Digital Technology in French Long-Term Care: Telecare, Remote Monitoring and Connected Support

An older person living alone presses a pendant after falling in the bathroom. Elsewhere, a care worker updates a digital support record from a home visit, while an EHPAD team reviews changes in weight, falls and medication before a resident’s condition deteriorates further. These are very different uses of technology, but together they illustrate how digital systems are becoming woven into France’s response to ageing and loss of autonomy.

Within the wider France Ageing, Long-Term Care & Community Support system, technology increasingly sits between health care, medico-social support, prevention, housing and everyday life. Téléassistance can provide an emergency link from home. Digital care records can improve continuity between professionals. Connected devices may help detect changes in mobility or health, while remote consultations and digital communication can extend specialist reach.

But connected care is not automatically better care. A sensor that generates alerts nobody reviews, a digital record that professionals cannot access across organisational boundaries or a telecare service that an older person does not understand may add complexity rather than reduce it.

France’s central digital challenge is therefore moving beyond acquisition. Technology has to become operationally useful, interoperable, proportionate to need and acceptable to the person receiving support. It must strengthen human judgement rather than obscure responsibility, and it must preserve autonomy rather than turn ageing into continuous surveillance.

Digital Long-Term Care in France Is Broader Than Telemedicine

Digital care for older people is sometimes reduced to video consultations or medical monitoring. France’s long-term care environment is much broader.

The relevant technologies span the person’s home, services autonomie à domicile, EHPADs, hospitals, community health care and administrative systems. Their purposes are equally varied.

• Safety technologies include téléassistance, emergency call devices, fall alerts and certain connected sensors.
• Care coordination technologies include the dossier usager informatisé, or DUI, used by établissements et services sociaux et médico-sociaux.
• Health technologies can support teleconsultation, télésurveillance médicale and information exchange between health professionals.
• Autonomy technologies include connected aids, environmental controls and equipment designed to make daily living safer or easier.
• Management technologies include scheduling, quality dashboards, electronic records and tools used to identify patterns across services.

The distinction matters because these technologies sit under different professional, organisational and regulatory responsibilities. A commercially available fall sensor is not the same as medical télésurveillance. A digital care record is not itself a clinical decision-support system. A telecare operator can summon assistance but does not replace emergency or clinical services.

Strong digital records and information governance therefore begin with understanding what each technology is designed to do, who owns the resulting information and what response is expected when the system identifies a concern.

Téléassistance Is One of the Most Established Technologies for Ageing at Home

Téléassistance is already a familiar component of ageing at home in France. Its simplest model gives an older or disabled person a device, often worn as a pendant or bracelet, through which they can contact a teleoperator following a fall, malaise or other difficulty.

The teleoperator can assess the immediate situation through the information available, contact a nominated relative or other responder and, where necessary, call emergency services.

This provides reassurance for people who want to remain at home but worry about what would happen if they could not reach a telephone.

Access is territorial rather than governed by one uniform national purchasing arrangement. Older people and families may obtain information through local information points, municipalities, centres communaux d’action sociale and other local services. Depending on the person’s circumstances and departmental arrangements, teleassistance costs may sometimes be incorporated within an APA plan or supported through other local mechanisms.

That flexibility creates choice, but it also means provision can vary.

The practical question is not merely whether téléassistance is installed. The system needs to fit the person’s routine, communication ability, home environment and likely risks.

A pendant left permanently on a bedside table provides little protection. A base unit dependent on connectivity needs contingency arrangements. A person with significant cognitive impairment may forget what the device is for or repeatedly remove it.

This is why technology selection belongs within person-centred technology and digital enablement rather than being treated as a standard product purchase.

Operational scenario: The difference between installing telecare and making it usable

An 82-year-old woman lives alone after her husband’s death. She remains independent with personal care and meals but has fallen twice in six months. Her daughter lives 40 kilometres away and worries that another fall could leave her undiscovered for several hours.

A téléassistance service appears to offer a straightforward solution.

