Digital Transformation in Portuguese Long-Term Care: Technology, Data and Connected Services

An older person can move from a Portuguese hospital to the Rede Nacional de Cuidados Continuados Integrados (RNCCI), return home with health and social support, receive help from relatives and later need another clinical intervention. From the person’s perspective, this is one continuing experience. Digitally, however, the information required to support that journey may sit across different organisations, professional systems and administrative structures.

That makes digital transformation a strategic issue for the Portugal Ageing, Long-Term Care & Community Support Knowledge Hub. Portugal already has substantial digital capability within the Serviço Nacional de Saúde (SNS), alongside continuing investment in telehealth, digital public services and technology-enabled care. The long-term-care challenge is to extend the benefits of that capability across a system in which healthcare, social support, RNCCI services, municipalities, social and solidarity-sector organisations, private providers and families all play different roles.

The opportunity is considerable. Better information exchange can reduce repetition and strengthen transitions. Telehealth can extend specialist reach. Remote monitoring can support some people at home. Digital scheduling and care records can improve service coordination. Artificial intelligence may increasingly assist rehabilitation, workflow and clinical decision support.

But technology can also reproduce fragmentation electronically. Systems that cannot exchange information, alerts that nobody owns, inaccessible digital services and poorly governed surveillance technologies can create new risks rather than resolve old ones. Portugal’s next stage of digital long-term care therefore depends less on acquiring technology than on connecting technology to service design, workforce practice, rights and accountability.

Portugal begins with a relatively mature digital-health foundation

Digital transformation in Portuguese long-term care does not start from zero. The SNS has developed national digital-health infrastructure over many years, supported by Serviços Partilhados do Ministério da Saúde (SPMS), which has a central role in shared information systems, digital health, telehealth and interoperability.

Citizens increasingly interact with health services digitally, while health professionals work within electronic systems that support prescribing, records, referrals and other aspects of care. This provides Portugal with an important foundation for connecting information across clinical pathways.

Long-term care is more complicated because it extends beyond healthcare.

An older person receiving support at home may simultaneously interact with a Unidade Local de Saúde (ULS), a Serviço de Apoio Domiciliário (SAD) operated by an Instituição Particular de Solidariedade Social (IPSS), an RNCCI Equipa de Cuidados Continuados Integrados (ECCI), a pharmacy and family carers.

Each actor may need different information.

The family doctor may need clinical observations. The home-support worker may need to know about changes affecting safe daily support without requiring access to the entire medical record. A physiotherapist needs rehabilitation information. A family carer may need practical instructions and clarity about whom to contact if the person deteriorates.

The digital challenge is therefore not simply creating one enormous record. It is enabling appropriate information to reach the right people at the right time for a legitimate purpose.

Interoperability is fundamentally a continuity-of-care issue

Interoperability can sound like a technical subject. For a person dependent on several services, it is intensely practical.

Consider an 82-year-old man discharged from a hospital in Porto after treatment for pneumonia. He has reduced mobility, diabetes and increasing difficulty managing daily activities. An ECCI provides clinical and rehabilitation input at home, while an existing SAD resumes personal and domestic support.

If information flows effectively, each service understands the discharge plan, current medication, mobility limitations, rehabilitation goals and warning signs requiring escalation. Changes observed at home can reach the appropriate healthcare professional, and the family understands the plan.

If information remains fragmented, the same person can effectively acquire several versions of his story. The hospital knows what happened during admission. Primary healthcare knows his longer clinical history. The ECCI knows the continuing-care plan. SAD workers see what happens during everyday routines. His daughter knows what happens overnight.

None has the complete picture.

This is why interoperability and system integration matter beyond software architecture. The purpose is continuity.

Effective interoperability requires agreement about data standards, access rights, professional responsibilities and what happens when information reveals a new risk. Technical connectivity without operational ownership simply allows uncertainty to travel faster.

Digital transformation has to cross the health-social boundary

Portugal’s long-term-care architecture creates a particular interoperability challenge because healthcare and social support are governed and financed through different structures.

The RNCCI itself was designed to bridge health and social needs, with shared responsibilities across the health and social sectors. Yet much of an older person’s everyday support may take place outside the formal clinical information environment.

SAD services, ERPI residential structures and other social responses generate valuable information about appetite, mobility, personal care, cognition, mood, sleep, family contact and daily function. These observations can be highly relevant to healthcare.

