Digital Technology and Innovation in Belgian Long-Term Care: From Assistive Technology to Data-Enabled Care

An older person may experience digital long-term care through something as simple as a medication reminder, a sensor that alerts someone after an unusual change in movement, an electronic care record used by visiting professionals or a video consultation that avoids an unnecessary journey. Behind those apparently simple interactions sits a much larger digital infrastructure involving health data, software, professional workflows, privacy, interoperability and increasingly ambitious national reform.

Belgium is entering an important phase of that transformation. Across the Belgium Ageing, Long-Term Care & Community Support Knowledge Hub, the recurring challenge is that health and long-term care responsibilities are spread across federal, regional and community systems. Digital technology can either help those systems connect or reproduce their fragmentation electronically.

The federal eHealth Action Plan 2026–2029 explicitly responds to population ageing, chronic disease and multimorbidity. It places the Belgian Integrated Health Record at the centre of a more connected information environment and links digital development with integrated care, citizen participation, interoperability and reduced administrative burden. At the same time, Flanders, Wallonia, Brussels and the German-speaking Community are pursuing their own digital developments within older-person care and wider service administration.

The strategic question is therefore no longer whether long-term care will become more digital. It is what kind of digitalisation Belgium wants. The strongest model will use technology to extend capability, reduce avoidable administrative work, support professional judgement and give people greater control without turning care into surveillance, excluding people with lower digital confidence or assuming that software can substitute for relationships.

Belgian digital care develops across several layers at once

Digital long-term care in Belgium cannot be understood through one national programme because different technologies operate at different levels.

The federal eHealth architecture supports healthcare information exchange and national digital services. The Belgian Integrated Health Record, commonly referred to as BIHR, is intended to create a more coherent environment through which citizens and care professionals can consult, add and use relevant health information securely and in standardised ways.

Federated entities then develop digital tools around the services for which they are responsible. These may include assessment, administration, residential-care systems, home support, financing interfaces and digital transformation programmes.

Individual providers use another layer of technology entirely: care-record systems, medication platforms, workforce scheduling, sensors, telecare, call systems, digital quality dashboards, electronic billing and communication tools.

The person receiving support may therefore encounter several digital environments without knowing which level created them.

This creates a fundamental governance requirement. Digital transformation needs clear organisational accountability across policy, platform and provider levels. When data fail to transfer, an alert is missed or a digital workflow excludes someone, responsibility should not disappear into the fact that several systems were involved.

The eHealth Action Plan 2026–2029 gives ageing a strategic digital context

Belgium's fifth eHealth Action Plan, covering 2026 to 2029, explicitly frames digital transformation as part of the response to ageing, chronic conditions and increasing multimorbidity.

The plan is significant for long-term care because it does not present eHealth as a technology programme detached from service reform. It links digitalisation to integrated and accessible care, continuity, safety, citizen empowerment and reducing administrative burden for professionals.

Its architecture operates broadly across three connected strands. The eHealth platform's basic services continue to provide foundational infrastructure. The Belgian Integrated Health Record is being operationalised through working environments that connect authentic data sources and software components. Digital projects are also expected to be coordinated more coherently around wider healthcare and integrated-care priorities.

The distinction matters. Belgium already has substantial digital infrastructure. The next challenge is not simply creating more applications but making existing and emerging components work together more meaningfully.

For long-term care, this could improve visibility when people move between hospital, general practice, home nursing and residential settings. It could reduce repeated information collection and support earlier recognition of change.

But the plan's ambitions extend over several years. BIHR should therefore be understood as a developing architecture rather than a universally complete national long-term care record already operating identically across every setting.

Interoperability matters more than the number of digital systems

A provider can digitise almost every administrative process and still remain poorly connected with the rest of the care system.

This distinction is central to interoperability and system integration. Digital maturity is not demonstrated merely because information is electronic. The more important question is whether relevant information can travel safely and usefully between the people who need it.

