Digital Health and Telecare in Italy: Technology for Ageing and Care at Home

An older person with heart failure records their weight and blood pressure at home. The measurements travel digitally to a healthcare team that can identify deterioration before breathlessness becomes an emergency. Elsewhere, an 82-year-old living alone uses remote support intended not only to monitor disease but also to preserve mobility, medication adherence and social connection. The technology may look similar in both situations, but its value depends on what happens after the data arrive.

That distinction is increasingly important in Italy. Digital health is becoming part of the country's attempt to move more care beyond hospitals and strengthen the home as a place of treatment, monitoring and prevention. The Italy Ageing, Long-Term Care & Community Support Knowledge Hub examines the wider system in which this transformation is occurring: an ageing population, a regionally organised Servizio Sanitario Nazionale, expanding home care, strong family involvement and persistent differences in territorial capacity.

Italy has invested substantially through Mission 6 of the Piano Nazionale di Ripresa e Resilienza (PNRR). The National Telemedicine Platform, regional telemedicine infrastructures, the Fascicolo Sanitario Elettronico and new models of territorial care are creating infrastructure that can connect patients, professionals and services differently. By 2026, the national PNRR target of at least 300,000 people receiving assistance through telemedicine had been reached. Yet scale alone is not the final test. For ageing and long-term care, the harder question is whether digital systems improve continuity, independence, clinical outcomes and access without shifting excessive responsibility onto older people and families.

Digital care in Italy is developing within a regional health system

Italy's digital-health architecture reflects the structure of the SSN itself. National institutions can establish standards, infrastructure, funding programmes and strategic direction, while Regions and Autonomous Provinces organise much of healthcare delivery.

AGENAS, the Agenzia Nazionale per i Servizi Sanitari Regionali, has an important national digital-health role. Through the National Telemedicine Platform, or Piattaforma Nazionale di Telemedicina, the emerging model combines national enabling infrastructure with regional infrastructures through which services are organised and delivered.

This is significant because Italy is not attempting simply to operate one centrally delivered remote-care service for the entire country. The architecture is designed to create common foundations while retaining regional responsibility for implementation.

Nationally recognised telemedicine services include:

• televisita, enabling remote clinical consultations where appropriate;
• teleconsulto, supporting professional-to-professional clinical collaboration;
• teleassistenza, providing forms of remote professional support;
• telemonitoraggio, enabling health parameters to be monitored remotely; and
• related digital pathways that connect these functions with territorial and specialist services.

The distinction matters operationally. A video consultation is not the same as continuous physiological monitoring, and neither is equivalent to social telecare designed around falls, safety or daily living. Treating all remote support as one category can obscure the workforce, response and governance requirements attached to each model.

Italy's national telemedicine glossary and orientative service models are therefore more important than they may initially appear. Shared terminology helps Regions, professionals and technology partners design services around common concepts while still adapting pathways to local organisation.

PNRR investment has moved telemedicine from ambition towards infrastructure

The PNRR has accelerated digital health within a broader programme titled around the home as the first place of care. Following programme adjustments, the combined investment covering home care, Centrali Operative Territoriali and telemedicine amounts to several billion euros, including approximately €1.5 billion associated with telemedicine.

The policy logic is interconnected. Expanding home care without improving information flow can create fragmented visiting services. Building digital infrastructure without strengthening territorial services can generate data without sufficient response capacity. The PNRR therefore places telemedicine alongside home-based care and territorial coordination rather than treating it as an isolated technology programme.

By 2026, the target of at least 300,000 people assisted through telemedicine had been achieved. This is an important implementation milestone. It demonstrates movement from platform development towards actual use at population scale.

However, coverage needs interpretation.

A person receiving one remote service is not necessarily experiencing an integrated digital care pathway. Different conditions require different monitoring intensity. Regions begin from different levels of digital maturity. Professional capacity varies. Older people differ substantially in connectivity, confidence, cognition and family support.

The next stage is therefore less about proving that telemedicine can be deployed and more about determining where it adds sufficient clinical and operational value to become sustainable routine care.