The reverse is also true. Changes in treatment, mobility restrictions or clinical risk may alter how social support should be delivered.

The objective should not be unrestricted sharing. Health information is sensitive, and access must remain lawful, necessary and proportionate.

The stronger model is purposeful exchange.

A social-care worker does not need every clinical detail to know that a person’s mobility has changed and a transfer technique needs review. A hospital does not require every operational note from a home-support provider to understand that the person’s functional ability has deteriorated significantly during the previous month.

Portugal’s digital opportunity therefore lies in creating useful interfaces between systems rather than assuming integration requires identical systems.

Organisations examining their own readiness for this transition can use the Digital Transformation Readiness Assessment to structure questions around strategy, infrastructure, information governance, workforce capability and implementation. It is not a Portuguese regulatory framework, but it helps expose the organisational dependencies that determine whether technology becomes embedded in practice.

Home-based continuing care is becoming an important digital test

Portugal’s 2026 expansion of home-based RNCCI provision illustrates how service redesign and digital capability increasingly intersect.

The Government expanded an ECCI pilot that had initially operated across five ULS. The initial model was supporting around 550 people each day and was opened to voluntary participation by additional ULS during 2026, with the potential to extend home-based continuing care to substantially more people.

The significance extends beyond additional capacity.

Home-based multidisciplinary care creates a distributed service environment. Doctors, nurses, rehabilitation professionals and social-support professionals may work across numerous homes rather than within one institution.

That changes the information requirement.

Teams need access to current plans away from a fixed clinical base. Assessments need to remain visible across disciplines. Deterioration needs to be communicated promptly. Scheduling and travel matter. Family involvement becomes more immediate. Equipment and home conditions influence what can actually be delivered.

Digital records, secure mobile access and communication therefore become operational infrastructure.

The same principle applies to digital care planning more broadly. Digitising a static plan offers limited value. The real benefit comes when the plan changes as the person changes and when authorised professionals can see those changes quickly enough to alter care.

SAD+Saúde points towards a more connected model, but remains an emerging response

Another important development in 2026 is the SAD+Saúde pilot, established through cooperation between the Instituto da Segurança Social and five organisations from Portugal’s social and solidarity sector, one in each mainland region.

The pilot is designed to combine personalised social support with healthcare for people living at home with dependency, disability or incapacity.

Its importance lies partly in what it represents.

Traditional SAD and healthcare have often operated as adjacent rather than fully connected responses. SAD+Saúde tests a more integrated home-support proposition in which health and social needs are considered together.

It should not yet be described as a universal Portuguese service. It is a pilot, and its value will depend on implementation and evaluation.

Digitally, however, the model raises exactly the questions that future integrated home care will need to answer.

Who maintains the current plan? Which information is shared? How are health observations recorded by social-support workers? Who receives an alert? What happens outside normal service hours? Can changes made by one part of the team be seen by another?

The technology is secondary to the governance design.

If those questions are unresolved, digital integration may produce more messages without producing more coordinated care.

Telehealth can extend reach without making every interaction remote

Portugal has progressively developed telehealth within the SNS, and its relevance to long-term care is growing.

For people with reduced mobility, rural residents and those requiring regular clinical follow-up, remote consultations can remove difficult journeys and extend access to expertise. They can also support professionals working in residential or home-based settings by providing quicker access to clinical advice.

But the strongest telehealth models are selective rather than absolute.

An older person with stable chronic disease may benefit from remote follow-up. Someone with new confusion, unexplained functional decline or complex communication needs may require physical assessment.

Digital access should therefore add another route into care rather than become a blanket replacement for face-to-face contact.

This distinction is particularly important for people with sensory impairment, cognitive decline, limited digital confidence or no reliable device or internet connection.

Technology should reduce distance without increasing exclusion.

Telerehabilitation shows how digital care is moving into treatment itself

During 2026, Portugal took a further step by integrating certified telerehabilitation solutions into the SNS and introducing remote physiotherapy pathways with clinical oversight.

The model allows a person who has been prescribed physiotherapy to receive an initial professional assessment and then undertake an agreed therapeutic programme at home using appropriate technology, while remaining clinically supported.

This is important for long-term care because rehabilitation frequently determines whether dependency becomes temporary or persistent.

An older person returning home after illness may lose function rapidly if rehabilitation is delayed or difficult to access. Remote capability can potentially extend treatment capacity and reduce geographical barriers.