An electronic residential-care record may contain excellent information about mobility, cognition and daily routines. A hospital may hold detailed clinical information. A general practitioner may have medication and diagnostic history. If those systems remain isolated, professionals may still depend on telephone calls, scanned documents and family recollection during transitions.

The strongest digital architecture needs several forms of interoperability at once:

• technical interoperability so systems can exchange information;
• semantic interoperability so shared information means the same thing in each system;
• workflow interoperability so new information reaches someone able to act on it;
• professional clarity about which information belongs in which record;
• privacy controls proportionate to the sensitivity and purpose of the data; and
• citizen access that allows the person to understand and participate in relevant information.

The final point is particularly important. Interoperability should not become a professional-only project in which systems exchange increasingly detailed information while the citizen becomes less able to understand what is being recorded about them.

Scenario: digital information turns a hospital return into a safer transition

Lucienne, 87, lives in a Brussels maison de repos et de soins and has chronic heart failure, mild dementia and reduced mobility. She is admitted to hospital after developing breathlessness and oedema.

Her inpatient treatment changes two medicines and introduces daily weight monitoring for a short period after discharge. She also returns less mobile than before admission.

Without effective digital and operational coordination, several risks appear immediately. Residential staff may continue using an old medication list. Her usual general practitioner may not see the treatment change promptly. The home's care plan may still describe her previous mobility. The hospital may not appreciate what Lucienne could normally do before admission.

In a stronger transition, relevant clinical information returns electronically and is reconciled with the home's existing record. Staff do not assume that digital transmission alone proves implementation. A nurse confirms the current medicines, the care plan is updated, the required monitoring is made visible to the team and her change in mobility triggers rehabilitation review.

Technology therefore shortens the information gap, but people still close the loop.

If the same type of medication discrepancy occurs repeatedly, the issue is escalated beyond Lucienne's individual record. The provider examines whether the interface itself is unreliable.

This demonstrates the difference between digital transfer and effective digital records and information governance. A successful digital pathway is evidenced by action, not merely by proof that data were sent.

BelRAI shows how structured digital information can connect assessment with care

BelRAI is one of the clearest examples of Belgium using structured information to create greater consistency across complex care needs.

The system provides standardised assessment instruments covering areas such as physical function, cognition, health, behaviour and social support. Flanders has progressively embedded the BelRAI Screener within areas of Flemish Social Protection, including from March 2026 for new home-based applications for the care budget for older people with care needs.

The digital significance extends beyond replacing paper assessment.

Structured data make information more comparable across time and, where appropriate governance permits, potentially more useful across services. Changes in function can be identified more systematically. Reassessment can show trajectories rather than simply generating another narrative record. Aggregated information may ultimately contribute to service planning and population understanding.

The risk is that structured assessment becomes confused with complete understanding.

A score can indicate reduced self-reliance but cannot explain why continuing to cook independently matters deeply to one person and not to another. Digital assessment should therefore strengthen professional and person-centred conversation rather than narrow it.

The wider principle is important for every form of data-enabled long-term care: structure improves consistency, but interpretation creates meaning.

Assistive technology has its greatest value when it protects ordinary life

For many people, the most meaningful long-term care technologies are not national data platforms. They are small technologies embedded in daily life.

Assistive technology can include personal alarms, adapted communication tools, automated lighting, medication prompts, environmental controls, mobility-related technology, fall detection and other devices designed to reduce barriers to independent living.

The purpose should begin with the person's goal.

A sensor is valuable if it allows someone to live safely with greater autonomy. It is less valuable if it is installed simply because the technology is available. A medication reminder can support independence for someone who occasionally forgets doses but may be inappropriate if cognitive impairment means the person cannot respond safely to the prompt.

This is why assistive technology belongs within care planning rather than technology procurement alone.

The strongest assessment asks what problem exists, what non-digital options have been considered, whether the person accepts the technology, what happens when it fails and whether the intervention increases independence without creating disproportionate intrusion.

