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ASUS xHIS®
Open Platform. Shared Innovation. Better Healthcare.
A next-generation smart healthcare platform that's driving digital transformation in medical institutions.
Challenges and Opportunities in Healthcare IT
With the government promoting the Healthy Taiwan initiative and adopting next-generation HIS guidelines and Fast Healthcare Interoperability Resources (FHIR) standards, Taiwan is transforming its medical information platform. This shift is not merely about system upgrades; it's a move that will redefine how healthcare information systems operate in the decades to come.
Taiwan is globally recognized for its high-quality healthcare, yet its medical information systems still face several critical challenges, including:
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Aging Infrastructure : A reliance on monolithic HIS architectures that are over two decades old
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Data Silos : Lack of standardization, making cross-hospital integration difficult
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Barriers to AI : Difficulty in implementing Al and clinical decision support
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High Costs : Long implementation cycles and significant costs associated with customization
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Limited Sharing : Inability to share functional modules between institutions
Built for Next-Generation Healthcare
ASUS xHIS® combines ICT strength, medical know-how, and cloud Al computing to create a scalable, extensible, and collaborative digital ecosystem.
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Open Application Marketplace
Enabling clinicians, IT teams, and developers to co-create apps and modules for a sustainable ecosystem.
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Modular Framework
A pluggable architecture that enhances flexibility, maintainability, and cross-hospital sharing.
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FHIR/TW Core/xDS
Built on FHIR, TW Core, and xDS to ensure seamless integration and support for native AI services.
Al-First: Prioritizing AI Integration Across Clinical and Administrative Workflows
ASUS xHIS® is not a hospital administration system (HIS) with "Al added on top”. It is a platform that has been redesigned from the ground up, with AI as its core.
Intelligent ICD-10 Coding Assistant
- AI-powered ICD-10-CM/PCS code recommendations
- Intelligent ICD-10 search
- ICD-10 Al Insight detection of coding sources
- RW weight change alerts & comorbidity suggestions
- DRG smart audit and validation
- AI-recommended principal diagnosis
Clinical AI Assistant
- Automated clinical documentation and medical record summarization
- Abnormality detection and clinical reasoning analysis
- Customizable templates and adjustable smart prompts
Three Core Advantages
Exceptional Clinical User Experiences & Efficient Workflows
- Clinician-centered, personalized user experiences designed around real clinical scenarios
- Minimal clicks and optimized interaction flow to enhance overall consultation efficiency
- Unified one-page medical record snapshot for a complete patient overview
- Upports natural language search, Al auto-summaries, and intelligent coding services
- Consistent usage logic across outpatient, emergency, and inpatient modules to simplify implementation across departments
Flexible Architecture & Highly-Configurable Modules
- Modular design allows hospitals to freely add, remove, and adjust components based on needs
- Specialty workflows can be rapidly reconfigured, reducing demand for custom development
- Open architecture enables hospital IT teams and clinicians to independently extend small-scale features
- Shared configurations and modules across multiple campuses accelerate multi-side development
- Supports third-party module integration, fostering co-created functionality within and beyond the hospital
High-Performance & Highly-Reliable Platform Core
- Handles high-concurrency operations with millisecond-level response times
- High-availability design ensures that system updates occur with low latency and zero downtime
- Event-driven, real-time data flow enhances immediacy for BI and AI workloads
- Flexible deployment support for both on-premises and cloud environments
- Comprehensive High Availability (HA) and Disaster Recovery (DR) mechanisms ensure stable clinical operations
ASUS xHIS® Module List
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- Outpatient Order Entry System (OPD)
- Emergency Order Entry System (ER)
- Inpatient Order Entry System (IPD)
- Computerized Physician Order Entry (CPOE)
- Emergency Nursing System
- Inpatient Nursing System
- Nursing Station Management System
- Operating Room Management System
- Pharmacy Management System
- Laboratory Information System
- Radiology Examination System
- Pathology Information System
- Electronic Consent System
- Blood Bank Management System
- Consultation Management System
- Case Management System
- Referral Management System
- Electronic Medical Record (EMR) System
- Rehabilitation Information System
- Infection Control Information System
- Health Screening Management System
- Electronic Signature System
- Reporting & Regulatory Submission System
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- Registration System
- Billing System
- Claims Processing System
- Daily Closing System
- Inventory Management System
- Procurement Management System
- Cost Accounting Management System
- Executive & Operational Reporting System
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- FHIR Data Layer (xDS)
- Master Data Management (MDM)
- Real-Time Event Streaming
- API Gateway / Integration Platform (PACS / LIS / RIS / MIS)
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- Smart Alerts & Clinical Decision Support
- Intelligent ICD Search & AI-Powered Code Recommendations
- Automated Medical Record Summarization & Documentation Generation
- Abnormality Detection & Clinical Reasoning Analysis
- Patient Question Intake & Assisted Medical Record Drafting
Fundamental Differences From Legacy HIS Systems
| Aspect | ASUS xHIS® Next-Generation Platform | Legacy HIS |
|---|---|---|
| System Architecture | Open modular architecture (modular and micro-frontend) | Closed monolithic system |
| Data Standards | FHIR / SNOMED CT / LOINC / TW Core | Proprietary formats |
| Implementation Approach | Over 80% standardized for fast deployment | Fully customized for each hospital; has a long implementation cycle |
| UI/UX | Scenario-based design with consistent experience | Feature-heavy, not intuitive |
| Upgrades | Flexible deployment with zero downtime | Downtime required |
| Scalability | Open API and marketplace enables easy expansion | Difficult to integrate with external systems |
| Maintenance Costs | Significantly lower costs (automated and modular) | High |
ASUS Standards
Healthcare-Grade Security & Privacy Protection
Key Certifications
- International Standards :
ISO 27001, ISO 27701, ISO 27017, ISO 27018. - Industry Compliance :
Fully HIPAA compliant and aligned with healthcare cybersecurity regulations.
Security Features
- End-to-End Encryption :
Granular access control and comprehensive audit trails. - Multi-Layer Defense :
Continuous vulnerability scanning for maximum patient data safety.
Grow Together, Build the Ecosystem
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Healthcare Institution IT Teams
Reduce time spent on routine maintenance, so you can focus on building hospital-specific and differentiated modules to drive digital transformation.
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Existing HIS Vendors
Integrate with the xHIS Platform to jointly expand into new markets and upgrade existing systems to a modern, cloud-native architecture.
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SI / ISV Developers
Use xHIS development tools (SDK and Vibe Coding tools) to build differentiated, high-quality applications and publish them to the Marketplace for hospitals.
Taiwan Validation :
The First Hospital to Deploy Next-Generation xHIS
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StabilityEnsures zero downtime even under high-concurrency workloads. Core clinical workflows operate reliably, meeting the needs of medium to large hospitals.
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Modular ArchitectureA three-layer modular system allows independent updates. Modules can be rapidly replicated across departments and hospitals, reducing maintenance and customization costs.
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Platform CollaborationIntegrates internal and external hospital applications as well as third-party services through unified standards, accelerating collaboration and expanding the smart healthcare ecosystem.
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Data Quality
Data is structured and semantically consistent from the source, with traceable timelines, meeting RWD / RWE research-grade requirements.
