online consent process.

A digitally inclusive system recognizes these differences and offers flexible support.

Age Alone Does Not Determine Digital Capability

Older people are not a single digital group.

Some use smartphones, online banking, video calls and wearable technology every day.

Others may have limited experience, while some may actively choose not to use digital systems.

Digital capability may vary according to:

• previous employment;
• education;
• income;
• location;
• family support;
• health;
• vision and hearing;
• dexterity;
• cognitive ability;
• language;
• confidence;
• experience of fraud;
• device familiarity; and
• the complexity of the task.

Services should avoid assumptions based solely on chronological age.

Digital support should be based on individual needs, preferences and the purpose of the technology.

Digital Capability Can Change Over Time

A person who previously used technology independently may experience difficulty after:

• hospitalization;
• stroke;
• visual deterioration;
• hearing loss;
• bereavement;
• cognitive change;
• medication adjustment;
• loss of a family caregiver;
• change of device;
• software redesign;
• password failure; or
• loss of confidence following a scam.

Digital capability should therefore be reviewed rather than recorded once.

Support may need to increase, reduce or change according to circumstances.

Digital Exclusion Can Become Health Exclusion

When health and long-term care services move online, difficulty using technology may reduce access to:

• appointments;
• medication information;
• care assessments;
• benefit applications;
• rehabilitation;
• mental health support;
• caregiver advice;
• emergency information;
• community activities;
• transport booking;
• service complaints;
• personal records; and
• preventive health programmes.

This connects with health equity and access.

A service may remain theoretically available while becoming practically inaccessible.

Organizations should therefore measure completed access and outcomes rather than only whether a digital option exists.

Digital-First Must Not Become Digital-Only

Digital channels may offer speed and convenience, but they should not become the sole route into essential care.

People may need alternatives such as:

• telephone support;
• face-to-face appointments;
• home visits;
• paper forms;
• community access points;
• supported digital appointments;
• family-assisted access;
• advocacy;
• postal information; and
• direct professional explanation.

Non-digital access should not involve longer waits, reduced choice or poorer service quality.

Otherwise, digital convenience for the organization becomes inequality for the individual.

Operational Example: Preventing Exclusion From a Municipal Care Assessment

A municipality introduces an online process for long-term care assessment appointments.

An older resident does not complete the digital form because they cannot remember the portal password and are worried about entering personal information.

A five-stage inclusive pathway could operate as follows:

1. Identify the barrier: The municipality contacts people who begin but do not complete the online process.
2. Offer a choice: The resident can continue by telephone, request a paper form or attend a supported community appointment.
3. Provide assistance: A trained worker explains each question and helps the person understand how information will be used.
4. Preserve control: The worker does not retain passwords or make decisions on the person’s behalf.
5. Review the service: Completion rates and delays are compared across digital and non-digital routes.

The municipality maintains digital efficiency while protecting equal access.

Affordability Is a Core Inclusion Issue

Digital participation may involve costs for:

• smartphones;
• tablets;
• computers;
• broadband;
• mobile data;
• device charging;
• repairs;
• replacement batteries;
• software subscriptions;
• assistive equipment;
• home installation; and
• technical support.

Older people living on limited incomes may ration data, delay replacing devices or depend on outdated equipment.

A service should not assume that digital costs are insignificant because a person owns a phone.

Publicly Funded Digital Care Should Include Essential Equipment

Where a digital system is necessary for safe care, commissioners should consider funding:

• devices;
• connectivity;
• installation;
• accessible accessories;
• maintenance;
• replacement;
• technical support;
• training;
• cybersecurity updates; and
• safe collection when the service ends.

Costs should not be transferred automatically to the person or family.

This is particularly important when remote monitoring or virtual care replaces an established in-person service.

Device-Lending Schemes Can Support Access

Municipalities, health systems and community organizations may provide temporary or long-term access to devices.

A safe lending scheme should address:

• eligibility;
• device suitability;
• accessibility;
• connectivity;
• data security;
• technical support;
• repairs;
• software updates;
• loss or damage;
• cleaning and reuse;
• return arrangements; and
• transfer of personal information.

Providing a device without support may create unused equipment rather than inclusion.

Connectivity Inequality Remains Important

Japan has advanced communications infrastructure, but connectivity may still vary across rural, mountainous and island communities.

People may experience:

• weak mobile signal;
• limited high-speed broadband;
• unstable video connections;
• weather-related disruption;
• high installation costs;
• limited supplier choice;
• poor indoor coverage;
• outdated routers;
• data limits; and
• power interruption.

Digital care should be tested under realistic local conditions.

A system that works in a hospital demonstration room may fail in an older person’s rural home.

Low-Bandwidth Design Can Improve Resilience

Digital services should be able to function through more than one level of connectivity.

Useful features may include:

• telephone fallback;
• audio-only options;
• low-resolution video;
• asynchronous messaging;
• offline data capture;
• automatic synchronization;
• downloadable information;
• small file sizes;
• local device processing; and
• clear reconnection processes.

Low-bandwidth capability can improve access during both routine use and emergencies.

Accessibility Must Be Designed From the Beginning

Older people may experience changes in vision, hearing, movement, memory, attention or speech.

Accessible design should therefore be a core requirement rather than an optional enhancement.

Systems should support:

• large text;
• high contrast;
• clear icons;
• simple navigation;
• screen readers;
• voice control;
• keyboard navigation;
• captions;
• adjustable audio;
• touchscreen sensitivity;
• plain language;
• translation;
• error recovery;
• consistent page layout; and
• alternatives to complex passwords.

Accessibility should be tested with users who have different impairments and levels of digital experience.

Visual Design Can Determine Whether a System Is Usable

Small design decisions can create significant barriers.

Problems may include:

• small buttons;
• low contrast;
• crowded screens;
• moving text;
• unclear error messages;
• information hidden behind several menus;
• short time limits;
• forms that lose information;
• icons without labels;
• tiny confirmation boxes; and
• automatic logout without warning.

Designers should observe older people completing real tasks rather than relying only on usability questionnaires.

Hearing Accessibility Requires More Than Volume

People with hearing loss may struggle with:

• unclear audio;
• background noise;
• multiple speakers;
• unfamiliar voices;
• poor lip visibility;
• telephone-only support;
• automated voice menus;
• alert tones they cannot hear; and
• video without captions.

Accessible systems may require:

• live captions;
• text chat;
• visual alerts;
• hearing-device compatibility;
• adjustable sound;
• written summaries;
• clear speaker identification; and
• in-person alternatives.

Services should not interpret difficulty hearing as cognitive impairment or disengagement.

Visual Impairment Requires Flexible Interaction

People with reduced vision may need:

• screen-reader compatibility;
• audio instructions;
• large-print information;
• high contrast;
• magnification;
• voice navigation;
• tactile device markers;
• minimal visual clutter;
• spoken confirmation of actions; and
• support to review visual data.

Information should not be provided exclusively through charts, color or small on-screen text.

Dexterity and Mobility Affect Device Use

Arthritis, tremor, weakness, pain or limited hand movement may make small controls difficult to use.

Adaptations may include:

• larger devices;
• styluses;
• device stands;
• voice control;
• switch access;
• simplified touch gestures;
• longer response times;
• physical keyboards;
• one-touch calling; and
• remote technical assistance.

Device choice should reflect the person’s physical ability and usual environment.

Cognitive Accessibility Requires Simplicity and Consistency

People living with cognitive change may find it difficult to manage:

• passwords;
• multi-stage processes;
• changing screen layouts;
• unfamiliar terminology;
• appointment links;
• security questions;
• timed forms;
• pop-up messages;
• software updates; and
• several different applications.

Helpful features may include:

• consistent navigation;
• one-step access;
• recognizable photographs;
• simple prompts;
• reminders;
• supported access;
• limited choices on each screen;
• clear confirmation;
• easy cancellation; and
• recovery from mistakes.

Simplicity should not remove the person’s control or hide important information.

Dementia Does Not Automatically Prevent Digital Participation

Some people living with dementia continue to use familiar devices and applications effectively.