Technology that works technically can still fail person-centred care if nobody wants to live with it.

Remote monitoring can extend observation without turning the home into a ward

Remote monitoring is one of the most frequently discussed opportunities in ageing and community care. Sensors can potentially identify unusual movement, falls, changes in vital signs or patterns suggesting deterioration. Telecare can connect a person with help without requiring a professional to remain physically present.

These technologies may become increasingly useful as Belgium seeks to support people at home for longer while facing workforce pressure.

But remote monitoring changes care rather than simply reducing it.

An alert needs someone to receive it, interpret it and decide what should happen. False alerts create workload. A missing signal can itself require investigation. Devices need maintenance, connectivity and contingency arrangements. People need to understand what is being monitored and why.

The care model therefore needs to answer practical questions before deployment:

Who receives the alert? How quickly should they respond? What information is available to interpret it? What happens overnight? When should family be contacted? What if the device stops transmitting?

This connects remote monitoring and telecare with service design and governance rather than treating the technology as a standalone product.

Remote technology can support independence. It should not transform a person's private home into an environment of continuous observation without proportionate justification.

Scenario: fall detection supports independence only because the response pathway works

Hugo, 84, lives alone in Flanders. He has mild frailty and has fallen twice during the previous year but strongly prefers to remain in his own apartment. His daughter lives 40 minutes away and worries about what would happen if he fell when she was unavailable.

A fall-detection system is considered as part of the support plan.

The technology itself is relatively straightforward. The operational questions are more important. Hugo understands what the device detects and agrees to use it. The response service knows whom to contact and when emergency escalation is appropriate. His daughter is involved but is not designated as the automatic response to every alert.

Several weeks later, the system triggers after Hugo falls in the hallway. He is able to communicate but cannot stand. The alert leads to an appropriate response and he receives assessment without remaining on the floor for several hours.

The incident then creates a second question. Technology has responded effectively, but why did he fall?

Medication, mobility, footwear and the environment are reviewed. A loose mat is removed and physiotherapy input is strengthened.

If the system had been treated as the intervention rather than one layer of the intervention, the underlying risk would have remained.

This is where the Positive Risk-Taking Planner can help organisations structure decisions about autonomy, foreseeable harm and proportionate controls. It is not a Belgian telecare standard, but it supports the wider principle that technology should enable life rather than become a substitute for thinking about risk.

Wallonia is explicitly examining digital maturity in residential long-term care

Wallonia provides a useful example of digital transformation being approached as an organisational question rather than a software-purchasing exercise.

In 2025, AVIQ and the Agence du Numérique launched a digital-maturity assessment across Walloon maisons de repos and maisons de repos et de soins. The exercise examined four connected dimensions: infrastructure, organisation, processes and strategy.

That framework is revealing.

Infrastructure asks whether establishments have suitable equipment and connectivity. Organisation examines the effect of technology on practice, workforce capability and training. Processes consider how digital tools are integrated into information management and working methods. Strategy asks whether digital development forms part of organisational planning and innovation.

The intention was to create a sector-wide diagnosis and use it to inform more targeted digital support from 2026.

This matters because long-term care organisations can appear digitally advanced while remaining operationally immature. A home may have electronic records but poor Wi-Fi. Staff may have mobile devices but lack training. Managers may collect large quantities of data without using them for quality improvement.

The Digital Transformation Readiness Assessment provides a complementary framework for organisations wanting to examine similar questions across governance, capability and resilience. It is not part of AVIQ's assessment and should not be presented as a Walloon regulatory instrument.

Digital maturity is ultimately a workforce issue

The strongest technology can fail if the workforce cannot use it confidently.

Long-term care employs workers with very different professional backgrounds, digital experience and job roles. A nurse may use clinical records extensively. A family-care worker may interact with a mobile care-planning application. A residential worker may receive electronic alerts, medication instructions and updated assessments during the same shift.