Yet telerehabilitation is not synonymous with unsupervised exercise.

Appropriate assessment, clinical oversight, suitability decisions and escalation remain essential. Some people will need hands-on intervention, assistance from another person or conventional rehabilitation services.

The emerging Portuguese experience therefore illustrates a wider principle: digital technology can change where care occurs without removing professional responsibility for the care itself.

Remote monitoring could make deterioration visible earlier

Remote monitoring is particularly attractive in long-term care because many important changes occur gradually.

Weight, blood pressure, oxygen saturation, glucose, activity or other indicators can sometimes reveal deterioration before a crisis becomes obvious. Sensors can also provide information about movement or environmental conditions where their use is appropriate and agreed.

Portugal already has telemonitoring initiatives within healthcare, including territorially focused projects for people living with chronic disease. The next question is how these capabilities connect with broader long-term-care pathways.

Consider a 79-year-old woman living in Tâmega e Sousa with heart failure and reduced mobility. Her daughter lives nearby but works full time. She receives limited home support and has experienced two hospital admissions during the previous year.

A clinically governed telemonitoring arrangement records agreed health indicators. A concerning trend generates review by the responsible health team. At the same time, the home-support worker notices increasing fatigue and reduced appetite.

The value does not come from the device alone. It comes from connecting digital information with human observation and a defined response pathway.

If the monitoring platform generates an alert that nobody reviews promptly, the technology has created data rather than care.

This is the central operational test for remote monitoring and telecare: every significant alert needs an owner, an expected response and an escalation route.

Telecare can support independence, but surveillance is not the same as safety

Technology used in the home extends beyond clinical monitoring.

Personal alarms, fall detection, environmental sensors, medication prompts, location technologies and other assistive systems can help some people remain independent.

The benefits can be substantial. A person living alone may feel more confident knowing that help can be requested quickly. A family may gain reassurance without providing constant physical supervision. Technology can sometimes reduce unnecessary restriction.

But the ethical questions are equally important.

A sensor that detects movement can support safety. It can also reveal intimate information about someone’s daily life. Location tracking may reduce risk for a person who becomes disoriented, but it can also interfere with privacy and autonomy if introduced simply because others feel anxious.

The correct question is not whether the technology can monitor something.

It is whether monitoring is necessary, proportionate, understood and connected to an agreed benefit for the person.

This is where person-centred technology becomes materially different from technology-led service design.

Consent, decision-making ability, privacy, proportionality and review need to remain visible throughout the life of the intervention. A device that was appropriate after hospital discharge may no longer be justified six months later if the person has regained independence.

A rural scenario shows why digital access cannot replace physical infrastructure

Imagine an older couple living in a small Alentejo municipality. One partner has diabetes and chronic respiratory disease; the other provides most everyday support but is becoming increasingly frail.

Teleconsultation reduces some long journeys to healthcare appointments. Remote monitoring gives the health team additional information about chronic disease. A digital prescription system simplifies medication management.

These are genuine gains.

But the couple still need food, transport, personal support and someone able to respond when physical assistance is required. Mobile coverage may be inconsistent. Neither is confident navigating applications without help. Their nearest relatives live in Lisbon.

In this context, digital transformation works only when it strengthens the local care ecosystem.

A municipal service, IPSS, healthcare professional or family member may need to help the couple use the technology. Home visits remain necessary. Transport remains necessary. A digital consultation cannot lift someone after a fall or adapt an unsafe bathroom.

This is why digital inclusion and access should be treated as part of service planning rather than as a separate technology initiative.

For rural Portugal in particular, digital services can reduce the consequences of distance. They cannot abolish geography.

Digital exclusion can become a new form of service inequality

Older populations are increasingly diverse in their digital experience. Many Portuguese older people use smartphones, messaging services and online public services confidently. Others do not.

Age alone should therefore never be used as a proxy for digital ability.

But neither should policy assume universal access.

Digital exclusion can result from limited skills, disability, cognitive impairment, poor connectivity, inability to afford devices or data, inaccessible interfaces, fear of fraud or simply a preference for human contact.

If an essential service becomes easier for digitally confident citizens while becoming harder to access by any other route, transformation can deepen inequality.

Long-term care is particularly sensitive because the people most likely to require support may also face the greatest accessibility barriers.

Strong digital models therefore preserve alternatives.

Assisted digital access can also be important. A professional, family member or community organisation may help someone use a service without taking control away from them.