Support should consider:

• previous technology use;
• familiar routines;
• stage and pattern of cognitive change;
• visual and hearing needs;
• emotional response;
• availability of trusted support;
• risk of fraud;
• the complexity of the task;
• the person’s preferences; and
• whether the technology provides meaningful benefit.

Decisions should be individualized and reviewed over time.

Diagnosis alone should not be used to remove access or transfer control automatically to family members.

Supported Decision-Making Applies to Digital Services

People may need support to understand:

• what a technology does;
• which information it collects;
• who receives the information;
• what risks are involved;
• which alternatives are available;
• how to stop using it;
• how family members may participate;
• what happens when alerts occur;
• which costs apply; and
• how concerns can be raised.

Support may involve plain language, visual explanation, demonstrations, trial periods and discussion with a trusted person.

The Positive Risk Enablement Planner can help teams balance digital opportunity with foreseeable risks, personal choice and proportionate safeguards.

Language and Literacy Can Create Hidden Barriers

Digital systems may be difficult for people who:

• prefer a language other than Japanese;
• use a regional dialect;
• have limited literacy;
• find clinical terminology difficult;
• have learning or communication disabilities;
• use sign language;
• rely on symbols or pictures; or
• need information explained verbally.

Inclusive systems should provide:

• translation;
• qualified interpretation;
• plain language;
• visual formats;
• audio information;
• sign-language access;
• assisted completion;
• easy-read summaries; and
• alternative non-digital routes.

Automated translation should be reviewed carefully where information affects medication, consent or clinical decisions.

Trust Determines Whether Technology Is Used

People may avoid digital care because they fear:

• fraud;
• identity theft;
• misuse of personal information;
• unexpected charges;
• loss of face-to-face support;
• monitoring without consent;
• family control;
• making an irreversible mistake;
• technology failure; or
• being blamed for not using the system correctly.

Trust cannot be created through reassurance alone.

Organizations need transparent practices, reliable support and visible accountability.

People Need Clear Explanations of Data Use

Before using digital care, people should understand:

• which information is collected;
• why it is needed;
• who can access it;
• whether a supplier processes it;
• how long it is retained;
• whether it is used for research;
• how automated tools influence decisions;
• how access can be restricted;
• how errors can be corrected;
• what happens after withdrawal; and
• who to contact with concerns.

This connects with data governance, privacy and interoperability.

Consent information should be understandable and proportionate to the decision.

Fraud and Scams Can Reduce Digital Confidence

Older people may experience or fear:

• phishing messages;
• fake health appointments;
• fraudulent payment requests;
• impersonation of professionals;
• malicious software;
• false technical-support calls;
• password theft;
• investment scams;
• romance fraud; and
• identity theft.

A single harmful experience may lead someone to withdraw from legitimate digital services.

Digital inclusion strategies should therefore include practical fraud prevention and recovery support.

Services Should Make Legitimate Communication Recognizable

Health and long-term care organizations can reduce confusion by using:

• consistent sender names;
• verified contact channels;
• clear explanations before messages are sent;
• no unexpected payment links;
• simple methods to confirm authenticity;
• telephone verification;
• warnings about common scams;
• staff identification;
• secure portals; and
• rapid reporting routes.

People should never be pressured to disclose passwords or security codes to receive support.

Digital Skills Training Should Be Practical

General computer classes may not prepare someone to use a specific care technology.

Training should focus on real tasks such as:

• joining a virtual appointment;
• reading a medication message;
• uploading an observation;
• responding to an alert;
• accessing a care plan;
• changing a password;
• recognizing a scam;
• controlling family access;
• contacting technical support;
• using accessibility settings;
• charging a device; and
• knowing when to seek human help.

People should be able to practice repeatedly without fear of causing harm.

One-Off Training Is Rarely Enough

Skills may be lost when technology is not used regularly or when systems change.

Ongoing support may include:

• practice sessions;
• telephone help;
• home visits;
• community drop-in support;
• peer mentors;
• printed guides;
• short videos;
• remote assistance;
• refresher training;
• support following updates;
• replacement-device setup; and
• assistance after fraud or error.

Support should remain available for as long as the person needs it.

Community Digital Navigators Could Bridge the Gap

Japan could develop local digital-support roles within municipalities, libraries, health centers and community organizations.

Digital navigators could help people:

• choose suitable devices;
• connect to affordable internet;
• set up accessibility features;
• practice virtual appointments;
• access public services;
• understand privacy settings;
• identify fraudulent messages;
• recover accounts;
• manage passwords safely;
• connect with health and care teams;
• control delegated access; and
• find non-digital alternatives.

Digital navigators should be trained in boundaries, confidentiality and safeguarding.

They should support the person without taking control of accounts or personal decisions.

Operational Example: A Community Digital Navigator Service

A rural municipality introduces remote health consultations but finds that many older residents cancel before their first appointment.

It establishes a five-stage digital navigator model:

1. Assess need: Residents are asked about devices, connectivity, accessibility, confidence and preferred support.
2. Provide practical setup: Navigators help install approved applications and adjust accessibility settings.
3. Practice safely: Residents complete a test call and learn how to verify legitimate appointment messages.
4. Support the first consultation: Assistance is available nearby while preserving privacy and personal control.
5. Review independence: The level of support is reduced, maintained or adapted according to the person’s confidence.

The service improves completion rates without assuming that relatives will provide unpaid technical support.

Libraries and Community Centers Can Become Access Points

Public spaces may provide:

• reliable connectivity;
• accessible devices;
• private consultation rooms;
• digital-skills support;
• printing;
• scanning;
• translation;
• community navigators;
• fraud awareness; and
• links to local health and care services.

Community access points should protect confidentiality.

A health consultation should not take place where other visitors can overhear personal information.

Pharmacies Could Support Digital Inclusion

Community pharmacies are familiar and accessible locations for many older people.

They may help with:

• medication applications;
• electronic prescriptions;
• virtual consultations;
• remote-monitoring equipment;
• health-record access;
• device setup;
• fraud awareness;
• clinical escalation;
• accessible medication information; and
• referral to further digital support.

Digital-support activity should remain within the pharmacy team’s competence and protect privacy.

Home-Care Workers May Notice Digital Exclusion First

Home-care workers may observe that a person:

• cannot access appointment messages;
• has stopped charging a device;
• does not understand an alert;
• has forgotten a password;
• is frightened by a suspected scam;
• cannot hear a video consultation;
• has lost internet access;
• is relying on an unsafe relative;
• has stopped using monitoring equipment; or
• believes digital care has replaced human support.

Workers need a clear route to report these concerns and request assistance.

They should not be expected to provide unlimited technical support during already time-limited care visits.

Family Support Can Be Valuable but Should Not Be Assumed

Family members may help with devices, appointments and online information.

However, families may:

• live far away;
• lack time;
• have limited digital skills;
• experience conflict;
• feel overwhelmed;
• share devices insecurely;
• make decisions without consent;
• retain passwords;
• misinterpret clinical information; or
• be unavailable during emergencies.

Digital-care systems should not depend on family support as their default operating model.

Delegated Access Must Be Controlled

Where an older person wants someone else to help manage digital care, systems should allow defined permissions.

The person may choose whether a trusted supporter can:

• view appointments;
• receive reminders;
• read medication information;
• join virtual consultations;
• upload observations;
• communicate with professionals;
• manage equipment;
• view the full record;
• change preferences; or
• act only during a temporary period.

Delegated access should use separate credentials rather than shared passwords.

The person should be able to review and withdraw permissions.

Digital Inclusion Must Include People Living Alone

Older people living alone may lack immediate assistance when technology fails.

Services should consider:

• telephone support;
• home-based technical assistance;
• simple devices;
• automatic fault detection;
• backup communication;
• community volunteers;
• scheduled equipment checks;
• emergency contact plans;
• non-digital alternatives; and
• clear escalation when monitoring stops.

A loss of device connection should not be interpreted automatically as refusal or wellbeing.

Housing Conditions Influence Digital Participation

Digital care may be difficult where a person has:

• poor electrical infrastructure;
• limited power sockets;
• weak indoor signal;
• shared accommodation;
• no private room;
• unsafe wiring;
• clutter affecting installation;
• unstable housing;
• high energy costs; or
• restrictions imposed by a landlord.