This connects directly with wider questions of remote monitoring, telecare and sensor-enabled support. Technology should be judged by the pathway it improves rather than the number of devices distributed.

Operational scenario: heart failure monitoring works because somebody responds

An 81-year-old man in Emilia-Romagna lives with chronic heart failure and has previously required hospital treatment following episodes of fluid overload. He remains independent in many daily activities and wants to continue living at home.

A telemonitoring pathway records relevant physiological measurements from home. Over several days, his weight increases and the pattern is accompanied by changes in other monitored indicators.

The technology identifies the change earlier than a traditional pathway dependent on him recognising deterioration and arranging an appointment.

But detection is only the first half of the service.

A clinically defined escalation pathway determines who reviews the information, what thresholds require action and how quickly the person should be contacted. A professional speaks with him, assesses symptoms and coordinates the appropriate clinical response. His treatment is reviewed before deterioration reaches the point at which emergency admission would otherwise become more likely.

The operational value does not come from the connected device alone. It comes from the combination of reliable measurement, clinically meaningful thresholds, professional oversight, access to the person's wider record and authority to intervene.

If alerts routinely wait in an unmonitored queue, the same technology can create false reassurance. If thresholds are too sensitive, excessive alerts create workload and desensitisation. If responsibility is unclear, everyone can see the deterioration while nobody owns the response.

That is why digital care is fundamentally a service-design question rather than an equipment question.

The National Telemedicine Platform depends on regional delivery

The Piattaforma Nazionale di Telemedicina creates a national enabling architecture while Regions and Autonomous Provinces implement their own telemedicine infrastructures and services.

This model has several potential advantages. It can promote interoperability and common technical foundations without requiring every Region to deliver care identically. It can support national oversight while allowing pathways to reflect local service organisation. It also creates an opportunity to reduce the fragmentation that can arise when individual healthcare organisations procure disconnected technologies.

But the same architecture makes governance critical.

Regional implementation needs to connect technology with Aziende Sanitarie Locali, hospitals, primary care, specialist services and territorial teams. Equipment procurement must be matched by workflow redesign. Professionals need appropriate access and training. People using services need to understand what the digital pathway does and does not provide.

Organisations examining comparable transformation can use the Digital Transformation Readiness Assessment to test whether strategy, workforce, governance and operational capability are aligned before technology is scaled. It is not an Italian regulatory instrument; its relevance lies in the wider principle that digital maturity involves much more than acquiring systems.

This is particularly important in long-term care, where the service environment is wider than the SSN. Municipal social support, family caregivers, domestic care workers and residential services may all interact with a person whose clinical information sits within health infrastructure.

The Fascicolo Sanitario Elettronico is part of the continuity architecture

Remote care becomes more useful when information can follow the person.

Italy's Fascicolo Sanitario Elettronico, the electronic health record infrastructure commonly referred to as FSE, is central to the national digital-health strategy. Its development towards FSE 2.0 is intended to move beyond a collection of electronic documents towards a more usable ecosystem of health data and services.

The National Telemedicine Platform is designed to interact with this wider architecture, alongside other national health-data systems. The strategic objective is important for older people because their care frequently crosses organisational boundaries.

An 85-year-old with diabetes, heart failure, impaired mobility and early cognitive decline may interact with a general practitioner, hospital specialists, pharmacy services, ADI professionals and emergency care within a relatively short period. If each part of the system works from incomplete information, digitalisation can simply reproduce fragmentation electronically.

Effective interoperability and system integration should therefore reduce the need for people and families to become the human interface between disconnected services.

That does not mean every professional needs unrestricted access to every piece of information. Access has to remain proportionate to role, purpose and Italian data-protection requirements. The challenge is to make relevant information available without treating privacy as an obstacle to continuity or continuity as a justification for unlimited data access.

Digital health does not eliminate the health-social care boundary

Italy's long-term care system spans health, social assistance and household support. Digital health infrastructure is strongest within the healthcare system, but many of the needs determining whether an older person can remain at home are social.

A remote blood-pressure reading can support clinical management. It cannot prepare a meal.

A fall sensor may identify that somebody is on the floor. It cannot guarantee that somebody can reach the home quickly.