The key assessment, however, is operational. The older woman needs to be willing to wear the device throughout the day and overnight. The service needs accurate information about her daughter, neighbour and usual health circumstances. Everyone needs to understand what happens when an alert is activated.

During the first weeks, her daughter notices that her mother removes the pendant before bed because she finds it uncomfortable. A follow-up conversation identifies an alternative wearable arrangement she is more willing to use.

The technology has not changed the underlying falls risk. Home hazards, medication, eyesight, mobility and physical strength still need consideration. What it changes is the response if an event occurs.

The scenario demonstrates a wider principle: telecare works best as one component of an autonomy plan. It can reduce the consequences of some risks, but it should not replace prevention, human contact or reassessment when the person’s needs change.

Connected Devices Can Extend Prevention Beyond the Emergency Button

The next stage of connected support goes beyond asking the person to trigger an alarm.

Digital devices can detect or record movement, environmental conditions, door use and other changes that may indicate increased risk. Some systems can identify unusual inactivity or patterns suggesting that a person’s routine has changed.

The potential benefit is earlier intervention.

An alert that a person has not moved from a room for an unexpectedly long period may indicate a fall. Changes in overnight activity could indicate pain, anxiety, urinary problems or deteriorating sleep. Repeated deviations from routine may justify a welfare check or clinical review.

But the interpretation of sensor data is difficult.

Older people do not live according to algorithms. A change in routine may be entirely deliberate. Someone may stay with a relative, sleep later or choose not to enter a room. A system designed too sensitively can generate repeated false alerts, increasing workload and reducing confidence.

The stronger operational model therefore defines which signals matter, who reviews them, what threshold prompts action and how the person’s preferences influence monitoring.

This is particularly important for remote monitoring, telecare and sensor technologies, where the technical ability to collect data can easily develop faster than the governance needed to use it responsibly.

Remote Monitoring Has Different Meanings in Health and Long-Term Care

France also has established arrangements for medical télésurveillance, which should be distinguished from ordinary telecare.

Medical remote monitoring involves a medical professional remotely interpreting health data collected from a patient and, where appropriate, making decisions about their care. It sits within the health system and is governed differently from a household safety device or social alarm.

For older people living with chronic conditions, remote clinical monitoring may support earlier recognition of deterioration and reduce the need for some face-to-face contacts. Weight, symptoms or other relevant indicators can potentially be followed between appointments where an appropriate clinical pathway exists.

This can be especially useful for people who are frail or find travel difficult.

However, the existence of remote monitoring does not remove the need for care coordination. A medical alert may require action from a médecin traitant, specialist, nurse, pharmacist, home-care professional or family member depending on the situation.

The interface between clinical information and everyday support is therefore critical.

A home-care worker may notice that an older person is unusually breathless before any digital threshold is reached. Conversely, a monitoring system may identify deterioration before the person reports symptoms.

The strongest model treats technology and human observation as complementary sources of evidence rather than competing ones.

The Dossier Usager Informatisé Is Becoming Core Medico-Social Infrastructure

One of the most strategically important changes in French long-term care is less visible than a sensor or robot. It is the expansion of the dossier usager informatisé across établissements et services sociaux et médico-sociaux.

The DUI is intended to bring together the information professionals need to understand the person’s needs, support and personalised plan.

France’s ESMS numérique programme, launched in 2021 as part of the wider Ségur du numérique en santé, has supported the generalisation of effective DUI use across the medico-social and social sectors. By 2024, further national projects were financing deployment in more than a thousand additional establishments and services, including home-based services.

The significance is operational rather than simply technological.

Long-term care is information intensive. Professionals need to know what support has been provided, what changed, what the person prefers, what risks are being managed and what other services are involved.

A well-used digital record can reduce dependence on isolated paper files and create a more continuous picture of the person’s support.

It also has potential to strengthen data quality, metrics and performance visibility, because operational information can become easier to aggregate and review.

