Key Development
As of September 19, 2026, 1,268 of Vietnam’s 1,650 public and private hospitals had participated in electronic medical record implementation. The figure stood at 1,192 at the beginning of the year. Scale is therefore becoming less of the central question. The more consequential issue is whether information created inside those systems can be interpreted and reused elsewhere.
Vietnam’s Ministry of Health is targeting nationwide EMR implementation while moving toward longitudinal health-data management. In parallel, the sector is developing a National Health Database, a healthcare data dictionary for 2026–2027 and common data catalogues extending through 2030.
The regulatory architecture is also taking shape. Decree 102/2025 establishes a national health-data framework spanning 24 healthcare domains, while Circular 13/2025 requires electronic medical records to connect with individual identity information and comply with laws governing data, cybersecurity, privacy and electronic transactions.
Why It Matters
- Digitization is not interoperability. Two hospitals may both operate EMRs yet remain digital islands if they use different terminology, laboratory identifiers or data structures.
- Clinical value depends on data following the patient. Previous laboratory results, imaging, prescriptions and diagnoses can reduce duplication and improve clinical decision-making only when another provider can retrieve and interpret them reliably.
- EMRs are becoming payer and policy infrastructure. Around 99.5% of healthcare facilities already maintain connectivity with Vietnam Social Security’s claims-assessment system. Better standardized clinical data could extend this infrastructure toward utilization, quality and resource-management analytics.
- Cybersecurity becomes a clinical issue. As hospitals become dependent on digital workflows, ransomware, access-control failures or system outages can directly affect care delivery rather than remaining conventional IT problems.
Healthcare Insight Analysis
Healthcare Insight believes Vietnam is entering phase two of healthcare digital transformation.
Phase one was relatively easy to define: eliminate paper.
Hospitals deployed HIS, LIS, RIS/PACS, digital signatures and EMRs, turning clinical workflows into electronic processes.
Phase two is fundamentally harder: turn thousands of individual systems into a functioning healthcare data network.
The key issue is semantic interoperability.
A creatinine result, diabetes diagnosis or medication needs to carry sufficiently consistent identifiers and meanings for another information system to interpret it correctly without manual re-entry.
This is why a healthcare data dictionary, common catalogues and standardized exchange structures may ultimately matter more than simply adding another hospital to the list of institutions with EMRs.
Vietnam’s regulatory framework already points in this direction. Decree 102 uses the national personal identification number as the individual’s health identifier and defines a National Health Database connecting information across personal health, providers, workforce, pharmaceuticals and medical devices.
If that architecture works, the economic value extends far beyond hospital documentation.
Payers could analyze utilization and outcomes more accurately. Regulators could gain better visibility into disease burden and resource allocation. Pharmaceutical companies could potentially generate higher-quality real-world evidence where lawful data access and governance permit. AI applications would have access to better structured inputs. Most importantly, patients could gradually carry a longitudinal health record through the system rather than recreating medical history at every institution.
The trade-off is equally important.
Greater connectivity means a larger attack surface and greater consequences when governance fails.
Decree 102 sets conditions for the use of personal health data, while Circular 13 explicitly requires compliance with information-security, cybersecurity and personal-data rules. As interoperability increases, access controls, auditability, consent governance and incident response therefore need to mature at the same speed.
The objective should not be the largest possible health database.
It should be data standardized enough to be useful and governed tightly enough to remain trusted.
Market Implications
Hospitals: simply having an EMR will cease to differentiate. Data quality, workflow integration and external interoperability will become more important indicators of digital maturity.
Healthtech vendors: demand is likely to shift from standalone software toward interoperability layers, APIs and integration, master-data management, cybersecurity and analytics. Closed systems may become strategically less attractive.
Pharma, medtech and CROs: standardized healthcare data can expand opportunities for real-world evidence, outcomes research and patient-pathway analysis, while raising the compliance threshold for secondary use of sensitive information.
Payers and regulators: interoperable data could reduce duplication, improve claims verification and eventually support a transition from monitoring service volumes toward measuring quality and outcomes.
The next two signals matter most: whether Vietnam successfully implements its sector-wide data dictionary during 2026–2027, and whether EMR information begins following patients between institutions rather than remaining electronic records locked inside individual hospitals.
If both occur, Vietnam’s EMR rollout will have crossed an important threshold: from a paperless project into the data infrastructure of a national healthcare ecosystem.