Digital Long-Term Care in Germany: Electronic Records, Connected Services and Digital Care Applications

A Pflegeheim nurse needs an updated medication list after a hospital admission. An ambulatory Pflegedienst is waiting for information from a medical practice. A family carer has discharge documents in one place, Pflege information in another and appointment instructions somewhere else. Each organisation may already use digital systems, yet the person’s care can still depend on telephone calls, scanned documents, manual re-entry and staff knowing whom to contact.

This is the central digital challenge within Germany’s long-term care system. The country has established a national Telematikinfrastruktur, expanded the elektronische Patientenakte and created routes for secure digital communication, electronic prescriptions and digital applications. Across the Germany Ageing, Long-Term Care & Community Support Knowledge Hub, however, digital maturity needs to be judged by whether these developments improve the everyday continuity of care experienced by older people, relatives and professionals.

Long-term care is particularly demanding because information moves across boundaries. Pflegeversicherung, statutory health insurance, hospitals, medical practices, pharmacies, therapists, ambulatory Pflege services and residential providers may all hold information relevant to the same person. Digitalisation therefore cannot be reduced to replacing paper documentation with screens.

The stronger objective is connected care: reliable information available to the right people at the right time, with clear permissions, usable workflows and accountability for what happens next.

Germany is bringing Pflege into the national digital health architecture

Germany’s Telematikinfrastruktur, usually referred to as the TI, provides the secure digital infrastructure through which approved healthcare organisations and applications can exchange information.

Medical practices, hospitals and pharmacies have already become established TI participants. Long-term care has historically sat further outside this infrastructure, despite the frequency with which Pflege services interact with the healthcare system.

That position has changed substantially.

Since 1 July 2025, eligible Pflegeeinrichtungen have been required to connect to the TI. This applies to the formal care sector rather than making family carers direct institutional participants in the infrastructure.

The requirement matters because it begins to position ambulatory and residential Pflege services as active participants in digital health communication rather than peripheral recipients of information.

By 2026, implementation remained incomplete. National monitoring indicated that only around half of Pflege facilities were connected at that stage, illustrating the difference between a statutory connection requirement and operational adoption across thousands of organisations.

This gap is important. Connectivity depends on more than acquiring technical access. Providers need appropriate identity credentials, compatible software, secure infrastructure, staff training, role-based permissions and workflows that make digital communication preferable to established alternatives.

The transition is therefore organisational as much as technical.

Electronic Pflege records and the ePA serve different purposes

One of the most important distinctions in German digital care is between a provider’s own electronic Pflege documentation and the national elektronische Patientenakte, or ePA.

An electronic Pflege record may contain the detailed operational information needed to deliver care:

• care planning and assessment information;
• daily observations and interventions;
• medication-related records;
• wound or risk documentation;
• changes in mobility, nutrition or cognition;
• contact and escalation information; and
• evidence of reviews, consultations and professional decisions.

This documentation primarily serves the organisation delivering Pflege.

The ePA has a different role. It is part of Germany’s broader health-information infrastructure and is intended to make relevant medical information accessible across authorised parts of the healthcare system where the appropriate access conditions are met.

For Pflege providers, access to relevant ePA information can reduce some of the uncertainty created when an older person moves between settings. Diagnoses, reports and medication information may be more readily available than when organisations depend entirely on paper documents arriving with the person.

But the ePA does not automatically become a complete long-term care record.

This distinction protects against an unrealistic assumption that one national record will eliminate the need for provider documentation, assessment or clinical judgement.

Electronic records only create value when information becomes usable

Digital systems can hold enormous quantities of information while still making care harder.

A hospital discharge document may technically be available yet contain little that helps a Pflege worker understand how the person transfers safely at 7am. A care provider may maintain detailed daily notes that are inaccessible to the hospital receiving the resident during an emergency.

The core problem is therefore not simply information availability. It is information relevance and interoperability.

Interoperability has several dimensions. Systems need to exchange data technically. Information needs to use sufficiently consistent structures and meaning. Staff need to know where to find it. Access permissions need to work. Workflows then need to ensure that new information changes the person’s actual care.