Assessment should include the physical environment rather than focusing only on the person’s skills.

Smart-Home Technology Requires Inclusive Installation

Sensors, alarms and connected devices may support independence, but installation should include:

• clear explanation;
• consent;
• accessible controls;
• testing in the person’s presence;
• instructions for family and workers;
• privacy settings;
• response arrangements;
• maintenance contacts;
• power-failure planning;
• review dates;
• removal arrangements; and
• confirmation that the person knows how to seek help.

Technology should not be left in the home without an accountable support pathway.

Digital Inclusion Should Protect the Right to Refuse

Some people may understand a technology and decide that they do not want it.

Reasons may include:

• privacy;
• discomfort with monitoring;
• preference for direct contact;
• fear of technology;
• religious or personal beliefs;
• previous harmful experience;
• concern about family access;
• lack of perceived benefit;
• burden of use; or
• desire to maintain existing routines.

Refusal should lead to discussion of alternatives rather than withdrawal of necessary support.

Choice Must Be Revisited

A person may initially refuse technology and later reconsider.

Another may agree during a period of illness but decide that monitoring is no longer acceptable after recovery.

Review should consider:

• whether the technology remains useful;
• whether circumstances have changed;
• whether support is sufficient;
• whether data use has expanded;
• whether the person remains comfortable;
• whether a simpler option is available;
• whether family involvement has changed;
• whether the equipment is causing anxiety; and
• whether the service should end.

Consent should be ongoing rather than treated as permanent authorization.

Digital Inclusion Is a Workforce Responsibility

Professionals need to recognize digital barriers and respond appropriately.

Training should cover:

• assessing digital needs;
• accessible communication;
• supported decision-making;
• privacy and consent;
• fraud awareness;
• delegated access;
• technology troubleshooting;
• referral to digital support;
• protecting non-digital access;
• recognizing caregiver pressure;
• documenting preferences; and
• avoiding age-based assumptions.

Professionals should know when a technical issue requires specialist support rather than attempting unsafe workarounds.

Digital Inclusion Work Requires Time

Supporting someone to use technology may involve:

• explanation;
• demonstration;
• practice;
• repetition;
• accessibility adjustments;
• password recovery;
• device setup;
• consent discussion;
• family coordination;
• fraud reassurance;
• technical escalation; and
• follow-up after the appointment.

Commissioners should recognize this activity within workforce planning and funding.

Digital inclusion cannot be delivered reliably as an additional unpaid task.

Digital Champions Can Support Frontline Teams

Organizations may develop digital champions who:

• support colleagues;
• test new systems;
• identify accessibility barriers;
• collect user feedback;
• provide basic troubleshooting;
• share fraud alerts;
• support training;
• escalate recurring technical issues;
• identify duplicated processes; and
• contribute to service redesign.

Digital champions need protected time and access to specialist support.

They should not become solely responsible for every technology problem.

Digital Inclusion Should Be Assessed as Part of Care Planning

Digital capability should not be assessed separately from the person’s wider health, care and support needs.

A practical assessment may consider:

• which devices the person already uses;
• which tasks they can complete independently;
• which activities require support;
• visual, hearing, cognitive and physical needs;
• language and literacy;
• connectivity within the home;
• affordability;
• privacy;
• confidence and anxiety;
• experience of scams;
• availability of trusted support;
• the person’s willingness to use technology;
• the consequences if the system fails; and
• which non-digital alternatives remain available.

The assessment should focus on the specific technology and task.

A person may be able to receive a video call but not manage a complex online care portal.

Digital Needs Should Be Recorded Clearly

Care records should include practical information such as:

• preferred contact method;
• preferred device;
• accessibility settings;
• hearing or visual support;
• need for interpretation;
• need for a digital navigator;
• family or trusted-person involvement;
• consent for delegated access;
• known fraud concerns;
• connectivity limitations;
• technical-support arrangements;
• backup contact routes; and
• the person’s decision not to use particular technology.

This information should be reviewed after significant changes in health, housing, support or technology.

Digital Inclusion Should Be Visible in Hospital Discharge Planning

Hospitals may discharge people with:

• virtual follow-up appointments;
• remote-monitoring equipment;
• electronic medication information;
• online rehabilitation programmes;
• digital symptom diaries;
• patient portals;
• electronic prescriptions;
• smart-home technology; or
• automated appointment reminders.

Before discharge, staff should confirm:

• whether the person has a suitable device;
• whether the home has connectivity;
• whether accessibility needs have been addressed;
• whether the person can operate the equipment;
• whether instructions are understandable;
• whether technical support is available;
• whether family involvement is agreed;
• whether monitoring responsibility is clear;
• what happens if data is not transmitted; and
• which non-digital alternative is available.

Digital discharge should not create a new barrier immediately after a period of illness.

Operational Example: Making Remote Monitoring Safe After Discharge

An older person is discharged following treatment for heart failure and is asked to submit daily weight and blood-pressure readings.

The person has a tablet but has never used the monitoring application.

A five-stage inclusive pathway is introduced:

1. Assess readiness: Staff confirm vision, dexterity, confidence, connectivity and understanding before discharge.
2. Practice in hospital: The person completes several readings with support and receives plain-language instructions.
3. Arrange home setup: A digital navigator checks the equipment and connection on the first day home.
4. Provide backup access: Readings can be reported by telephone if the application fails.
5. Review usability: The clinical team checks not only the readings but whether the person is managing the process without distress.

The monitoring pathway supports clinical safety without assuming that device ownership equals digital readiness.

Telehealth Services Need Inclusive Appointment Preparation

Virtual appointments may fail before the consultation begins.

People may struggle with:

• opening the appointment link;
• installing software;
• camera and microphone permissions;
• hearing the clinician;
• positioning the device;
• finding a private space;
• understanding appointment times;
• joining the correct platform;
• identity verification;
• interpreting error messages; or
• knowing what to do when the connection drops.

Inclusive preparation may include:

• a test call;
• telephone instructions;
• simple written guidance;
• captioning;
• interpretation;
• device stands;
• family participation where agreed;
• community access points;
• technical support before the appointment; and
• automatic conversion to telephone or face-to-face care when needed.

Failed Digital Appointments Should Trigger Support

Organizations should not record repeated failed connections simply as non-attendance.

A failed appointment may indicate:

• technical difficulty;
• cognitive change;
• hearing or visual barriers;
• loss of connectivity;
• fear of fraud;
• incorrect contact details;
• hospital admission;
• caregiver unavailability;
• language barriers; or
• deterioration in health.

Follow-up should identify the cause and offer an appropriate alternative.

Repeated digital failure can be an early warning sign rather than an administrative inconvenience.

Remote Monitoring Must Be Inclusive in Daily Use

Monitoring systems may involve weighing scales, blood-pressure devices, pulse oximeters, movement sensors or symptom applications.

People may need support with:

• positioning equipment;
• charging devices;
• reading the display;
• understanding error codes;
• remembering when to take readings;
• entering information;
• recognizing whether data has transmitted;
• responding to alerts;
• cleaning equipment;
• replacing batteries; and
• knowing when to seek urgent help directly.

Technology should not create a complex daily treatment burden that exceeds the person’s capacity or willingness.

Monitoring Non-Use Requires a Human Response

When expected data is not received, the service should consider several possibilities.

The person may be:

• unwell;
• in hospital;
• unable to operate the device;
• experiencing a connectivity failure;
• away from home;
• anxious about the technology;
• choosing not to continue;
• unable to afford connectivity;
• waiting for technical support; or
• receiving help from someone who is no longer available.

Non-use should not be interpreted automatically as non-compliance.

Services need clear pathways for welfare checks, technical support and review of consent.

Digital Rehabilitation Should Be Adaptable

Online rehabilitation programmes may support strength, balance, mobility and recovery.

Inclusive programmes should consider:

• screen size;
• visual demonstration;
• audio clarity;
• pace of instruction;
• ability to pause and repeat;
• home space;
• fall risk;
• pain and fatigue;
• availability of supervision;
• adaptive equipment;
• confidence exercising alone; and
• routes for clinical review.