Training therefore needs to go beyond teaching people which button to press.

Staff need to understand which system is authoritative, what information must be recorded, which changes require escalation, how privacy applies in practice and what to do when a digital tool fails.

They also need enough confidence to challenge poor digital design. If a system repeatedly creates duplicate work, hides important information or generates excessive alerts, frontline experience is critical evidence for redesign.

This makes digital skills and workforce adoption part of quality improvement rather than simply implementation training.

Digital transformation can also change professional identity. Automation may remove routine administrative tasks while increasing expectations for interpretation, coordination and data quality. Workers need time and support to adapt to those changing responsibilities.

Scenario: a Walloon care home discovers that electronic recording has doubled the work

A maison de repos et de soins in Wallonia replaces several paper processes with an electronic care-record platform. Senior leaders expect faster documentation and better access to information.

Three months later, staff complain that administration has increased.

The problem is not simply resistance. Some regulatory and internal processes still rely on older spreadsheets. Staff therefore enter similar information twice. Nurses use the electronic record, while some rehabilitation notes remain in a separate system. Night staff report that key changes are difficult to identify among large volumes of routine information.

Management maps the workflow rather than blaming users.

Duplicate recording is removed where possible. The organisation defines which platform is the authoritative source for different information. Handover views are redesigned around changes requiring action. Staff receive practical training based on real scenarios rather than generic software demonstrations.

The provider also creates a mechanism for users to report digital friction. A recurring problem is treated as a process issue rather than an individual training deficit.

After redesign, documentation time falls and relevant information is easier to identify.

The scenario demonstrates why automation and workflow design need to be considered together. Digitising an inefficient process can make the inefficiency faster, more expensive and harder to see.

Brussels is using digitalisation to simplify administration in residential services

Brussels provides a concrete example of digital transformation in the administrative interface between older-person establishments and the public system.

Electronic billing had already been introduced within Brussels maisons de repos, maisons de repos et de soins and day-care centres. From 1 March 2026, those establishments also became required to send relevant admission requests electronically to Brussels insurance organisations through Iriscarenet using the eAgreement service.

The practical objective is administrative simplification. Electronic transmission can reduce delays associated with postal processes and make admission-related workflows more direct.

This type of digitalisation may appear less innovative than sensors or artificial intelligence, but administrative infrastructure matters greatly to service sustainability. Time spent printing, posting, checking and correcting routine transactions is time that organisations cannot use elsewhere.

The governance challenge is ensuring that simplification works in practice. Software needs to meet applicable technical requirements. Staff need to understand the process. Failed submissions need visibility rather than disappearing silently between systems.

Administrative technology therefore deserves the same implementation discipline as care technology. A digital process is useful only when the organisation can tell whether it completed successfully.

Brussels also illustrates why digital reform cannot be separated from physical infrastructure

Digital care is sometimes presented as though it can compensate for ageing physical infrastructure. In reality, the two increasingly depend on one another.

In 2026, Iriscare announced substantial investment opportunities for infrastructure in establishments for older people and services for people with disabilities. The wider reform context includes modernised residential standards intended to support better living environments.

Technology works best when buildings support it.

Reliable connectivity, accessible charging, appropriate sensor placement, modern alarm systems and suitable spaces for private digital consultations all depend on infrastructure. Conversely, building design increasingly needs to anticipate future digital requirements.

This is especially relevant for older buildings where retrofit can be more complicated.

The lesson is that capital planning should no longer treat digital and physical investment as entirely separate categories. A residential setting designed for the next several decades needs flexible infrastructure capable of supporting technologies that may not yet be in routine use.

That does not justify installing every new system immediately. It means avoiding physical design choices that make future adaptation unnecessarily difficult.

Digital inclusion determines whether citizen empowerment is real

Belgium's eHealth strategy places significant emphasis on giving citizens greater control and access to their own health information. That ambition is important, but access to a digital service does not automatically create usable access.