A medication reminder can prompt a person to take treatment. It cannot necessarily establish why somebody with dementia repeatedly refuses it.

This distinction prevents digital care from being oversold.

ADI can bring professional health and social-health interventions into the home. Municipal services may support daily living through separate social-care arrangements. Family members and privately employed badanti often provide substantial additional assistance. Technology sits across this mixed system rather than replacing it.

For a person with complex needs, the strongest model combines digital information with human support. A remote alert may prompt an ADI response; a family member may help somebody use equipment; a municipal service may address practical risks that monitoring reveals; a general practitioner or specialist may adjust clinical treatment.

The question is therefore not whether technology can replace care. It is where technology can make existing relationships more timely, informed and sustainable.

Operational scenario: digital monitoring exposes a social-care gap

An 86-year-old widow lives in a small municipality in Veneto. She has diabetes and mild frailty but manages most daily activities independently. Her daughter lives around an hour away and visits at weekends.

Remote monitoring initially appears successful. Relevant clinical measurements remain stable, and the woman has not required unplanned hospital treatment.

Over time, however, the digital pathway begins generating inconsistent readings. Telephone follow-up establishes that the problem is not primarily technological. She has become less confident moving around her kitchen after a fall and is eating irregularly. Some days she does not prepare a proper meal.

The clinical data have revealed a deterioration that sits partly outside the clinical pathway.

A stronger response therefore looks beyond device troubleshooting. Her functional ability and falls risk are reassessed. The family is involved with her agreement. Available territorial and municipal support is explored, alongside practical measures that could make daily living safer.

The scenario illustrates why person-centred planning for older people remains essential in a digitally enabled system.

Success is not that her measurements continue arriving electronically. Success is that the system understands what changed in her life and responds in a way that supports independence.

Digital care can therefore increase visibility, but only a sufficiently connected care system can turn visibility into action.

Italy is beginning to test a broader model for the oldest population

A particularly important development in 2026 extends the digital agenda beyond conventional disease monitoring.

AGENAS selected 58 projects from 146 applications for an experimental programme involving approximately 60,000 people aged over 80 who have at least one chronic condition. The projects are supported by €150 million of PNRR funding and are designed to operate for up to 18 months.

The significance lies in the outcomes being pursued.

The programme is intended to support care at home while addressing cognitive and motor decline, medication adherence and social isolation. That broadens the concept of digital ageing from remotely observing disease towards helping preserve functional ability and connection.

The projects operate nationally but are not one uniform established service. They are experimental initiatives. Regions, supported by AGENAS, have roles in implementation, while ASLs coordinate operationally with existing health and social-health services.

This distinction matters. A promising national pilot involving tens of thousands of people should not be described as universal entitlement or proof that one model has already succeeded.

Its real value will emerge from what Italy learns about which combinations of technology and support work for which older people, at what cost, with what workforce requirements and with what impact beyond the experimental funding period.

The programme also creates an important governance opportunity: to measure whether digital interventions reach isolated and vulnerable older people rather than disproportionately benefiting those who are already confident users of healthcare and technology.

Digital inclusion is now part of healthcare equity

Age does not determine digital ability. Many older Italians use smartphones, messaging, online banking and health services confidently. Others have limited connectivity, sensory impairment, cognitive difficulties, low digital confidence or no suitable device.

A digitally enabled health system therefore has to avoid creating a new access test that people must pass before they can receive effective care.

The barriers can be practical. Small screens are difficult for people with visual impairment. Complex authentication can become a significant obstacle. Hearing loss can make remote consultation difficult. Poor connectivity matters in some rural and inner areas. Cognitive impairment can make device routines unreliable.

Family assistance can help, but reliance on relatives has consequences. It can transfer administrative workload to adult children and create inequality between people with digitally capable families and those living alone.

The stronger approach to digital inclusion therefore treats alternative access as part of service design rather than as an exception for people who have failed to adapt.

Digital services can offer multiple routes: supported onboarding, accessible interfaces, caregiver involvement with appropriate consent, professional assistance and continued non-digital access where clinically or practically necessary.

Technology becomes equitable when it expands choices rather than making one digital route compulsory for everybody.