A standard video should not replace individualized assessment where the person has complex mobility or safety needs.

Group Digital Activities Can Strengthen Social Participation

Digital platforms may help older people take part in:

• exercise classes;
• music;
• language groups;
• cultural activities;
• faith communities;
• peer support;
• caregiver groups;
• education;
• volunteering;
• games;
• family events; and
• community meetings.

These opportunities may be especially valuable for people with limited mobility or living in remote areas.

Digital participation should complement, rather than replace, opportunities for physical community connection.

Online Social Connection Can Still Feel Excluding

People may feel left behind during digital groups when:

• others speak quickly;
• several participants talk at once;
• captions are inaccurate;
• the screen layout changes;
• the person cannot find the mute control;
• the session depends on written chat;
• there is no facilitator support;
• the technology fails publicly; or
• the activity assumes previous digital experience.

Facilitators should establish inclusive ground rules and offer technical support without embarrassment.

Digital Services Should Reduce Loneliness Without Replacing Relationships

Video calls, social platforms and companion technologies may help maintain contact.

However, they should not become substitutes for:

• family visits;
• community participation;
• home-care relationships;
• face-to-face health support;
• neighbourhood connection;
• shared meals;
• outdoor activity; or
• meaningful human companionship.

Digital connection should expand social opportunity rather than justify reductions in direct contact.

Care Homes Need Shared Access, Privacy and Choice

Residents of long-term care facilities may use digital systems for:

• family contact;
• telehealth;
• entertainment;
• religious activities;
• education;
• personal records;
• shopping;
• banking;
• community participation; and
• care planning.

Facilities should address:

• reliable Wi-Fi;
• accessible devices;
• private spaces;
• staff support;
• resident-owned equipment;
• charging and storage;
• cybersecurity;
• family permissions;
• protection from scams;
• choice not to participate; and
• continued access when staffing is under pressure.

Shared Devices Require Strong Privacy Controls

Communal tablets or computers may improve access but can expose personal information.

Controls should include:

• individual user profiles;
• automatic logout;
• clearing of browsing history;
• secure deletion of downloaded files;
• separate credentials;
• privacy screens;
• staff support without password sharing;
• device cleaning;
• restricted administrative access; and
• clear reporting of suspected misuse.

Residents should not have to disclose private information in communal areas to receive digital support.

People With Dementia Need Familiarity and Proportionate Safeguards

Digital tools may support memory, routine, communication and safety.

Examples include:

• picture-based calling;
• appointment reminders;
• medication prompts;
• digital calendars;
• music and reminiscence;
• location support;
• door alerts;
• voice assistants;
• family photo displays; and
• personalized activity programmes.

Risks may include confusion, repeated purchasing, fraudulent contact, surveillance, distressing prompts and family control.

Support should preserve familiar use and personal choice while introducing safeguards proportionate to actual risk.

Technology Should Not Be Used to Conceal Unmet Support Needs

A digital prompt may remind someone to eat, take medication or attend an appointment.

It cannot always address why the task is not happening.

The person may be experiencing:

• pain;
• depression;
• cognitive decline;
• medication side effects;
• loss of appetite;
• difficulty opening packaging;
• financial hardship;
• fear of falling;
• loneliness; or
• lack of practical support.

Digital adherence data should trigger curiosity and assessment rather than blame.

People With Communication Disabilities Need Tailored Access

Some older people may use:

• sign language;
• communication boards;
• speech-generating devices;
• symbols;
• supported conversation;
• interpreters;
• facial expression and gesture; or
• trusted communication partners.

Digital services should support these methods rather than require standard speech, typing or telephone use.

Staff should know how to involve communication specialists where needed.

Mental Health Can Affect Digital Participation

People experiencing anxiety, depression, paranoia or trauma may find digital systems difficult.

Concerns may include:

• fear of surveillance;
• difficulty concentrating;
• low motivation;
• avoidance of unfamiliar contact;
• fear of making mistakes;
• distress caused by automated messages;
• difficulty managing passwords;
• overwhelm from repeated notifications; and
• concern about confidentiality.

Support should be paced, relational and responsive to the person’s emotional state.

Digital access should never become a condition for receiving mental health support.

Homelessness and Housing Instability Create Severe Digital Barriers

Older people without secure housing may lack:

• a permanent address;
• safe device storage;
• charging facilities;
• reliable connectivity;
• privacy;
• identity documents;
• consistent telephone numbers;
• money for data;
• support with account recovery; and
• a secure place for remote consultation.

Digital inclusion strategies should connect with housing, outreach and community-support services.

Essential care must remain accessible without a stable digital identity or permanent device.

People Experiencing Abuse May Face Digital Control

Technology can be used by another person to:

• monitor location;
• read messages;
• control passwords;
• access health records;
• intercept appointment information;
• manage finances;
• disable communication;
• impersonate the person;
• cancel services; or
• restrict contact with professionals.

Digital inclusion must therefore connect with safeguarding practice.

This aligns with safeguarding, abuse, neglect and exploitation.

Professionals Should Recognize Technology-Facilitated Abuse

Warning signs may include:

• a relative answering every digital message;
• the person not knowing their own password;
• unexpected changes to contact details;
• access logs from unfamiliar locations;
• appointments cancelled without explanation;
• the person appearing fearful about device use;
• financial transactions they do not understand;
• monitoring devices installed without clear consent;
• restricted private communication; or
• family members refusing to leave a virtual consultation.

Services need confidential routes to review permissions, provide safe devices and escalate safeguarding concerns.

Digital Consent Should Not Be Buried in Terms and Conditions

People may be asked to accept complex legal terms before accessing essential services.

Meaningful consent requires clear explanation of:

• the purpose of the service;
• the information collected;
• who receives it;
• supplier involvement;
• automated analysis;
• family access;
• recording;
• data retention;
• withdrawal;
• available alternatives; and
• how concerns can be raised.

Consent should be separated into understandable decisions rather than one broad acceptance covering every possible use.

Privacy Should Be Possible Within Family Homes

Older people may rely on relatives for device access while wanting private conversations with professionals.

Services should support:

• headphones;
• private appointment times;
• part of the consultation without relatives;
• separate user accounts;
• restricted notifications;
• hidden or protected messages;
• alternative contact methods;
• community consultation rooms; and
• clear consent before family participation.

Dependence on technical help should not remove confidentiality.

Password Security Must Be Usable

Complex password requirements may lead people to:

• write passwords in visible places;
• reuse the same password everywhere;
• share credentials with family;
• avoid the service;
• become locked out repeatedly;
• use predictable combinations; or
• depend on informal technical support.

More usable authentication may include:

• biometrics;
• trusted-device recognition;
• passkeys;
• simple recovery processes;
• delegated access;
• telephone verification;
• secure hardware tokens; and
• assisted account recovery.

Security design should consider human behavior rather than relying only on complexity.

Account Recovery Can Become a Major Barrier

People may lose access when:

• a device is replaced;
• a telephone number changes;
• an email account is inaccessible;
• a spouse who managed the account dies;
• memory changes;
• the person moves home;
• a family relationship ends; or
• security questions cannot be remembered.

Recovery processes should verify identity safely without creating impossible administrative demands.

Organizations should provide human assistance for complex cases.

Artificial Intelligence Could Support Accessibility

AI may help digital inclusion through:

• real-time captions;
• speech-to-text;
• text-to-speech;
• translation;
• simplification of technical information;
• voice navigation;
• personalized reminders;
• fraud detection;
• adaptive interfaces;
• summaries of care information;
• identification of repeated difficulty; and
• automated technical guidance.

These tools may make services easier to use, but they require human verification where errors could affect care, consent or medication.

AI Accessibility Tools Can Introduce New Errors

Automated systems may:

• mishear speech;
• translate clinical terms incorrectly;
• produce inaccurate captions;
• misinterpret dialect;
• oversimplify important risks;
• fail to recognize communication devices;
• make incorrect assumptions about cognitive ability; or
• direct people to unsuitable support.

People should know when AI is being used and have access to human help.

Voice Assistants May Offer Simpler Access

Voice-controlled systems may support people who find screens or keyboards difficult.