Older people vary enormously in digital confidence. Some manage online banking, health portals and video communication independently. Others have limited access to devices, poor connectivity, visual or cognitive impairments or little experience navigating digital interfaces.

Long-term care therefore needs digital inclusion as a design principle.

Citizens should not lose practical access to care because a process becomes digital. Alternative or supported routes remain important where needed. Family members may assist, but reliance on relatives should not become the default solution for people who find digital systems difficult.

Accessible design matters as well. Small text, complicated authentication, unfamiliar terminology and multiple portals can create barriers even for people who are otherwise digitally confident.

A genuinely person-centred digital system increases control for those who want digital access while protecting equitable access for those who do not or cannot use it independently.

Data-enabled care creates new opportunities for quality and population planning

One of the most significant long-term effects of digitalisation may be the ability to use data more intelligently across organisations and populations.

Electronic records, structured assessments, workforce systems, incident data and service activity can reveal patterns that are difficult to identify through isolated paper processes.

A provider may see that falls increase during particular periods, that residents with certain dependency profiles experience more hospital transfers or that workforce instability correlates with delayed care reviews. A regional authority may be able to understand changing patterns of dependency, service use and unmet demand more precisely.

Belgium's eHealth Action Plan explicitly recognises both primary use of data for individual care and secondary use for policy, research and population management. The Health Data Agency and the wider European Health Data Space form part of that future data environment.

The distinction between primary and secondary use needs to remain clear.

Information gathered because a person needs care should not become an unrestricted resource merely because it is digital. Secondary use requires an appropriate legal and governance basis, security and proportionate controls.

The stronger opportunity lies in using aggregated information to answer meaningful questions while protecting individuals.

For organisations, data quality and performance metrics become increasingly important because sophisticated analysis built on poor data can produce very confident but misleading conclusions.

Artificial intelligence should be treated as emerging capability rather than established long-term care infrastructure

Artificial intelligence is likely to influence Belgian long-term care, but its current status needs to be described carefully.

AI can potentially support administrative automation, workforce forecasting, pattern detection, documentation, clinical decision support and analysis of large datasets. Generative AI may also be used by professionals for drafting, summarising or information support.

These capabilities do not mean AI is already an established national long-term care delivery model.

The immediate governance questions are substantial. AI-generated information can be inaccurate. Algorithms can reproduce bias. Automated risk scores may be difficult for citizens or professionals to challenge. Systems trained on one population may perform differently in another. Sensitive care information should not be entered into tools without appropriate data governance.

Belgium will also operate within the developing European regulatory framework for artificial intelligence, adding another layer to governance as higher-risk uses mature.

The correct approach is therefore proportionate. Low-risk administrative assistance is different from an automated system influencing clinical or care decisions.

This wider AI and automation in care agenda should preserve human accountability. The fact that an algorithm recommended an action does not remove the responsibility to judge whether that action is appropriate for the individual.

Scenario: predictive technology identifies risk but cannot decide what the person needs

A Flemish provider begins using analytical software to identify residents whose recent data suggest increased risk of falls or deterioration. The system combines incident history, mobility information and selected care-record indicators.

One resident, Jan, is flagged as high risk after several changes in recorded mobility and increased night-time assistance.

The alert is useful, but it does not become the decision.

A multidisciplinary review finds that Jan has become more reluctant to walk because of pain following a minor injury. His medication has also recently changed. Staff realise that one increase in night-time assistance reflects his preference for help reaching the bathroom rather than a general collapse in function.

The response combines medical review, pain management, mobility assessment and discussion with Jan about what support feels proportionate.

The provider monitors whether the predictive system adds value over time. False positives, missed events and staff responses are reviewed rather than assuming the algorithm is accurate because it is technically sophisticated.

The scenario demonstrates the appropriate relationship between data and professional judgement. Predictive technology can direct attention towards potential risk. It should not remove the need to understand context.