Operational scenario: the most advanced pathway is not the most appropriate one

An 83-year-old woman in Calabria has chronic obstructive pulmonary disease and lives in a hill community. Her healthcare team considers remote respiratory monitoring that could reduce unnecessary travel and identify deterioration earlier.

Clinically, the model appears suitable. Operationally, several complications emerge.

Mobile connectivity inside her home is inconsistent. She has limited experience with digital devices and arthritis makes some controls difficult to use. Her son lives in northern Italy and cannot provide routine hands-on support.

Simply issuing equipment would technically enrol her while creating a high probability of failed use.

The team instead examines the whole pathway. Equipment is selected with usability in mind. Initial face-to-face support establishes the routine. A local professional contact is identified for problems that cannot be resolved remotely. The service also makes clear what symptoms require direct clinical contact rather than waiting for monitoring to detect them.

Technology now reduces some travel without removing local human support.

This is an important equity test for Italy's digital transformation. Geographic areas that could benefit most from remote specialist reach may also face connectivity, workforce and demographic barriers that make implementation harder.

Digital health can reduce distance, but it cannot abolish geography.

The workforce changes when care becomes digitally mediated

Telemedicine does not simply reduce professional workload. It redistributes it.

Some journeys can be avoided. Routine follow-up can become more efficient. Specialists can support care at a distance. Information can reach teams more quickly.

At the same time, somebody has to review incoming information, interpret alerts, contact patients, maintain equipment, manage exceptions and coordinate responses. Professionals also need confidence in when remote assessment is sufficient and when physical examination or direct observation is required.

Skill requirements therefore expand beyond basic digital literacy.

Staff need to understand data quality, remote communication, clinical thresholds, privacy, escalation, equipment limitations and how digital information fits with the wider care plan. Leaders need to model the workload created by monitoring rather than assuming automation removes it.

This connects digital transformation with workforce capability in services for older people.

It also creates new questions about role design. Teleassistance and monitoring can allow professional capacity to be organised differently, but efficiency gains depend on workflow. If every minor alert generates manual work, digital scale can increase workload faster than workforce capacity.

The future model therefore requires technology, clinical governance and workforce planning to develop together.

Telecare needs a response model, not simply an alarm

Telecare and assistive technology extend beyond the clinical telemedicine architecture. Falls alarms, environmental sensors, movement monitoring, medication prompts and other devices can help people remain at home, particularly where frailty or cognitive impairment creates additional risk.

The central operational principle remains the same: detection is valuable only when connected to response.

If a sensor indicates that an older person has fallen, who receives the alert? Can they access the home? What happens if the named relative is unavailable? How is repeated activation reviewed? Does the pattern trigger reassessment of mobility, medicines or the home environment?

A telecare service that answers only the immediate alert may prevent harm on one occasion while missing evidence of increasing frailty.

Conversely, using sensor data intelligently can create a more preventive pathway. Repeated nighttime movement might prompt assessment of pain, continence or cognitive change. Changes in ordinary activity patterns could justify contact before a more serious deterioration occurs.

The Positive Risk-Taking Planner can help organisations examining similar questions structure the balance between independence, safety and proportionate intervention. It does not determine Italian legal or clinical decisions, but the underlying principle is relevant: technology should support people to live with manageable risk rather than automatically eliminate autonomy in pursuit of maximum surveillance.

Dementia makes proportionality particularly important

Digital technologies can offer meaningful support to people with dementia and their families. Location-enabled devices may reduce some risks associated with becoming lost. Sensors can support less intrusive observation. Automated prompts may help during earlier stages of cognitive impairment. Remote contact can support families between face-to-face interventions.

But dementia also exposes the ethical limits of technology.

A system that tracks location continuously may improve safety while reducing privacy. Cameras may reassure distant relatives while intruding into a person's home and affecting workers providing intimate support. Automated systems may interpret movement without understanding its meaning.

Decision-making therefore needs to consider the person's abilities, preferences, level of risk, purpose of monitoring and whether a less intrusive approach could achieve the same objective.

The relevant question is not simply whether the technology works.

It is whether its use is justified for this person, for this purpose, at this point in their life.