They may help with:

• appointment reminders;
• calling trusted contacts;
• medication prompts;
• accessing information;
• controlling home devices;
• reporting symptoms;
• playing music;
• checking transport;
• emergency contact; and
• daily routines.

Services should assess speech recognition, privacy, accidental activation, household use and what happens when the system misunderstands a request.

Conversational Systems Must Not Pretend to Be Human

Older people should understand when they are interacting with an automated assistant.

Systems should not create emotional dependence through misleading claims of understanding, friendship or professional authority.

Clear boundaries are needed where conversational technology provides:

• health information;
• emotional support;
• medication reminders;
• care navigation;
• risk screening;
• social conversation; or
• emergency advice.

Human escalation must be available when the person is distressed, confused or at risk.

Robotics Must Be Inclusive in Use

Care robots may support mobility, lifting, communication, prompting or companionship.

Inclusive deployment should consider:

• voice and hearing needs;
• visual display;
• language;
• physical access;
• cognitive understanding;
• cultural comfort;
• privacy;
• fear or distress;
• maintenance;
• staff support;
• family expectations; and
• the person’s right to refuse.

Robotics should reduce burden and increase capability, not make support conditional on accepting unfamiliar technology.

Assistive Technology Should Be Personalized

The same product will not suit every person.

Selection should consider:

• the person’s goal;
• existing routines;
• abilities and impairments;
• home environment;
• support network;
• connectivity;
• maintenance;
• privacy;
• cost;
• compatibility with other devices;
• risk if it fails; and
• how success will be measured.

Technology assessment should begin with the desired outcome rather than the available product.

Trial Periods Can Reduce Risk

Before permanent adoption, people may benefit from:

• demonstration;
• short-term loan;
• supported practice;
• home testing;
• comparison with alternatives;
• review of comfort and burden;
• assessment of reliability;
• family and staff feedback;
• privacy review; and
• the option to stop without penalty.

A trial can reveal barriers that are not visible during assessment.

Technology Abandonment Should Be Investigated

Devices may stop being used because:

• the technology is too complex;
• it does not meet the person’s goal;
• the battery fails;
• the system produces false alerts;
• support is unavailable;
• the interface changes;
• the person becomes unwell;
• the equipment causes stigma;
• family members take control;
• the service becomes burdensome; or
• the person no longer consents.

Services should record and analyze abandonment rather than classify equipment as successfully delivered.

Operational Example: Redesigning an Abandoned Smart-Home Service

A municipality installs smart-home sensors for older people living alone, but many households stop using the system within three months.

A five-stage review is completed:

1. Listen to users: Residents describe confusing alerts, poor technical support and anxiety about continuous monitoring.
2. Review the purpose: The municipality distinguishes safety-critical functions from unnecessary data collection.
3. Redesign the service: Alerts are simplified, privacy controls improved and telephone support expanded.
4. Offer real choice: Residents can select limited monitoring, alternative equipment or non-digital support.
5. Measure sustained use: Success is assessed through continued consent, reliable response and improved outcomes rather than installation numbers.

The redesign treats abandonment as evidence about service quality rather than user failure.

Procurement Must Include Digital Inclusion Standards

Technology procurement should require evidence of:

• accessible design;
• plain-language content;
• low-bandwidth performance;
• device compatibility;
• delegated access;
• translation;
• captioning;
• screen-reader support;
• simple authentication;
• technical support;
• offline alternatives;
• user testing with older people;
• privacy controls;
• data portability;
• safe contract exit; and
• continued support after updates.

Accessibility claims should be tested through real tasks rather than accepted through supplier statements alone.

Procurement Should Examine the Full User Journey

Assessment should cover:

• registration;
• identity verification;
• installation;
• first use;
• routine use;
• error recovery;
• password reset;
• technical support;
• family access;
• accessibility settings;
• device replacement;
• service withdrawal; and
• data deletion.

A system may appear easy during demonstration but become difficult when something goes wrong.

Supplier Updates Must Not Remove Accessibility

Software changes may alter:

• button location;
• screen layout;
• font size;
• authentication;
• device compatibility;
• captioning;
• voice control;
• translation;
• navigation; and
• support arrangements.

Updates should be tested with older users before release.

People should receive advance explanation and support where the change affects familiar routines.

Commissioning Should Fund Digital Inclusion Outcomes

Commissioners should expect providers to demonstrate:

• assessment of digital needs;
• availability of non-digital routes;
• accessible design;
• support for affordability and connectivity;
• technical assistance;
• fraud prevention;
• delegated access controls;
• user involvement;
• monitoring of failed digital contact;
• workforce training;
• protection of privacy;
• equality analysis;
• abandonment review; and
• evidence of improved outcomes.

This connects with commissioning, funding and system design.

Contracts should not reward providers solely for moving interactions online.

Payment Models Can Create Unintended Exclusion

Providers may be encouraged to use digital channels because they cost less or can reach more people.

Payment arrangements should avoid incentives to:

• replace direct care prematurely;
• select only digitally confident users;
• reduce technical support;
• classify failed access as non-attendance;
• transfer costs to families;
• continue unsuitable monitoring;
• avoid people with complex accessibility needs; or
• measure success through digital volume alone.

Funding should reflect the additional work required to provide inclusive access.

Digital Inclusion Should Be Part of Regulatory Readiness

Organizations should be able to evidence:

• how digital access is assessed;
• how consent is obtained;
• how accessibility is tested;
• how non-digital alternatives are protected;
• how technical support is provided;
• how delegated access is controlled;
• how failures are escalated;
• how equality impacts are monitored;
• how suppliers are assured;
• how incidents and complaints are reviewed; and
• how people influence redesign.

The Regulatory Readiness Gap Analyzer can help organizations identify weaknesses in accessibility, privacy, consent, continuity, supplier assurance and digital inclusion.

Quality Dashboards Should Show Who Is Being Left Behind

Organizations should monitor:

• digital service uptake;
• completion rates;
• failed logins;
• failed virtual appointments;
• technical-support requests;
• use of non-digital routes;
• device abandonment;
• accessibility adjustments;
• language support;
• delegated access;
• complaints;
• fraud incidents;
• outcomes by age, location and need;
• caregiver burden; and
• conversion to face-to-face support.

The Quality Dashboard Builder can help leaders combine access, safety, workforce, user-experience and outcome measures within one assurance framework.

Average Uptake Can Conceal Inequality

A service may report high overall digital participation while excluding:

• people living alone;
• rural residents;
• people with dementia;
• low-income households;
• people with sensory impairment;
• people who prefer another language;
• people without family support;
• people living in unstable housing; and
• people with complex mental health needs.

Data should be examined across population groups and service routes.

Low uptake should prompt investigation of barriers rather than assumptions about lack of interest.

Experience Measures Should Ask About Burden

People should be asked:

• whether the technology was easy to understand;
• whether they received enough support;
• whether it saved time;
• whether it caused anxiety;
• whether they retained choice;
• whether family involvement was appropriate;
• whether they trusted the system;
• whether technical problems were resolved;
• whether they could access a human professional;
• whether they would continue using it; and
• whether the service improved their daily life.

Satisfaction should not be inferred from the absence of complaints.

Complaints Can Reveal Digital Exclusion

Common concerns may include:

• being unable to obtain an appointment without using an application;
• long waits on telephone alternatives;
• family members receiving information without consent;
• inaccessible portals;
• repeated password failure;
• loss of face-to-face support;
• unexpected data charges;
• monitoring equipment that does not work;
• technical support that is difficult to reach;
• automated messages that create fear;
• being blamed for failed digital contact; and
• not knowing how to stop a service.

Complaints should inform redesign and commissioning decisions.

Incidents Should Include Digital Access Failures

Organizations should report and review incidents where:

• care was delayed because the person could not use a portal;
• a virtual appointment failed without follow-up;
• monitoring data stopped because of technical difficulty;
• a family member accessed information inappropriately;
• a scam used legitimate service branding;
• accessibility settings failed;
• an automated translation caused misunderstanding;
• an older person was unable to seek emergency help;
• a device update removed essential functionality;
• non-digital access was unavailable; or
• technology-facilitated abuse was missed.