Organisations experimenting with similar capacity and risk modelling can use the Digital Twin Scenario Modeller to explore how different assumptions affect service stability. It is not an AI clinical decision system and should not be treated as one.

Cyber security is now part of continuity of care

As records, medication processes, admissions and communication become increasingly digital, system failure becomes a care risk.

A cyber incident can prevent staff accessing records, disrupt communications or affect the availability of connected devices. Even a routine software outage can become serious if workers have no alternative way to identify current medicines, contact details or care instructions.

Cyber security therefore belongs within operational resilience rather than only information technology.

Providers need appropriate access controls, software maintenance, staff awareness and incident response. They also need contingency arrangements for periods when digital systems are unavailable.

A robust cyber-security and digital-resilience approach asks what care can still be delivered safely if the technology stops working.

The answer may require offline access to critical information, alternative communication routes and clear escalation. Connected devices may also need local fallback arrangements.

This is particularly important for technologies introduced specifically to reduce human presence. The more a service depends on a digital system, the more seriously it needs to plan for the moment that system is unavailable.

The German-speaking Community is building digitalisation into longer-term service reform

The German-speaking Community offers a useful example of digital development being placed within a wider strategic programme rather than treated as a short-term technology project.

Its Ostbelgien 2030 implementation programme includes planned digitalisation of healthcare providers and institutions, including ICT master planning for hospitals and residential and nursing centres for older people. The wider programme connects digitalisation with integrated care, transparent health data, professional development and citizen control over information.

Current programme milestones extend towards 2029, so these ambitions should not be presented as already fully implemented.

The smaller scale of the German-speaking Community creates both advantages and constraints. Relationships between organisations can be closer, which may support coordinated implementation. At the same time, smaller providers may have less internal digital-specialist capacity and fewer economies of scale when purchasing or supporting technology.

Shared infrastructure, coordinated procurement or common standards can therefore become particularly valuable.

The experience highlights an important international lesson: smaller systems do not necessarily need fewer digital capabilities, but they may need different ways of organising and supporting them.

Person-centred technology needs explicit consent, dignity and proportionality

Long-term care technology becomes ethically more complex when it monitors behaviour rather than simply supporting an active user.

Door sensors, movement monitoring, cameras, location technologies and automated alerts can reduce some risks, particularly for people living with dementia or cognitive impairment. They can also intrude deeply into privacy.

The fact that technology may increase safety does not automatically make every use proportionate.

Questions need to include what is being monitored, what risk the technology addresses, whether a less intrusive option is available, who can access the information and whether the person can understand and consent to the arrangement.

Where decision-making ability is impaired, applicable Belgian legal and ethical requirements still need to guide action. Technology should not become an easier route around difficult conversations about autonomy.

This is where person-centred technology and digital enablement become practical governance concepts rather than slogans.

A useful test is whether the technology gives the person greater freedom, confidence or control. If its main effect is to make the organisation more comfortable while imposing substantial surveillance on the individual, the balance deserves closer examination.

Digital procurement needs to consider the whole life of the system

The cost of technology is rarely limited to the purchase price.

Implementation may require integration work, licences, devices, connectivity, training, cyber-security controls, maintenance and future upgrades. Staff time is required to configure systems and change workflows. Switching supplier later can be difficult where large quantities of data or bespoke processes become embedded.

Long-term care organisations therefore need to procure for lifecycle value rather than novelty.

Useful questions include whether the product can integrate with existing systems, how data can be exported, what happens if the supplier fails, how software changes are governed and whether the provider remains able to access critical information during an outage.

Technology also needs to be evaluated after implementation. A business case may predict administrative savings, but leaders should test whether those savings actually occurred.

The Governance Maturity Assessment can help organisations examine whether major digital decisions have sufficiently clear ownership, oversight and review. It does not replace Belgian procurement, privacy or regulatory requirements.