But digitisation does not automatically improve data quality. Poorly defined fields, duplicate recording and defensive documentation can simply reproduce old weaknesses in electronic form.

The real question is whether professionals can find and use the information they need when a decision has to be made.

France Is Beginning to Measure What Digital Records Change in Practice

The development of ESMS numérique has increasingly moved from deployment towards understanding impact.

In 2026, the CNSA published work examining the effects of DUI implementation across five organisations in older people’s care, disability and home-based support. The areas considered included organisational practice, quality of working life, people’s capacity for self-determination, service management, economic efficiency and future development.

That direction is important because digital transformation should not be judged simply by counting installations.

A service may technically have a DUI while continuing to print records, maintain duplicate spreadsheets and rely on verbal communication because staff do not trust or understand the system.

More meaningful questions include whether professionals spend less time searching for information, whether records become more complete, whether handovers improve and whether people using services are more involved in their personalised support.

Organisations assessing comparable changes can use the Digital Transformation Readiness Assessment to examine strategy, digital capability, cyber resilience and workforce adoption. It is not a French regulatory tool, but it offers a structured way to test whether technology is supported by the organisational conditions required for sustainable use.

Operational scenario: A home-care record becomes useful only when the workflow changes

A service autonomie à domicile introduces a new digital record for home visits. Previously, care workers completed paper notes that were returned periodically to the office. Managers could review them, but important changes sometimes remained invisible until the paperwork arrived.

The digital system allows staff to record information during or immediately after a visit.

At first, the service gains little. Workers are required to complete numerous fields, some duplicate information and connectivity is unreliable in parts of the territory. Staff begin entering minimal notes simply to complete the workflow.

The provider reviews how the system is actually being used.

Mandatory fields are reduced to information that genuinely informs care. A clear escalation route is created for material changes such as reduced eating, repeated falls or increased confusion. Managers receive training in distinguishing an alert requiring action from routine documentation.

Within several months, the same technology is producing a different operational result. A sequence of small changes can now be seen across visits rather than treated as unrelated observations.

The improvement came not from purchasing a better device but from redesigning the workflow around the information.

This is a recurring digital-care lesson: technology becomes valuable when it changes how professionals recognise, communicate and act on relevant information.

Interoperability Determines Whether Digital Care Supports a Real Pathway

A person’s long-term care record does not exist in isolation.

An older person may simultaneously receive support from a SAD, médecin traitant, community nurse, hospital specialist, pharmacist and EHPAD respite service. Each organisation may operate different information systems and different legal responsibilities.

If every organisation digitises internally but cannot exchange appropriate information, the system can become highly digital and still remain fragmented.

France’s wider digital health transformation seeks to improve this through common frameworks and services such as secure health messaging and Mon espace santé, while medico-social digitalisation is increasingly expected to connect with the wider health ecosystem.

The opportunity is considerable.

A hospital discharge could be reflected quickly in the information available to community professionals. An EHPAD could receive relevant medical information without relying entirely on documents carried by a resident or family. A home-care service could operate with a more current understanding of the person’s support needs.

Yet interoperability has to be selective as well as technically possible.

Every professional does not need access to every piece of information. Roles, consent, confidentiality and professional responsibilities still determine what should be visible.

The aim of interoperability and system integration should therefore be useful continuity, not unrestricted data circulation.

Digital Technology Can Strengthen EHPAD Safety but Cannot Replace Staffing

EHPADs provide a concentrated environment in which digital systems can support medication management, care documentation, incident monitoring, clinical coordination and building safety.

Connected technologies can also support residents directly. Depending on the setting, examples may include nurse-call systems, movement monitoring, digital communication with families, environmental controls and technology supporting activities or orientation.

Some uses can reduce avoidable administrative work. Others can help professionals identify risk more quickly.

But the limitations are equally important.

An electronic medication record does not administer a medicine. A fall sensor does not physically assist a resident who has fallen. A dashboard cannot compensate for insufficient skill mix. An automated alert can even increase workload if there are too many false positives.

Technology should therefore be tested against the real workforce environment.