The Quality Improvement Action Plan Builder can help teams turn recurring digital-access failures into accountable actions with named owners, deadlines and completion evidence.

Incident Review Should Examine System Design

A digital incident may involve:

• poor accessibility;
• inadequate training;
• unclear instructions;
• lack of technical support;
• unrealistic assumptions about family involvement;
• complex authentication;
• supplier failure;
• weak escalation;
• insufficient staffing;
• poor connectivity;
• lack of a non-digital route; and
• failure to review changing capability.

Review should not focus only on whether the person followed instructions correctly.

Workforce Metrics Should Include Digital Support Demand

Leaders should understand:

• time spent helping people use technology;
• technical-support call volume;
• failed appointment follow-up;
• home setup visits;
• staff confidence;
• training completion;
• accessibility referrals;
• fraud concerns;
• device-replacement activity;
• documentation duplication;
• digital champion workload; and
• stress associated with poorly functioning systems.

Digital efficiency should not be achieved by transferring hidden workload to frontline teams.

Staff Need Clear Boundaries When Providing Technical Help

Professionals should know whether they may:

• install applications;
• change settings;
• handle passwords;
• create accounts;
• access personal email;
• make online payments;
• accept terms and conditions;
• control family permissions;
• take photographs of error messages; or
• use personal devices to provide support.

Policies should protect both the person and worker from unsafe or inappropriate arrangements.

Peer Support Can Build Confidence

Older people may respond positively to support from peers who have faced similar challenges.

Peer mentors can:

• demonstrate practical use;
• normalize difficulty;
• share strategies;
• help people practice;
• identify confusing design;
• support fraud awareness;
• reduce anxiety;
• encourage questions; and
• provide feedback to service leaders.

Peer-support programmes should include training, safeguarding, boundaries and access to professional help.

Intergenerational Programmes May Support Learning

Schools, universities and community groups may connect younger volunteers with older residents for digital support.

These programmes can create:

• practical skills;
• social connection;
• greater confidence;
• community understanding;
• fraud awareness;
• shared learning;
• reduced stereotypes; and
• new forms of volunteering.

Safeguards should protect personal information, prevent password sharing and define volunteer boundaries.

Digital Inclusion Can Strengthen Community Resilience

During emergencies, digital systems may provide:

• weather warnings;
• evacuation information;
• medication advice;
• welfare checks;
• family contact;
• service updates;
• transport information;
• remote clinical advice;
• location-specific support; and
• community coordination.

People who cannot access digital messages may face greater risk.

This aligns with emergency preparedness and continuity.

Emergency Communication Must Use Several Channels

Resilient communication may combine:

• mobile alerts;
• telephone calls;
• television and radio;
• community loudspeakers;
• printed information;
• home visits;
• neighbourhood networks;
• pharmacies;
• care providers;
• local volunteers; and
• accessible digital messages.

No single channel will reach every older person during a crisis.

Operational Example: Inclusive Emergency Communication During a Typhoon

A coastal municipality uses a mobile application to issue evacuation and service updates during a severe typhoon.

Leaders recognize that some older residents do not use smartphones.

A five-stage inclusive response is activated:

1. Map communication needs: Care managers identify residents requiring telephone, home-visit, visual or language support.
2. Use multiple channels: Alerts are shared through mobile messages, radio, community speakers, telephone trees and provider networks.
3. Confirm receipt: High-risk residents receive direct contact rather than relying on broadcast messages alone.
4. Support action: Transport, medication, equipment and caregiver needs are coordinated.
5. Review gaps: Missed contacts and access barriers are analyzed after the emergency.

Digital communication strengthens the response without becoming the only route to safety.

Digital Inclusion Should Be Connected to Social Policy

Barriers to digital care may reflect wider inequality involving:

• poverty;
• housing;
• education;
• rural infrastructure;
• disability;
• language;
• transport;
• social isolation;
• workforce availability; and
• access to community support.

A digital-inclusion strategy should therefore connect health, long-term care, housing, telecommunications and community development.

Municipalities Can Coordinate Local Digital Inclusion

Municipal leadership may bring together:

• health systems;
• long-term care providers;
• libraries;
• community centers;
• housing organizations;
• telecommunications companies;
• pharmacies;
• voluntary groups;
• universities;
• schools;
• older people’s organizations; and
• technology suppliers.

A local plan can align devices, connectivity, skills support, access points and non-digital alternatives.

Community Impact Should Be Measured

Digital-inclusion programmes may produce wider benefits such as:

• greater access to care;
• reduced loneliness;
• improved confidence;
• better access to benefits;
• greater community participation;
• improved emergency preparedness;
• reduced caregiver burden;
• greater independence;
• safer online behavior; and
• stronger intergenerational connection.

The Community Impact Report Builder can help organizations evidence how digital inclusion contributes to access, independence, equity and community resilience.

Digital Inclusion Strategies Need Long-Term Funding

Short-term pilot funding may provide devices and training but fail to cover:

• replacement equipment;
• software updates;
• ongoing connectivity;
• technical support;
• workforce time;
• fraud recovery;
• accessibility adaptations;
• community access points;
• evaluation;
• supplier transition; and
• support as needs change.

Inclusion depends on sustained infrastructure rather than one-time distribution.

Governance Must Treat Digital Inclusion as a Quality Responsibility

Digital inclusion should not sit only within technology, communications or innovation teams.

It affects access, safety, equality, consent, workforce practice, safeguarding and continuity.

Organizations should be able to explain:

• who is accountable for digital inclusion;
• how barriers are assessed;
• how non-digital access is protected;
• how accessibility standards are applied;
• how suppliers are monitored;
• how technical support is funded;
• how delegated access is controlled;
• how incidents are escalated;
• how exclusion is measured;
• how people influence design;
• how digital services are reviewed; and
• what happens when technology becomes unsuitable.

Digital inclusion should appear within quality strategies, risk registers, commissioning arrangements and board assurance.

Boards Need More Than Digital Uptake Figures

Senior leaders may receive reports showing the number of online appointments, portal registrations or devices issued.

These figures do not reveal whether older people can use services safely and confidently.

Board assurance should examine:

• failed digital appointments;
• use of telephone and face-to-face alternatives;
• technical-support demand;
• device abandonment;
• accessibility complaints;
• digital safeguarding incidents;
• fraud concerns;
• non-completion of online processes;
• outcomes across different population groups;
• staff workload;
• family burden;
• supplier performance;
• business continuity; and
• whether direct care has been reduced safely.

The Governance Maturity Assessment can help organizations determine whether digital inclusion is addressed through coordinated leadership, assurance and accountability or remains dependent on isolated projects.

Operational Example: Moving Digital Inclusion Into Board Assurance

A regional care system reports strong growth in telehealth use, but complaints reveal that some older residents cannot obtain appointments through non-digital routes.

Leaders introduce a five-stage assurance response:

1. Expand the evidence: Reports include failed connections, telephone waiting times, abandonment and outcomes across different groups.
2. Assign accountability: A named executive lead becomes responsible for digital access, accessibility and alternatives.
3. Review service design: Teams map the full user journey from booking to follow-up and identify exclusion points.
4. Involve older people: Residents test revised booking and support pathways.
5. Track improvement: The board monitors whether access gaps, complaints and failed appointments reduce.

Digital inclusion becomes a measurable quality responsibility rather than an informal concern.

Older People Should Co-Design Digital Services

Older people should participate before products are purchased or systems are launched.

Co-design should influence:

• the purpose of the service;
• device selection;
• screen layout;
• language;
• authentication;
• technical support;
• family access;
• privacy controls;
• non-digital alternatives;
• error recovery;
• complaints processes;
• withdrawal arrangements; and
• success measures.

This aligns with co-production and lived experience.

Testing should include people who are often missing from formal consultation, including those with low income, sensory impairment, dementia, limited literacy and no family support.

Participation Must Be Accessible

Older people cannot shape digital services when consultation itself depends on complex digital tools.

Inclusive engagement may require:

• face-to-face meetings;
• telephone interviews;
• home visits;
• paper surveys;
• translated materials;
• large print;
• sign-language support;
• transport assistance;
• payment for time and expertise;
• support from advocates;
• small-group testing; and
• follow-up showing how feedback was used.