This is where dementia, safeguarding and human-rights considerations intersect directly with digital innovation.

Families also need realistic expectations. A location device does not guarantee immediate recovery of somebody who becomes lost. A sensor does not replace supervision where continuous human support is actually required. Technology can strengthen a care arrangement without making an inadequate arrangement safe.

Operational scenario: technology supports independence without becoming surveillance

An 80-year-old man in Toscana has early-stage dementia and strongly values walking independently to a nearby café and local shops. His daughter becomes increasingly anxious after he returns home much later than expected on two occasions.

The simplest risk response would be to insist that he no longer goes out alone. A technologically maximal response might involve continuous location monitoring.

Neither automatically represents the best person-centred option.

The family and professionals explore what is actually happening. He continues to recognise familiar routes and can communicate his preferences clearly. The delayed returns occurred after he became distracted rather than because he could not find home.

A proportionate support plan combines practical orientation strategies, agreed contact arrangements and carefully defined use of technology. He remains involved in the decision. His daughter understands when location information should be used rather than monitoring him continuously simply because the capability exists.

The arrangement is reviewed as his dementia changes.

The outcome is not risk-free independence. It is supported independence in which the response remains proportionate to current ability.

This illustrates an important limit to automation in long-term care. Data can inform judgement, but it cannot determine the acceptable balance between safety, dignity and ordinary life without reference to the individual.

Data quality and alert governance determine whether scale remains safe

As Italy expands telemedicine, the quality of digital information becomes a clinical and governance issue.

Remote measurements can be incomplete or inaccurate. Devices can be used incorrectly. Connectivity can interrupt transmission. A person may stop monitoring because they feel well, while another may become anxious and measure excessively.

Services therefore need visibility not only of abnormal readings but of missing or unreliable data.

At scale, governance should be able to answer several practical questions:

• which patients are actively using the service and which have disengaged;
• whether alerts are reviewed within clinically appropriate timeframes;
• how frequently technical problems interrupt monitoring;
• whether escalation results in appropriate clinical action;
• which groups are less likely to complete or benefit from digital pathways; and
• whether remote care changes hospital use, functional outcomes, experience or continuity.

These questions move evaluation beyond counting consultations or devices.

The Quality Dashboard Builder offers organisations a practical framework for thinking about comparable performance and assurance questions. Applied conceptually to digital care, the important shift is from reporting activity to understanding whether technology produces reliable, equitable and clinically meaningful outcomes.

This aligns with the wider importance of quality data and performance metrics. Large volumes of digital data are not synonymous with useful intelligence.

Cyber security and privacy become part of continuity of care

The expansion of connected care also expands the consequences of digital failure.

A cyber incident affecting a conventional administrative system may disrupt paperwork. A disruption affecting a digitally dependent care pathway can interfere with communication, monitoring and clinical response.

Resilience therefore needs to be designed around service consequences.

Teams should know how care continues if digital systems become temporarily unavailable. People using remote monitoring need alternative contact routes. Critical clinical information should not become inaccessible at the point it is most needed. Providers and health organisations also need confidence that devices, platforms and data exchanges meet appropriate security requirements.

Privacy is equally important. Health monitoring can generate highly sensitive information about a person's conditions, routines and behaviour. The national telemedicine infrastructure operates within defined data-protection arrangements, but local implementation still requires appropriate access, role definition and professional practice.

The issue becomes even more complex where health systems interact with consumer technology, family-owned devices or privately purchased monitoring.

Strong cyber security and digital resilience are therefore not peripheral technical concerns. They are increasingly part of continuity, safety and trust.

Regional variation will shape the real impact of national infrastructure

National platforms can reduce some forms of fragmentation, but they cannot make every local service environment identical.

Regions differ in their existing digital infrastructure, provider networks, geography, workforce availability and models of territorial care. Urban populations may have easier access to physical alternatives when remote care is unsuitable. Mountain, island and inner-area communities may gain more from remote specialist access but face greater connectivity and workforce challenges.

The same technology can therefore produce different operational value in different territories.