The governance measure should not be the percentage of interactions moved online. It should be whether people can access the right service through a route they can realistically use.

Digital records can improve home care only if workers can use them properly

SAD services provide another important test of practical digital transformation.

Digital scheduling, mobile care records and electronic communication can reduce administrative burden and make changing needs more visible. Workers can receive updated information without returning to an office, while managers can identify missed or delayed visits and changes requiring review.

Yet implementation quality matters.

A poorly designed mobile system can increase workload if workers repeatedly enter the same information, navigate slow applications or spend valuable contact time looking at a screen.

Digital transformation should therefore redesign workflow rather than simply reproduce paper forms electronically.

The strongest systems ask what information workers genuinely need at the point of care, what they need to record and who needs to see it afterwards.

This also has workforce implications.

Digital competence becomes part of practice competence. Workers need training not only in how to operate software, but in information quality, confidentiality, cyber security and what to do when systems fail.

This connects digital transformation with digital skills and workforce adoption. Technology that workers cannot confidently use will generate workarounds, incomplete records and inconsistent practice regardless of how sophisticated the platform appears.

Technology changes workforce roles rather than simply reducing labour

Long-term-care technology is sometimes framed principally as a response to workforce shortages.

Portugal certainly has reason to explore productivity. Its formal long-term-care workforce is small relative to the scale of future demographic demand, while recruitment and retention are already difficult in parts of the sector.

But assuming technology can simply replace care workers misunderstands much of long-term care.

Personal care, reassurance, observation, rehabilitation, relationship-building and support during distress remain human activities.

Technology can nevertheless remove low-value workload.

Scheduling systems can reduce administrative effort. Shared records can reduce repeated data collection. Remote specialist input can save travel. Automation may assist documentation or routine coordination. Monitoring may allow clinical teams to prioritise people requiring intervention.

The productivity gain comes from changing how scarce human capacity is used.

New roles may also emerge. Organisations increasingly need people who understand both care operations and digital systems. Staff need to interpret data rather than merely collect it. Managers need to understand cyber risk. Professionals supervising remote interventions need different workflows from those based entirely on face-to-face encounters.

Digital workforce planning is therefore organisational redesign, not simply technology procurement.

Artificial intelligence is entering Portuguese healthcare, but long-term-care use requires caution

Artificial intelligence moved further into Portuguese public healthcare during 2026, including remote physiotherapy initiatives and collaboration with ULS organisations on additional applications such as triage, mental health and continuing-care management.

These developments matter for long-term care because AI could eventually support several operational functions.

It may help identify deterioration patterns, prioritise caseloads, forecast demand, support rehabilitation, summarise records or automate routine administrative work.

However, emerging applications should not be described as established nationwide long-term-care practice.

The technology remains unevenly deployed and highly dependent on the use case.

AI also introduces distinctive governance requirements.

A prediction is not a decision. A risk score may support professional judgement, but responsibility remains with the organisation and professionals using it. Data quality matters because biased or incomplete historical information can produce misleading outputs.

Transparency also matters. People should not become subject to consequential automated decisions they cannot understand or challenge.

The useful principle for AI and automation in care is therefore augmentation rather than unquestioned substitution. Technology can help professionals see patterns and reduce administrative burden while accountable human judgement remains central.

A digitally enabled RNCCI pathway still requires clear human ownership

Consider a 68-year-old man referred to RNCCI after a neurological event. Digital information from the hospital accompanies the referral. Rehabilitation assessments are recorded electronically, and progress is visible to the multidisciplinary team. A digital planning tool helps coordinate discharge home.

The system appears connected.

Three days before discharge, however, the person’s wife explains that she cannot provide the level of support originally assumed. This information is not primarily clinical, but it changes whether the discharge plan is sustainable.

A mature digital pathway makes that change visible and triggers reconsideration of the plan. A technically sophisticated but poorly governed pathway simply records the information somewhere.

The distinction is crucial.

Digital systems should support decisions, but organisations still need to define who owns each transition, who confirms that home support is available and who acts when assumptions change.

Portugal’s RNCCI has always depended on coordination between sectors. Digital transformation can make that coordination faster and more transparent, but it cannot remove the need for accountable coordination itself.

The Governance Maturity Assessment offers organisations a way to test whether responsibilities, escalation and assurance remain clear as operating models become more digitally connected.