This is why interoperability and system integration are operational governance issues rather than purely software questions.

A digital discharge report that nobody reviews is no safer than an unopened envelope.

Secure communication can remove persistent coordination gaps

KIM, Kommunikation im Medizinwesen, provides a secure electronic communication service within the TI.

For Pflege organisations, its value lies in replacing some of the fragmented communication still conducted through ordinary email, fax, post and telephone follow-up.

A residential facility may need to contact a Hausarzt about a change in condition. An ambulatory Pflegedienst may need information from a hospital. A medical practice may need to send a document securely to a Pflege provider.

KIM creates a recognised professional communication route within Germany’s digital health environment.

Yet implementation is not solved by allocating a KIM address.

A provider still needs to determine:

• who monitors incoming communications;
• which staff may send information;
• how messages are assigned to the correct person;
• what happens when an urgent message arrives;
• how KIM information is transferred into the care record; and
• how responsibility is maintained across evenings, weekends and staff absence.

These decisions illustrate a recurring principle of digital records and information governance: secure transmission is only one stage of safe information management.

Operational scenario: digital communication prevents a medication gap

An 84-year-old woman in Hamburg returns to a Pflegeheim after a short hospital admission. Several medicines have changed. Historically, the nursing team might have received a paper discharge letter, then telephoned the medical practice and pharmacy to clarify discrepancies between the old medication plan and the hospital instructions.

In the newer digital workflow, relevant medical information can be checked through authorised ePA access, and the facility can use secure TI communication with the medical practice. Prescription processes can also interact with the E-Rezept environment.

The technology does not remove professional responsibility. A Pflegefachperson still needs to reconcile the information, recognise conflicting instructions and escalate uncertainty before administering medication.

The difference is that fewer stages depend on handwritten notes, repeated telephone calls or somebody physically locating a fax.

The facility subsequently reviews the event. It finds that the digital route shortened the time taken to confirm the new regimen but also identifies that only two senior staff members initially knew how to process incoming KIM correspondence.

The provider therefore changes the workflow, expands training and ensures responsibility is visible on every shift.

The scenario demonstrates the real digital dividend: not simply faster transmission, but more reliable continuity when technology, clinical judgement and governance operate together.

The electronic medication environment is particularly important for older people

Medication is one of the areas where fragmented information can create immediate risk.

Older people receiving long-term care commonly take multiple medicines prescribed by different clinicians. A hospital admission may change the regimen. Repeat prescriptions need renewal. Pharmacies may identify interactions. Pflege staff may observe dizziness, swallowing difficulty, sedation or refusal.

Germany’s digital health architecture increasingly connects these processes through the ePA, E-Rezept and evolving electronic medication information.

The significance for long-term care is not merely administrative convenience.

A more complete and current medication picture can support safer reconciliation, reduce transcription and improve communication between medical practices, pharmacies and Pflege organisations.

However, data completeness still matters. Digital records can create false reassurance if users assume that everything important must be present because the system is electronic.

Medication governance therefore remains a combination of digital data, professional assessment, communication and observation of the person.

Strong data quality and performance practice requires services to identify missing, contradictory and outdated information rather than simply trusting the presence of a record.

Digital Pflege documentation can release time or create new bureaucracy

Within Pflege organisations themselves, electronic documentation has become increasingly normal.

Used well, it can reduce duplicated recording, support mobile working, improve access to care plans, provide prompts for reviews and make changes more visible across teams.

An ambulatory care worker can potentially record information during a visit rather than completing paperwork later. A shift leader in a Pflegeheim can review emerging risks across residents. Managers can identify patterns in falls, wounds, hospital transfers or missed visits without manually collating multiple paper sources.

But digitalisation does not automatically reduce bureaucracy.

A badly configured system can create more fields, more clicks and more repeated recording than the paper process it replaces.

This matters because Pflege workforce time is already scarce.

The appropriate question is therefore not “Has the provider digitised documentation?” but “Has the digital workflow reduced avoidable work while improving the information needed for care?”

The distinction connects with automation and workflow design. Technology should remove unnecessary duplication, not simply automate the production of more documentation.

Digital systems should make changes in condition easier to see

Long-term care produces valuable longitudinal information.