Does it reduce repetitive recording? Does it help staff spend more time with residents? Does it allow earlier clinical escalation? Or does it create another interface requiring attention during already pressured shifts?

The question links digital innovation directly with workforce skill and practice competence.

Technology may change professional roles, but it does not remove the need for sufficient people with the judgement and time to act.

Digital Adoption Is a Workforce Change Programme

Introducing a digital system changes work.

Staff may need to record information differently, carry mobile devices, interpret alerts, explain technology to residents and families and manage situations in which the system is unavailable.

Managers may gain more immediate access to data but also become responsible for acting on information that was previously less visible.

This creates training requirements beyond learning which button to press.

Professionals need to understand why information is being collected, what action it should trigger and what the limits of the technology are.

Digital confidence also varies considerably among workers.

Some staff adapt quickly. Others may worry about making mistakes, surveillance of their own performance or losing time with the person while completing electronic documentation.

Good implementation therefore involves staff early, tests workflows in practice and responds when technology creates unnecessary burden.

This is particularly important in home care, where a worker may be using the system alone in a person’s home, dealing simultaneously with connectivity, time pressure and the human interaction expected during the visit.

The objective should be technology that supports practice rather than practice that has to reorganise itself indefinitely around technology.

Older People Need Choice Over How Connected Their Care Becomes

Technology can increase autonomy, but it can also intrude into private life.

This tension is particularly clear in the home.

A person may welcome an emergency alarm but reject motion sensors. A family may want continuous monitoring because it reduces their anxiety, while the older person experiences the same system as surveillance.

Where cognition is impaired, the ethical questions become more difficult.

Safety benefits should not automatically override privacy and dignity. The proportionality of monitoring matters, as does the least intrusive way of achieving the intended outcome.

The stronger approach asks:

• What specific risk is the technology intended to address?
• Has the person been involved in the decision as fully as possible?
• Could a less intrusive approach achieve the same result?
• Who can access the data and for how long?
• What happens if the person changes their mind?
• How will the arrangement be reviewed as needs change?

These are not simply technical questions. They connect digital care with autonomy, dignity and human-rights-based support for older people.

Operational scenario: Family reassurance conflicts with an older person’s privacy

An 88-year-old man with early cognitive impairment lives in his own apartment. His sons want sensors installed that would tell them remotely when he gets out of bed, enters the kitchen and leaves the home.

They are motivated by genuine concern. He has recently forgotten to lock his door and once went out late at night.

He strongly dislikes the idea of his sons being able to observe his movements.

A proportionate response starts with the risk rather than the available technology.

The concern about leaving the home at night may justify a different intervention from monitoring every room. Door-alert technology, changes to routine, improved orientation and more frequent support may address the principal risk without collecting continuous information about daily behaviour.

The family still needs a plan for what happens if risk increases.

The important governance principle is that technological capability does not create automatic permission to use it. Connected care should preserve the person’s control wherever possible, even where professionals and relatives are managing legitimate concerns about safety.

Digital Exclusion Can Become a New Form of Care Inequality

France’s digital transformation takes place in a population with very different levels of connectivity, digital confidence, income and cognitive ability.

Some older people use smartphones, video calls and online administration routinely. Others have never used digital services independently.

Rural connectivity can also affect what technologies work reliably.

If services assume that every person can use an app, manage passwords or troubleshoot equipment, digital innovation can make access harder for precisely the people who need support most.

Human alternatives therefore remain important.

An older person should not lose access to care because they cannot use a portal. Families should not automatically become unpaid technical support. Services need arrangements for equipment failure and people who cannot interact with digital systems independently.

This places technology within the wider challenge of digital inclusion.

The purpose of digital care is to expand workable options, not narrow the route into support.

Cyber Security and Resilience Are Care-Safety Issues

As long-term care becomes more dependent on digital systems, cyber security becomes an operational safety concern rather than a specialist IT issue.

A service whose electronic records are unavailable after a cyber incident still needs to know who requires medication support, who has high falls risk and what visits must take place that day.