Cyber security becomes a care-continuity issue

As long-term care becomes more dependent on technology, cyber resilience becomes part of service resilience.

A cyber incident affecting a clinical or care-record system is not merely an information-technology problem if workers lose access to medication information, schedules, contact details or current support plans.

The same applies to telecommunications failure, cloud-service interruption, lost mobile devices and compromised user accounts.

Organisations therefore need to understand which digital systems have become critical to safe operation.

Contingency arrangements should answer practical questions. How will workers know where to go if the scheduling system is unavailable? How will essential care information be accessed? Can urgent updates still reach staff? How are records reconciled after systems return?

This is where cyber security and digital resilience connect directly with long-term-care continuity.

The strongest approach combines technical protection with workforce behaviour. Phishing, password practices, device security and inappropriate information sharing can undermine sophisticated infrastructure.

Cyber security therefore belongs within care governance rather than being delegated entirely to technical teams.

Information governance must remain proportionate to the person’s rights

Connected care depends on information sharing, but more sharing is not automatically better.

Portugal operates within European data-protection law, including the General Data Protection Regulation, alongside national requirements. Health data and information about dependency are particularly sensitive.

Long-term-care organisations need a clear basis for collecting, using and sharing information and should limit access according to role and purpose.

This becomes increasingly important as the number of actors around one person expands.

A family member may provide substantial care without automatically being entitled to unrestricted clinical information. A technology supplier may process sensitive data without becoming part of the care decision. A home-support worker may need specific risk information without needing access to unrelated medical history.

Connected services therefore require sophisticated permissions rather than indiscriminate access.

People should also understand, as far as reasonably possible, what information is being collected and why.

This is especially important for sensors, remote monitoring and AI, where data may be gathered continuously rather than during a visible professional interaction.

Digital trust is operationally valuable. People who do not trust a system may refuse useful technology, withhold information or disengage from services.

Data quality determines whether connected systems can be trusted

Interoperability is of limited value if the information being exchanged is inaccurate, outdated or ambiguous.

Long-term care is particularly vulnerable because needs change.

A mobility assessment completed three months ago may no longer describe the person. A medication list can become unsafe if changes are not reconciled. A family contact recorded as the main carer may no longer be available.

Digital systems can make outdated information look authoritative because it is presented neatly on a screen.

Good data governance therefore needs ownership.

Who updates the information? How is conflicting information resolved? Which record is authoritative? How does another organisation know that a significant change has occurred?

The Quality Dashboard Builder can help organisations connect digital information with operational and quality oversight. The relevant principle is that dashboards should expose meaningful trends and exceptions rather than simply display the largest quantity of available data.

A digitally mature organisation treats information quality as part of care quality.

Digital transformation should be measured through outcomes rather than deployment

Technology programmes are often measured through implementation indicators: devices installed, staff trained, accounts activated or consultations completed remotely.

These measures demonstrate deployment. They do not necessarily demonstrate value.

Long-term-care digital transformation should ultimately be judged through outcomes.

Depending on the intervention, useful questions might include:

• Did people receive support more quickly or reliably?
• Did information become available at transitions without unnecessary repetition?
• Did remote care improve access without increasing digital exclusion?
• Did workers spend less time on avoidable administration?
• Were deterioration and emerging risks identified earlier?
• Did technology strengthen independence, confidence or continuity?

Negative effects should also be visible.

If staff spend more time documenting, if families become informal technology administrators, if people feel surveilled or if digital routes exclude those with lower confidence, those consequences belong within the evaluation.

This outcome orientation prevents technology programmes becoming successful merely because technology was purchased.

Investment needs to include recurrent capability, not only equipment

Portugal’s Recovery and Resilience Plan has supported modernisation across health and social infrastructure, including RNCCI facilities and social responses. Some investments explicitly combine physical requalification with technological modernisation.

Capital investment can accelerate change, but sustainable digital transformation requires recurrent capability.

Systems need licences, maintenance, connectivity, cyber protection and technical support. Devices need replacement. Staff need ongoing training. Interfaces need updating as other systems change. Data governance needs continuous oversight.

A project can therefore be fully funded for implementation while remaining financially fragile in operation.

This is especially relevant for smaller IPSS organisations and other providers that may not have extensive internal digital teams.

Shared capability may sometimes be more realistic than expecting every organisation to build identical expertise independently.

