From MOH Malaysia alignment to PDPA compliance and IEEE integration standards — VitalSync is designed with regulatory rigor as a first principle, not an afterthought.
VitalSync is developed in close alignment with Malaysian healthcare regulations and international standards — designed for the regulatory environment your hospital actually operates in.
Developed in alignment with Ministry of Health Malaysia guidelines for AI-assisted clinical decision support tools in hospital settings.
AlignedDesigned to meet the Medical Device Authority Act 2012 requirements for software as a medical device (SaMD) operating within Malaysian hospitals.
In ProgressVitalSync's audit trail and data logging architecture is designed to support Joint Commission International accreditation documentation requirements.
SupportedVitalSync's offline-first architecture eliminates the risk surface associated with cloud-connected clinical AI. There are no data-sharing agreements to negotiate — because data never travels.
All patient data stored on the edge device is encrypted using AES-256. No plain-text data is ever written to disk.
Full AI inference runs locally. No patient data is transmitted to external servers. Operates with zero internet connectivity.
Data handling practices are aligned with Malaysia's Personal Data Protection Act 2010 — including data minimisation, purpose limitation, and access controls.
While HIPAA is a US standard, VitalSync adopts equivalent safeguards for access logging, minimum necessary access, and breach response procedures.
System access is controlled by role — nurses, physicians, biomedical engineers, and administrators each see only what their role requires.
All local network communication uses TLS 1.3. No unencrypted data traverses the hospital network at any point.
VitalSync is a decision-support tool, not a decision-making system. Every AI output is explainable, every recommendation requires clinical sign-off, and every logic path is traceable.
Every alert generated by VitalSync includes a plain-language explanation of which signals triggered it — HR trend, MAP change, medication timing — so clinicians can immediately assess context, not just react to a number.
VitalSync does not autonomously escalate care or generate orders. All AI recommendations require acknowledgement by a credentialed clinical user. The AI advises; clinicians decide.
Clinical threshold parameters are set by your team's medical director and can be adjusted for patient population, ward type, and clinical context. VitalSync does not impose fixed defaults.
VitalSync's AI models are reviewed for demographic fairness across patient populations. Model versioning, update history, and validation results are available for clinical engineering review.
VitalSync maintains a complete, tamper-evident log of all clinical events, AI recommendations, and user actions — designed for incident investigation, quality review, and regulatory audit.
Every alarm event, AI recommendation, user acknowledgement, and clinical intervention is timestamped and stored in an immutable log.
Any clinical event can be fully reconstructed from the log — what was happening on all devices, what alerts were generated, and what actions were taken.
Audit logs are exportable in structured formats for MOH inspection, JCI accreditation review, or internal quality committee reporting.
| Standard | Purpose | Status |
|---|---|---|
| HL7 v2.x | ADT, lab results, medication orders from HIS/EHR systems | Supported |
| FHIR R4 | Modern EHR integration — patient resources, observations, medications | Supported |
| IEEE 11073 SDC | Real-time device communication — monitors, pumps, vents | Supported |
| DICOM | Imaging system integration for context-aware alerting | Roadmap |
| PDPA 2010 | Malaysian personal data protection — data handling & consent | Compliant |
| ISO 13485 | Medical device quality management system | Roadmap |