An EHPAD cannot simply stop providing care while systems are restored.

Digitalisation therefore requires resilience.

Providers need secure access, appropriate permissions, backups, incident arrangements and workable continuity processes for system outages.

Connected devices also increase the number of potential technical failure points. A telecare device may lose connectivity. A tablet battery may fail. A software update may prevent access at the start of a shift.

The operational question is always the same: what happens to the person if the technology is unavailable?

Strong cyber security and digital resilience therefore include maintaining safe human processes when systems fail, not simply preventing intrusion.

Artificial Intelligence Is Entering the Autonomy Debate but Remains an Emerging Field

France is also beginning to develop a more explicit strategic approach to artificial intelligence within the Autonomy branch.

In 2025, the CNSA published a 2025–2026 strategic AI roadmap structured around five strategic objectives, six operational levers and 36 actions.

This signals institutional interest, but it should not be interpreted as evidence that AI is already embedded across French long-term care.

The more realistic near-term opportunities lie in selected uses such as reducing administrative burden, supporting analysis, improving access to information and helping identify patterns in large datasets.

More ambitious applications could eventually involve predictive risk analysis, automated workflow support or decision-support tools.

Each creates governance questions.

How was the system trained? What information does it use? Can professionals understand why it generated a recommendation? Could the technology reproduce bias? Who remains accountable if the recommendation is wrong?

Long-term care is especially sensitive because decisions concern vulnerable people, changing capacity, safety and everyday autonomy.

AI should therefore augment professional reasoning, not make opaque decisions about access, risk or care without meaningful human oversight.

Technology Becomes Valuable When Data Reaches Governance

Digital systems can produce enormous volumes of information. That is not the same as creating intelligence.

A service may hold thousands of electronic care notes while remaining unaware that falls are rising. An EHPAD group may record medication incidents accurately at every site without noticing that the same type of error is occurring across several establishments.

Governance requires aggregation and interpretation.

Useful digital assurance might combine information about:

• falls and injuries;
• medication incidents;
• unplanned hospital transfers;
• missed or late home-care visits;
• changes in nutrition or weight;
• telecare alerts and response times;
• complaints and family concerns.

The purpose is not to monitor everything. It is to identify patterns that require professional attention.

The Quality Dashboard Builder can help organisations examining similar questions structure operational and quality information into a more coherent assurance view. It does not replicate French statutory reporting, but the underlying discipline of linking data to escalation and action is directly relevant.

Operational scenario: A multi-site provider sees a pattern before it becomes a serious event

A French organisation operates several EHPADs. Each establishment records falls electronically and local teams review individual incidents.

At first, nothing appears unusual. No single home has experienced a dramatic increase.

A group-level dashboard begins comparing falls by location, time of day and resident profile. It shows that several establishments have experienced a gradual rise in night-time falls among residents needing assistance to reach the toilet.

The pattern triggers a wider review.

The organisation examines staffing deployment, night-time routines, continence support, lighting, medication and whether residents’ mobility needs have changed.

The response varies by home because the causes are not identical. One service changes its night staffing pattern. Another reviews sedating medication with relevant health professionals. A third improves environmental lighting and personalised toileting support.

The digital system did not discover a universal cause. Its value was making variation visible early enough for professionals to investigate.

This is the difference between digital recording and digital governance. Information becomes useful when it prompts proportionate action and the organisation later checks whether that action changed outcomes.

Technology Should Reduce Fragmentation, Not Create Another Layer of It

France’s care system already crosses multiple organisational boundaries. Digital transformation can either connect those boundaries or create another set of interfaces.

A new platform may solve one problem while forcing staff to enter the same information in three systems. A sensor supplier may operate its own portal while the SAD uses another application and health professionals another record.

Fragmentation can therefore become digital as well as institutional.

Procurement decisions should consider interoperability and workflow before purchase.

Who needs the information? Can it flow into existing systems? Will professionals need another login? Who provides technical support? What happens when the contract ends? Can information be exported safely?