National or sector-wide standards can also reduce duplicated procurement and improve interoperability, while still allowing organisations to choose technologies appropriate to their services.

The funding question should therefore extend beyond “Can we buy this?” to “Can we safely operate, maintain and improve it over its useful life?”

Digital maturity will remain geographically uneven unless capability is deliberately shared

Portugal’s territorial differences affect digital transformation just as they affect workforce and service capacity.

Larger healthcare organisations and providers may have greater access to technical expertise, infrastructure and procurement capability. Smaller organisations serving rural populations may face greater constraints despite potentially having more to gain from technologies that reduce distance.

This creates a risk of digital inequality between organisations as well as between citizens.

If innovative models concentrate where infrastructure is already strongest, technology could reinforce existing geographic variation.

A more balanced approach requires attention to connectivity, workforce capability, implementation support and the ability of smaller providers to participate in shared information ecosystems.

Regional and national governance therefore matters.

Digital transformation should not depend entirely on whether an individual organisation happens to have an enthusiastic technical leader or access to capital at a particular moment.

The next stage is connected long-term care rather than isolated digital projects

Portugal’s emerging direction is increasingly visible.

Home-based RNCCI provision is expanding through participating ULS organisations. SAD+Saúde is testing closer health-social coordination. Telerehabilitation is moving digitally enabled treatment into people’s homes. Telemonitoring is developing within chronic-disease pathways. Artificial intelligence is beginning to enter selected SNS services.

These initiatives should not be mistaken for a fully integrated national digital long-term-care system.

They are better understood as components from which a more connected model could develop.

The strategic challenge is to prevent each innovation becoming another isolated layer.

Portugal needs digital architecture that follows the person across settings while respecting the distinct responsibilities of the organisations involved.

That means interoperability rather than one universal application; proportionate access rather than unrestricted sharing; human oversight rather than automation without accountability; and inclusion rather than digital-only access.

Future capability could also support better system planning. Connected data may help identify changing dependency, forecast demand, understand regional variation and model how different service configurations affect capacity.

Organisations exploring such planning questions can use the Digital Twin Scenario Modeller to examine relationships between demand, workforce, capacity and service stability. The value of modelling lies not in predicting the future with certainty, but in making assumptions visible before major operational decisions are taken.

What Portugal’s digital direction offers international care systems

Portugal’s digital-health infrastructure cannot simply be transplanted into another country. Its development reflects the organisation of the SNS, the role of SPMS, national public-service infrastructure and Portugal’s own health and social-care arrangements.

But its long-term-care experience illustrates several transferable principles.

Digital transformation works best when it follows service pathways rather than organisational boundaries. Telehealth is most useful when it adds access rather than removing appropriate face-to-face care. Remote monitoring creates value only when alerts lead to accountable responses. Interoperability needs to be selective and purposeful. Technology requires workforce redesign, not merely staff training after procurement.

Most importantly, digital capability should strengthen the relationship between people and services rather than make the technology itself the centre of care.

Other systems can adapt these principles without replicating Portugal’s institutional mechanisms.

The international lesson is that connected care is not created by connecting computers alone. It is created when technology, information, professional responsibility and service design are aligned around the person.

Conclusion

Portugal enters the next stage of long-term-care digital transformation with significant assets. The SNS already has substantial digital infrastructure; telehealth and telemonitoring are established areas of development; home-based RNCCI capacity is evolving; SAD+Saúde is testing closer health-social support; and 2026 developments in telerehabilitation and artificial intelligence show that digitally enabled care is moving beyond administration into service delivery itself.

The strategic challenge is now connection. Older and dependent people do not experience their needs as separate health, social, residential, home-support and family systems. Digital infrastructure should therefore make transitions easier, changes more visible and professional responsibility clearer without creating inappropriate information sharing or surveillance.

That requires more than technology procurement. Portugal needs interoperable information, digitally capable workforces, accessible alternatives for people who cannot use online services, resilient infrastructure, strong cyber security and clear accountability for every alert and decision. Investment also needs to recognise the recurrent cost of maintaining digital capability after initial programmes and capital funding end.

The strongest future is not one in which every aspect of long-term care becomes remote or automated. It is one in which technology removes avoidable friction, extends professional reach and gives people greater confidence that the different parts of their support understand one another. If Portugal can connect its growing digital capability with the realities of homes, RNCCI pathways, social responses, communities and families, digital transformation can become an important enabler of continuity, independence and more sustainable long-term care.