Digital quality should be measured through outcomes rather than adoption

Technology programmes often measure success through implementation milestones: percentage of staff trained, number of devices deployed, records digitised or users registered.

Those measures are useful for project management but weak as measures of care impact.

Stronger digital assurance asks what changed because the technology was introduced.

Relevant outcomes may include reduced duplicate documentation, faster access to information, fewer medication discrepancies, improved continuity, reduced avoidable travel, better response to deterioration, increased independence or greater citizen access to their own information.

Negative effects need visibility too. Administrative burden may increase. Staff may develop workarounds. Alerts may be routinely ignored. Some citizens may become more excluded.

A Quality Dashboard Builder can help organisations combine implementation indicators with workforce, quality and outcome measures. Any Belgian use still needs to reflect local service and regulatory expectations.

The underlying governance principle is simple: technology adoption is an input. Better care is the intended outcome.

Belgium's strongest digital opportunity is connecting care without centralising every service

Belgium's constitutional complexity is often described as a barrier to integration, but digital infrastructure creates an opportunity to connect services without requiring them all to belong to one institution.

A general practitioner can retain professional independence. A regional home-support service can remain under federated responsibility. A hospital can continue operating within federal healthcare arrangements. A residential provider can retain its own operational system.

Digital interoperability can make relevant information travel across those boundaries without abolishing them.

This is perhaps the most important strategic role of the Belgian Integrated Health Record and wider eHealth programme.

The challenge is to avoid replacing organisational fragmentation with platform fragmentation. If each sector creates its own digital ecosystem without common standards, integration may become harder rather than easier.

Belgium therefore needs continued interfederal governance, clear data standards and strong involvement from professionals, providers and citizens. The architecture must be sufficiently common to enable connection while sufficiently flexible to reflect different regional responsibilities and service models.

What other countries can learn from Belgium's digital transition

Belgium's federal care architecture and eHealth infrastructure cannot be transferred directly to countries organised in different ways. Its current transition nevertheless offers several broadly useful principles.

First, digitalisation and interoperability are not the same thing. Organisations can become highly digital while remaining poorly connected.

Second, administrative simplification deserves as much attention as high-profile innovation. Electronic admissions, billing and information exchange can release meaningful workforce capacity when they genuinely remove duplication.

Third, assistive technology should begin with a person's goal rather than a product. The measure of success is greater independence, safety or participation, not the presence of more devices.

Fourth, remote monitoring and AI move work rather than eliminating responsibility. Alerts, predictions and automated outputs still require interpretation and response.

Fifth, digital transformation is fundamentally a workforce and governance programme. Technology performs within the organisation that implements it.

Finally, citizen control and digital inclusion need to develop together. Systems that empower confident digital users while making care harder to access for others have not achieved person-centred transformation.

Conclusion

Digital technology is becoming part of the infrastructure through which Belgian long-term care will respond to ageing, multimorbidity, workforce pressure and increasingly complex journeys between home, healthcare and residential support. The eHealth Action Plan 2026–2029, the developing Belgian Integrated Health Record, regional digital programmes and provider-level innovation all point towards a more data-enabled future.

The strongest opportunity is not simply to digitise more care. It is to remove friction from a system whose responsibilities remain distributed. Better interoperability can reduce repeated information gathering. Assistive technology can preserve independence. Remote monitoring can extend observation. Structured data can strengthen assessment and planning. Automation may release professional time.

Each opportunity also creates new responsibilities. Digital records require high-quality data. Monitoring requires proportionate consent and response pathways. AI requires human oversight. Connected services require cyber resilience. Digital access needs alternatives for people who cannot or do not wish to navigate care online.

Belgium's future digital maturity will therefore be judged less by the sophistication of individual platforms than by whether technology makes care more coherent and more human. The central test is practical: does the person experience greater control, safer continuity and less need to navigate fragmented systems themselves? If digital transformation achieves that while supporting the workforce rather than burdening it, technology will have become an enabler of long-term care rather than another layer the system has to manage.