A single blood-pressure reading, reduced meal intake or slower transfer may mean little in isolation. A pattern over several weeks may signal deterioration.

Electronic systems can make such patterns more visible by organising observations over time.

Providers may use digital dashboards or automated prompts to identify trends in:

• falls and near misses;
• weight and nutritional risk;
• wound progression;
• hospital transfers;
• medication incidents;
• declining mobility; and
• changes in behavioural or cognitive presentation.

This moves digital documentation from storage towards operational intelligence.

Organisations examining similar systems can use the Quality Dashboard Builder to structure how frontline data becomes visible at service and organisational level.

The key governance test is whether an emerging pattern leads to action.

A dashboard displaying rising falls does not improve care unless somebody reviews the pattern, investigates contributing factors and follows through on interventions.

DiPA create a distinct digital route within Pflegeversicherung

Germany has also created a specific statutory category for Digitale Pflegeanwendungen, or DiPA.

These are not simply commercial health apps purchased privately by consumers. They are digital applications assessed through the statutory DiPA framework and listed in the directory maintained by the Bundesinstitut für Arzneimittel und Medizinprodukte, BfArM.

The policy objective is to support Pflegebedürftige people in their everyday lives and help maintain or improve independence and abilities. The framework can also support the sustainability of home-based care.

Since the beginning of 2026, the benefit structure provides up to €40 per month for approved DiPA costs where the Pflegekasse authorises provision. A further amount of up to €30 per month is available for complementary support from an ambulatory Pflege service where such assistance is needed to use the application.

This separation is important.

Digital tools often fail not because the software is inherently ineffective, but because people are expected to install, configure and understand them without support.

The additional support component recognises that effective digital care may require human assistance.

DiPA policy has developed faster than practical adoption

The DiPA framework illustrates the difference between creating a reimbursement route and creating a functioning digital market.

The pathway was originally established earlier in the decade, but take-up by manufacturers was very limited. In early 2026, federal reform documentation acknowledged that no DiPA had yet entered the directory at that point and that the existing process had not succeeded in making the applications part of routine Pflege provision.

Subsequent reforms were designed to simplify requirements and make market entry more workable.

The 2026 changes also broadened the concept of pflegerischer Nutzen. Digital benefit is not confined to directly improving one of the assessed functional domains of the person receiving Pflege. Support for relatives or other unpaid carers can also qualify where it stabilises the home-care arrangement or provides meaningful relief to carers.

This is strategically significant.

A digital application that helps a family carer organise care tasks, develop practical skills or manage the demands of care may support the older person indirectly by making the home arrangement more sustainable.

It also connects digital innovation more closely with family partnership and carer support.

Operational scenario: a digital application needs human implementation

A man with Pflegegrad 3 in Bavaria lives with his wife, who provides most of his daily care. He has early cognitive impairment and increasing difficulty following household routines.

A suitable DiPA is available through the statutory route and is intended to support structured daily activity and the home care arrangement.

The Pflegekasse authorises the application. However, sending the couple an activation code would not by itself create an effective intervention.

The wife has a smartphone but is not confident configuring new applications. Her husband needs repeated prompts and cannot independently navigate unfamiliar menus.

An ambulatory Pflege service therefore provides the complementary support required to introduce the application. Staff configure it with the couple, identify which functions are actually useful and relate the digital prompts to the existing care routine.

After several weeks, the provider reviews whether the application is reducing confusion and making daily organisation easier rather than merely counting logins.

One feature is discontinued because the husband finds it frustrating. Another becomes useful because it supports a predictable morning sequence and reduces repeated instructions from his wife.

The lesson is that digital care remains person-centred care. Successful implementation depends on fit, usability, support and outcomes rather than the fact that a technology has passed an approval process.

Digital inclusion determines who can benefit

Digitalisation can reduce inequality or amplify it.

Older people vary enormously in digital confidence, sensory ability, cognitive capacity, language, finances and access to devices or reliable connectivity.

Some people actively manage banking, healthcare and communication online. Others may struggle with passwords, small screens or complex authentication. A person with dementia may use familiar technology effectively while finding a redesigned interface impossible.