Participation should continue through implementation and review rather than ending after initial design.

Digital Services Should Be Tested in Real Environments

Laboratory testing may not reveal the barriers present in everyday life.

Real-world testing should consider:

• weak connectivity;
• small homes;
• shared living arrangements;
• background noise;
• older devices;
• poor lighting;
• limited charging points;
• fatigue;
• anxiety;
• use during illness;
• support from busy caregivers; and
• what happens when the system fails.

Products should be evaluated across urban, rural and island communities before large-scale deployment.

User Testing Should Include Failure and Recovery

Many digital systems are easy to use when everything works correctly.

Testing should also examine what happens when:

• a password is forgotten;
• a link expires;
• the device loses power;
• the internet disconnects;
• an application updates;
• the person selects the wrong option;
• the appointment is missed;
• a family member changes;
• the device is replaced;
• an alert is not understood;
• the person wants to withdraw; or
• technical support is unavailable.

Recovery should be simple, safe and supported by a human route.

Human Support Should Be Designed Into Digital Care

Digital services are often described as self-service systems.

Many older people will benefit from varying levels of human assistance.

Support may be required from:

• digital navigators;
• care managers;
• home-care workers;
• pharmacists;
• community nurses;
• library staff;
• peer mentors;
• family caregivers;
• technical help desks;
• advocates;
• housing staff; and
• community volunteers.

The service model should identify who provides each type of support and how it is funded.

Technical Support Should Be Easy to Reach

Support arrangements should avoid:

• long automated telephone menus;
• online-only help;
• unexplained technical language;
• charges for essential assistance;
• repeated transfer between teams;
• support limited to business hours;
• services that cannot access the relevant system;
• instructions requiring another device; and
• assumptions that family members will help.

People should receive a clear contact route before they begin using the technology.

Urgent care concerns should be separated from routine technical problems.

Support Should Preserve Independence

Good digital support helps the person build confidence and retain control.

Workers should avoid:

• taking over without explanation;
• retaining passwords;
• making decisions on the person’s behalf;
• creating accounts using their own contact details;
• accepting consent terms for the person;
• sharing information unnecessarily;
• using personal devices without approval; and
• creating permanent dependence when learning is possible.

Support should be paced according to the person’s goals and preferred level of independence.

Digital Inclusion Can Support Preventive Care

Inclusive digital services may enable older people to:

• access health information earlier;
• report symptoms;
• join preventive programmes;
• receive medication reminders;
• monitor long-term conditions;
• participate in rehabilitation;
• maintain social contact;
• seek caregiver support;
• receive emergency information;
• access community activities;
• manage appointments; and
• understand changes in care.

The benefit depends on whether the person can use the service without excessive burden or anxiety.

Digital Prevention Should Not Shift Responsibility Entirely to the Individual

Technology may encourage people to monitor symptoms, complete exercises and follow care plans.

Organizations should not assume that poor outcomes reflect a failure of personal motivation.

Barriers may include:

• pain;
• fatigue;
• depression;
• cognitive change;
• poor housing;
• financial hardship;
• caregiver pressure;
• inaccessible technology;
• technical failure;
• unclear instructions; and
• lack of professional follow-up.

Digital tools should strengthen shared responsibility between the person, professionals and the wider support system.

Digital Inclusion Can Improve Care Coordination

When older people can access shared information, they may be better able to:

• understand who is responsible for care;
• review medication;
• see upcoming appointments;
• check discharge actions;
• share information with approved caregivers;
• identify inaccurate records;
• review personal goals;
• receive reminders;
• communicate concerns; and
• participate in care planning.

Digital participation can reduce dependence on organizations communicating only with each other.

It should give the person a clearer place within the information pathway.

Digital Records Must Remain Understandable

Providing access to complex professional records does not guarantee meaningful participation.

People may need:

• plain-language summaries;
• explanations of clinical terms;
• translation;
• visual information;
• audio formats;
• support to interpret test results;
• clear identification of current information;
• explanation of uncertainty;
• contact details for questions; and
• help correcting inaccuracies.

Accessible information should be treated as part of care quality.

Digital Inclusion Must Support Personal Choice

A person may prefer digital access for some activities and direct support for others.

For example, they may choose:

• online appointment reminders but face-to-face consultations;
• digital medication information but telephone care planning;
• remote monitoring but no location tracking;
• family access to appointments but not clinical notes;
• online exercise groups but in-person social activity;
• a smart-home alarm but no continuous movement monitoring; or
• digital records with printed summaries.

Services should support selective participation rather than require acceptance of an entire digital package.

Technology Should Be Reviewed When Needs Change

A review may be required after:

• hospital admission;
• diagnosis of dementia;
• visual or hearing change;
• bereavement;
• caregiver breakdown;
• moving home;
• device replacement;
• software updates;
• fraud;
• repeated failed appointments;
• increased anxiety; or
• changes in care goals.

The review should determine whether the technology remains useful, accessible and acceptable.

Digital Inclusion Should Be Connected to Equality Analysis

Organizations should examine whether digital transformation affects groups differently.

Equality analysis may consider:

• age;
• disability;
• income;
• location;
• language;
• literacy;
• housing;
• family support;
• gender;
• ethnicity;
• mental health;
• cognitive ability; and
• access to transport.

Differences in uptake, completion, waiting times and outcomes should prompt investigation and corrective action.

Intersectional Barriers Can Compound Exclusion

Digital exclusion may be greatest when several barriers occur together.

Examples include:

• a low-income rural resident with limited connectivity;
• a person with dementia living alone;
• an older migrant with limited Japanese literacy;
• a resident with visual impairment using an outdated device;
• a caregiver who is also digitally excluded;
• a person experiencing abuse whose device is controlled by another person; or
• a person leaving hospital without housing stability.

Services should avoid treating each barrier in isolation.

National Policy Should Protect Non-Digital Rights

As public services become increasingly digital, Japan may need clear national expectations that older people can still access essential support without using online systems.

These expectations could include:

• telephone and face-to-face access;
• equivalent service standards;
• reasonable waiting times;
• paper information;
• accessible communication;
• supported digital access;
• clear complaints routes;
• no financial penalty for non-digital access;
• human review of automated decisions; and
• protection from service withdrawal due to digital difficulty.

Non-digital access should be recognized as a legitimate service route, not an exceptional concession.

National Accessibility Standards Could Improve Consistency

Japan could establish common expectations for digital health and long-term care products covering:

• visual accessibility;
• hearing accessibility;
• cognitive accessibility;
• motor accessibility;
• plain language;
• translation;
• captioning;
• screen-reader compatibility;
• authentication;
• error recovery;
• delegated access;
• offline alternatives;
• technical support;
• user testing; and
• continued accessibility after updates.

Suppliers should demonstrate compliance through independent testing.

Certification Should Include Older User Testing

Technology certification should assess whether older people can complete real tasks such as:

• registering;
• joining an appointment;
• reading information;
• changing accessibility settings;
• recovering an account;
• controlling family access;
• reporting a problem;
• withdrawing consent;
• switching to a non-digital route; and
• understanding what happens to their data.

Technical conformity alone does not prove practical usability.

National Infrastructure Could Support Local Delivery

National support could include:

• common accessibility requirements;
• secure digital identity;
• delegated-access standards;
• approved device frameworks;
• fraud-warning systems;
• technical-support guidance;
• digital navigator training;
• shared procurement;
• low-bandwidth standards;
• translation resources;
• supplier certification;
• quality indicators;
• national incident learning; and
• funding for underserved communities.

National infrastructure should reduce duplication while allowing municipalities to design support around local communities.

Municipal Plans Should Reflect Local Population Needs

Local digital-inclusion planning should use evidence about:

• population age;
• income;
• connectivity;
• rural geography;
• language;
• disability;
• housing;
• caregiver availability;
• community assets;
• service use;
• failed digital access;
• fraud reports;
• emergency risk; and
• availability of technical support.

A dense urban municipality may require a different model from a remote island or mountainous region.