A teleconsultation that avoids a 100-kilometre journey may transform access for one person. In another setting, the principal constraint may not be distance but the availability of a specialist to provide the consultation.

National governance should consequently examine distribution as well as aggregate scale.

If Italy exceeds a national telemedicine target while some territories, conditions or demographic groups remain consistently underrepresented, national success can coexist with local digital inequality.

The Digital Twin Scenario Modeller can help organisations exploring comparable system questions test how changes in demand, workforce, service capacity and technology may interact. It is not a predictive model of the Italian SSN, but it reflects the type of scenario thinking needed when digital transformation affects different territories unevenly.

From technology deployment to digitally enabled care

Italy's current investment phase has created an opportunity that extends beyond the PNRR milestones themselves.

The National Telemedicine Platform is a functioning part of the digital-health architecture. Regional infrastructures are developing around it. The FSE is intended to support richer information continuity. Telemedicine has reached substantial population scale. Home care has expanded, and new experimental programmes are examining digitally enabled support for some of the oldest people with chronic conditions.

The strategic question now becomes sustainability.

Technology purchased through time-limited investment programmes eventually requires recurring operational funding. Devices need replacement. Platforms require maintenance. Professionals need time to review information. Digital pathways need evaluation and redesign.

Some interventions will demonstrate sufficient value to become routine. Others may prove useful only for particular groups. Some pilots may identify benefits that depend on staffing or local infrastructure that cannot immediately be reproduced nationally.

That is a normal part of digital maturity.

The stronger future direction is therefore not continuous expansion for its own sake. It is selective institutionalisation of models that demonstrate improved access, outcomes, continuity or productivity while preserving rights and equity.

Artificial intelligence may eventually strengthen triage, risk identification and clinical decision support, and Italy's territorial digital programme includes work in this direction. But emerging AI capability should be distinguished from established routine long-term care practice. Algorithms can help prioritise information; they do not remove professional accountability for decisions affecting people's care.

What Italy's digital transformation offers internationally

Italy's experience offers several lessons without providing a model that can simply be copied elsewhere.

The first is architectural. National digital infrastructure can establish interoperability and common standards while allowing regional health systems to organise services around different local conditions. The transferable principle is coordinated infrastructure, not necessarily Italy's particular institutional arrangement.

The second is that telemedicine becomes more useful when developed alongside home and territorial care. Remote monitoring without response capacity is weak. Home care without information continuity is fragmented. Digital and service reform therefore need to progress together.

The third concerns scale. Reaching hundreds of thousands of people demonstrates implementation capability, but activity targets should eventually give way to questions about outcomes, equity and sustainability.

Finally, Italy's ageing population makes digital inclusion impossible to treat as a secondary technology issue. The people who may benefit most from remote support can also face the greatest barriers to using it.

Other systems can adapt these principles without reproducing the PNRR, the SSN or Italy's regional architecture. The international lesson lies in connecting technology with responsibility: every digital intervention should have a clear purpose, a human response, an accountable owner and evidence that it improves the person's care rather than merely digitising it.

Conclusion

Italy has moved digital health for ageing and home-based care into a new phase. Telemedicine is no longer principally an experimental concept: national and regional infrastructure has expanded, the PNRR target of at least 300,000 people receiving telemedicine support has been reached, and new programmes are testing how digital approaches can support older people with chronic conditions, functional risk and social isolation.

The central challenge is now to convert technological scale into dependable care. That requires interoperability, workforce capacity, accessible design, proportionate use of monitoring, cyber resilience and clear clinical responsibility. It also requires recognition that many determinants of successful ageing at home remain social and practical. A connected device cannot substitute for food, mobility support, human contact or an exhausted family's need for help.

Italy's strongest opportunity lies in joining these elements together. National infrastructure can enable consistency; Regions and local health organisations can shape delivery; professionals can turn information into intervention; and people using services can help determine when technology supports rather than constrains independence.

As PNRR investment moves from implementation milestones towards longer-term operation, success will increasingly be measured not by platforms installed or data transmitted but by whether digital care helps older people remain healthier, safer, more connected and more independent. That is the point at which technology becomes not simply digital health infrastructure, but part of a sustainable long-term care system.