Digital inclusion therefore needs to be treated as a service requirement rather than an individual deficit.

This means considering accessibility, language, cognitive load, visual design, alternatives to digital-only routes and the availability of human support.

The wider digital inclusion challenge is particularly important where digital channels become the assumed route for communication or access.

A system is not more accessible simply because it is online.

Consent, access and privacy are central to digital care

Long-term care involves some of the most sensitive personal information held within public services.

Health conditions, cognitive impairment, continence, medication, behaviour, family relationships and daily support needs can all appear in care records.

Digital access therefore needs to be proportionate and role-based.

The principle should not be that everybody involved in care needs access to everything. Different professionals require different information for different purposes.

This becomes especially important where a person has cognitive impairment or requires support with digital decision-making.

Family involvement may be extremely valuable, but being a relative does not automatically mean unrestricted access to every record. Services still need to consider the person’s wishes, applicable representation arrangements and the legal basis for information sharing.

These questions connect with safeguarding, capacity and human rights in older people’s services.

Digital convenience should not weaken privacy or autonomy.

Cyber security becomes a continuity-of-care issue

As Pflege becomes digitally connected, technology failure can increasingly affect direct care.

If staff depend on electronic medication information, mobile care plans, digital scheduling or secure communications, loss of access can disrupt operational delivery.

A cyber incident may therefore become a patient-safety and continuity event rather than solely an IT problem.

Providers need to understand which digital systems are critical, how access is restored, what safe fallback processes exist and how information recorded during downtime is reconciled afterwards.

The challenge extends beyond deliberate cyberattack. Network failure, expired credentials, unavailable software, device loss and supplier outage can all interrupt digital care.

This is why cyber security and digital resilience need to be integrated with ordinary operational governance.

The Digital Transformation Readiness Assessment can help organisations examine comparable dependencies across strategy, infrastructure, workforce, cyber resilience and implementation. It does not replace German legal or technical requirements, but it provides a structured way to test whether digital ambition is supported by operational readiness.

Operational scenario: a Pflege provider loses access to its digital systems

An ambulatory Pflegedienst in Baden-Württemberg relies on mobile devices for visit schedules, care plans and documentation. Staff also use digital channels to coordinate with medical practices and other partners.

Early one morning the provider loses access to its core software platform.

The problem immediately becomes operational. Staff need to know which people require time-critical medication support, which visits need two workers and whether any recent changes in risk have occurred.

Because the organisation has treated digital resilience as part of care continuity, an offline process exists for critical visit and risk information. Managers establish which functions remain available, activate the fallback schedule and prioritise people whose support cannot safely be delayed.

Once systems recover, staff reconcile the records created during the outage and check that no communication or medication action has been lost.

A subsequent review identifies that the fallback worked but relied too heavily on one manager knowing how to access emergency information. The provider therefore changes permissions and tests the process across different shifts.

The scenario demonstrates why digital maturity includes the ability to operate safely when digital systems are unavailable.

Workforce adoption determines whether technology becomes routine

Digital change frequently fails when it is treated as an implementation project owned by an IT department rather than a change in care practice.

Pflege staff need more than basic software training.

They need to understand why the workflow is changing, what information they are responsible for, how digital communication interacts with clinical escalation and what to do when systems provide conflicting or incomplete information.

Digital competence is therefore becoming part of workforce skills and technology adoption.

Different roles will require different competencies. A Pflegefachperson may need to interpret electronic medical information and manage secure communication. Administrative teams may maintain TI identities and organisational addresses. Frontline care workers may use mobile documentation and digital care plans.

Leadership also matters.

Staff quickly learn whether a new system genuinely replaces an old process or merely adds another task. If organisations continue requiring paper, duplicate spreadsheets and digital recording simultaneously, resistance may be entirely rational.

Digitalisation should reduce fragmentation between health and Pflege

The greatest strategic value of Germany’s digital infrastructure lies in its potential to reduce the separation between healthcare and long-term care information.

The boundary between SGB V healthcare and SGB XI Pflege remains institutionally important, but older people do not experience their lives according to statutory books.