Digital Inclusion Can Support Rural Sustainability

Well-designed digital care may help rural communities by:

• connecting residents with specialists;
• reducing unnecessary travel;
• supporting local professionals;
• maintaining rehabilitation;
• improving medication review;
• supporting emergency coordination;
• connecting caregivers;
• strengthening community participation;
• sharing training; and
• improving continuity during workforce shortages.

These benefits depend on reliable connectivity, local support and continued access to direct services when remote care is unsuitable.

Operational Example: Building an Inclusive Rural Digital Care Network

A mountainous region has limited specialist services and long travel times.

The municipality introduces a five-stage inclusion model:

1. Map local barriers: Leaders assess connectivity, transport, device ownership, accessibility and community support.
2. Create local access points: Clinics, pharmacies and community centers provide private rooms, devices and assistance.
3. Train navigators: Local staff and volunteers support registration, test calls, fraud awareness and accessibility.
4. Protect alternatives: Telephone and visiting services remain available for people unable or unwilling to use digital care.
5. Measure outcomes: The region tracks travel reduction, appointment completion, user confidence, safety and inequality.

The network uses technology to strengthen local capacity rather than replace community infrastructure.

Artificial Intelligence Could Personalize Digital Support

Future systems may adapt interfaces according to individual needs.

AI could potentially:

• increase text size automatically;
• simplify navigation;
• provide spoken instructions;
• translate information;
• identify repeated errors;
• suggest technical help;
• adjust reminder frequency;
• detect possible fraud;
• offer step-by-step guidance;
• identify failed access patterns; and
• recommend a non-digital route.

Personalization should remain transparent and controllable.

The system should not infer cognitive decline or remove functionality without human review.

AI Must Not Classify People as Digitally Incapable

Automated analysis may identify people considered unlikely to use digital services successfully.

This could lead organizations to:

• exclude people from innovation;
• offer reduced choice;
• direct them automatically to less responsive services;
• make assumptions based on age;
• underinvest in support;
• transfer control to family; or
• interpret limited data as lack of interest.

Digital capability should be assessed with the person and revisited over time.

Algorithms should support identification of barriers, not determine potential.

Immersive Technology May Expand Participation

Virtual and augmented reality could support:

• rehabilitation;
• pain management;
• cognitive stimulation;
• travel experiences;
• cultural participation;
• family connection;
• workforce training;
• home-safety assessment;
• orientation; and
• social activity.

Inclusive use would require attention to:

• motion sickness;
• vision;
• hearing;
• balance;
• cognitive understanding;
• equipment weight;
• hygiene;
• privacy;
• emotional response; and
• supervision.

Immersive technology should be introduced through choice and supported trial.

Wearable Technology Must Be Comfortable and Meaningful

Wearables may monitor activity, heart rate, sleep, falls or location.

People may stop using them because of:

• poor fit;
• skin irritation;
• charging difficulty;
• small displays;
• confusing alerts;
• stigma;
• privacy concerns;
• inaccurate readings;
• fear of damage;
• limited benefit; or
• lack of professional response.

Wearables should be selected and reviewed according to personal goals, comfort and care value.

Smart Environments Must Preserve Dignity

Future homes may contain connected lighting, voice controls, movement sensors, environmental monitoring and automated reminders.

Inclusive smart environments should:

• remain understandable;
• allow manual control;
• protect privacy;
• work during outages;
• avoid unnecessary surveillance;
• support visitors and caregivers;
• provide accessible feedback;
• allow selective use;
• identify system failure; and
• be removable when no longer wanted.

A smart home should increase control rather than make the person dependent on systems they cannot understand.

Digital Public Services Should Use a “No Wrong Door” Approach

An older person who contacts any part of the system should be helped to reach the correct service.

A no-wrong-door model could allow staff to:

• identify digital barriers;
• offer immediate alternatives;
• refer to a navigator;
• help recover access;
• provide accessible information;
• coordinate with care managers;
• escalate safeguarding concerns;
• arrange language support;
• record preferred contact methods; and
• confirm that the person reached the intended service.

People should not be repeatedly redirected because their difficulty falls between organizational responsibilities.

Common Weaknesses in Digital Inclusion Strategies

Digital-inclusion initiatives may appear positive while leaving structural barriers unchanged.

Common weaknesses include:

• equating device ownership with digital capability;
• providing equipment without support;
• assuming relatives will assist;
• offering non-digital routes with longer waits;
• failing to assess accessibility;
• using one-off training;
• ignoring account recovery;
• requiring shared passwords;
• excluding people from co-design;
• treating failed access as non-attendance;
• measuring registrations instead of outcomes;
• failing to investigate abandonment;
• overlooking technology-facilitated abuse;
• using inaccessible consent processes;
• failing to fund workforce time;
• relying on short-term pilots;
• ignoring rural connectivity; and
• removing face-to-face support prematurely.

Mature strategies treat digital inclusion as continuous service improvement rather than a one-time skills programme.

What Other Countries Can Learn From Japan

1. Design for Diversity

Older people have varied abilities, preferences, resources and experience.

2. Protect Non-Digital Access

Digital transformation should expand choice rather than remove essential routes.

3. Fund the Whole Support Model

Devices require connectivity, training, maintenance, technical help and replacement.

4. Include Accessibility From the Beginning

Retrofitting accessibility is more costly and less effective.

5. Treat Failed Access as Evidence

Repeated login failure, missed virtual appointments and abandoned devices reveal system weaknesses.

6. Do Not Assume Family Support

Public services should not depend on unpaid relatives as their technical infrastructure.

7. Build Community Access

Libraries, pharmacies and community centers can provide trusted local support.

8. Recognize Digital Safeguarding

Technology can be used for coercion, surveillance and financial abuse.

9. Measure Outcomes and Inequality

Digital volume does not demonstrate equitable benefit.

10. Preserve Human Relationships

Technology should strengthen access and independence without replacing meaningful care.

A National Vision for Digitally Inclusive Aging

Japan has the opportunity to build a national digital-inclusion model that combines advanced technology with strong community support.

Such a model could include:

• universal accessibility standards;
• affordable connectivity;
• device support;
• community digital navigators;
• trusted local access points;
• non-digital rights;
• delegated-access controls;
• fraud prevention;
• workforce development;
• inclusive procurement;
• national quality measures;
• regional adaptation;
• public participation; and
• long-term funding.

The objective should not be to make every older person use every digital service.

It should be to ensure that no one is excluded from care because technology has become the only door.

A Human-Centred Test for Every Digital Service

Before introducing or expanding a digital system, leaders should ask:

• What meaningful problem does this solve for the older person?
• Who may be excluded?
• What equipment and connectivity are required?
• Is the service accessible?
• What support will people receive?
• Can the person choose a non-digital route?
• How will family access be controlled?
• What happens if the technology fails?
• How will abandoned use be investigated?
• How will equality and outcomes be measured?
• Can the person withdraw easily?
• Will the service preserve human contact?

These questions shift attention from technological capability to practical value, equity and trust.

Conclusion

Digital inclusion will determine whether Japan’s technological response to population aging becomes a source of greater independence or greater inequality.

Older people are not excluded because of age alone.

Exclusion may result from cost, inaccessible design, weak connectivity, cognitive or sensory change, fear of fraud, inadequate support, unsuitable authentication or the removal of non-digital alternatives.

These barriers are not inevitable.

They can be reduced through inclusive design, community support, accessible information, practical training, strong governance and sustained investment.

Digital services should adapt to the person rather than requiring the person to fit standardized technology.

Older people need real choice over which systems they use, who may access their information and when digital support should be replaced by direct human care.

Family caregivers can contribute, but they should not become an unpaid substitute for accessible public services and professional technical support.

Municipalities, providers and national leaders should measure who completes digital pathways, who abandons them, who requires alternatives and whether outcomes improve across different communities.

Digital transformation should never be judged only by registrations, devices or online activity.

Its success should be judged by whether older people experience easier access, stronger control, safer care and greater participation.

Japan’s most important innovation may therefore be not a new device or platform, but a social and service model that makes advanced technology genuinely usable, trusted and optional.

Built on accessibility, choice and human support, digital inclusion can ensure that Japan’s future care system advances without leaving older people behind.