These questions become more important as connected technologies expand.

The strongest digital strategy is not the one with the largest number of products. It is the one in which a small number of technologies work reliably together around the person.

Outcomes Matter More Than the Number of Devices Deployed

Technology programmes are easily measured through installations: number of tablets distributed, number of residents connected, percentage of services using a digital record.

Those measures show implementation, but not necessarily value.

Long-term care requires more meaningful outcome questions.

Did téléassistance shorten the time a person remained on the floor after a fall? Did digital medication management reduce errors? Did the DUI improve continuity between workers? Did remote monitoring allow deterioration to be recognised earlier? Did technology reduce administrative burden or increase it?

People’s experience matters too.

Does the person feel safer? More independent? More observed? Does technology make it easier to communicate with family or professionals? Can they understand what is being used and why?

The answer may differ between people even when the technology is identical.

This is why digital transformation needs the same discipline of quality, safety and governance applied to any other model of care.

The Future Is Likely to Be More Connected but Not Less Human

France’s long-term care system is likely to become progressively more connected as ageing increases demand and workforce capacity remains constrained.

Digital records should become more embedded. Telecare and connected home technologies are likely to evolve. Remote clinical support may become easier to integrate. AI may gradually take on selected analytical and administrative functions.

None of these developments removes the central reality of long-term care.

Older people often need relationships, reassurance, skilled observation and practical help that cannot be delivered by a sensor.

The stronger opportunity lies in using technology to protect time for those human functions.

If a digital record removes duplicate paperwork, a worker can spend more time with the person. If remote specialist advice avoids an unnecessary journey, clinical capacity can reach further. If a sensor prompts earlier assistance after a fall, technology has changed an outcome without replacing human intervention.

The future model is therefore not technology instead of care. It is technology deliberately positioned around care.

International Learning: Digital Maturity Is Organisational, Not Technological

France’s experience offers several lessons for countries trying to digitise long-term care.

The institutional mechanisms are specific to France: the CNSA, the Autonomy branch, ESMS numérique, the DUI, ARS, départements and France’s national digital-health infrastructure reflect its own administrative and social-security arrangements.

The transferable lesson lies elsewhere.

Digital maturity depends on whether technology is connected to operational responsibility.

A system becomes more mature when staff know what an alert means, information can follow the person appropriately, privacy is protected and leaders can see whether implementation is changing outcomes.

Other systems can adapt those principles without copying French institutions.

The same questions apply internationally:

• Is technology solving a defined care problem?
• Is the person involved in deciding how it is used?
• Can information reach the professionals who need it?
• Does the workforce have time and capability to respond?
• Are privacy, cyber resilience and contingency arrangements credible?
• Can the organisation demonstrate an outcome rather than simply an installation?

The sophistication of the device matters less than the reliability of the system around it.

Conclusion

Digital technology is becoming a substantive part of France’s long-term care infrastructure. Téléassistance already provides an important safety link for many people living at home, while connected devices are widening the possibilities for earlier detection and remote support. At the same time, the expansion of the dossier usager informatisé through ESMS numérique is changing how medico-social organisations record, share and govern information.

The next stage will be harder than deployment. France needs to turn digital availability into dependable operational value. That means interoperable records, proportionate monitoring, strong cyber resilience and technology that fits the work of SAD teams, EHPAD professionals, health services and families rather than adding another disconnected layer.

The human dimension is equally important. Older people should gain safety, autonomy and continuity without surrendering unnecessary privacy or being excluded because they lack digital confidence. Workers need systems that reduce administrative burden and strengthen judgement rather than generating unmanageable alerts or duplicate recording.

France’s strongest opportunity therefore lies not in pursuing technology for its own sake, but in creating connected care in which digital tools make important changes visible sooner, information follows the person more reliably and professionals have greater capacity to respond. As the ageing population grows, technology can help extend the reach and resilience of long-term care, but its success will still be judged through the quality of everyday human support.