A resident’s wound, diabetes, mobility, medication and need for help dressing are interconnected even if different systems finance different parts of the response.

Digital infrastructure cannot abolish legal and organisational boundaries, but it can make them easier to navigate.

Secure communication can reduce delays. Shared access to relevant medical information can improve transitions. Structured data can make deterioration easier to identify. Electronic workflows can reduce the need to repeatedly reconstruct the same history.

Digital success should therefore be assessed partly through continuity outcomes: fewer missing medication changes, fewer avoidable information delays and clearer responsibility after transitions.

Governance needs to measure the digital pathway, not just the technology

A provider can report that it is connected to the TI, uses electronic records and has introduced mobile devices. Those facts demonstrate infrastructure, not necessarily improvement.

More useful governance questions include:

• How often does information still have to be re-entered manually?
• Are critical communications acknowledged and acted upon?
• Do staff have access to the information needed for their role?
• Are medication discrepancies resolved more quickly?
• How much staff time is spent on duplicate documentation?
• Are digital incidents reviewed for care consequences?
• Do people and relatives understand how their information is used?

This is where digital audit and assurance become important.

Organisations examining digital governance can also use the Governance Maturity Assessment to test whether accountability, escalation and evidence are sufficiently connected to operational practice.

The central test is whether digital investment changes outcomes and reliability rather than merely changing the format in which work is completed.

Germany’s 2026 digital strategy points towards deeper integration

Germany’s updated digital strategy for health and Pflege continues the move towards more connected infrastructure rather than treating current TI applications as the endpoint.

Current strategic priorities include further modernisation of the TI, stronger use of common standards, easier adoption of useful digital applications and the continuing development of the European Health Data Space environment.

These ambitions sit alongside the expansion of ePA use and the effort to bring more Pflege providers into active digital exchange.

Some measures remain developmental rather than fully implemented across routine care. That distinction matters. National strategies can define direction long before every ambulatory service or Pflegeheim experiences seamless interoperability.

The next phase therefore needs to focus as much on implementation as architecture.

Germany already has many of the components required for digitally connected long-term care. The remaining challenge is making them function reliably together across thousands of organisations with very different size, workforce capacity and technical maturity.

What Germany’s digital transition offers internationally

Germany’s approach is shaped by its social-insurance structure, extensive provider market and nationally governed digital health infrastructure. Other countries cannot simply replicate the TI or its institutional arrangements.

Several underlying lessons are nevertheless transferable.

First, long-term care should not remain outside national health-information infrastructure simply because it is financed or organised separately from healthcare.

Second, interoperability matters more than the number of individual digital products deployed.

Third, digital applications need implementation support. Providing software without human assistance can exclude precisely those people who could benefit most.

Fourth, information governance and cyber resilience need to grow alongside connectivity.

Fifth, digital workforce development should focus on changed practice and decision-making rather than button-pressing competence alone.

Finally, technology should be assessed through outcomes such as continuity, safety, independence and reduced administrative burden.

The transferable lesson lies less in Germany’s particular technology stack than in recognising that digital infrastructure becomes valuable only when it changes the reliability of care.

Conclusion

Germany is moving long-term care from the margins of digital health infrastructure towards a more connected position within the Telematikinfrastruktur. Mandatory TI participation, secure KIM communication, wider use of the ePA, electronic prescribing, digital Pflege documentation and the evolving DiPA framework create significantly stronger foundations for information exchange than existed a decade ago.

The central challenge is now operational. Connection does not automatically create interoperability, and electronic information does not automatically create better decisions. Pflege organisations need workable processes for reviewing information, communicating changes, controlling access, responding to outages and ensuring that staff understand how digital tools change everyday care.

For older people and families, digitalisation should ultimately make the system easier rather than more complicated: less repetition of the same history, fewer lost medication changes, better coordination across transitions and technology that supports independence without eroding privacy or human relationships.

Germany’s next digital gains are therefore likely to come not simply from adding more applications, but from strengthening the connections between existing systems, organisations and people. The mature digital long-term care system is not the one with the most technology. It is the one in which technology quietly makes continuity more reliable, professional time more productive and the person’s care easier to understand and coordinate.