Telemedicine Platform · Products

QOCA Smart Healthcare Platform

QOCA (Quanta Cloud Architecture) represents Quanta Computer’s integrated smart healthcare platform, combining cloud computing, AI, and IoT technologies to digitalize hospital operations and enable remote patient care. The platform has been deployed at Taiwan healthcare institutions and demonstrated its capabilities during COVID-19 pandemic response.

Product Overview

QOCA operates as an integrated platform comprising multiple specialized modules rather than a single monolithic product. Each component addresses specific healthcare workflow requirements while maintaining interoperability through cloud architecture and standardized data exchange protocols.

The platform targets two primary use cases: hospital digitalization (smart ward management, AI-assisted imaging) and remote healthcare delivery (telemedicine, home monitoring). This dual focus allows healthcare systems to implement QOCA modules incrementally based on institutional priorities.

Key Features

QOCA atm (AI-TeleMedicine)

Cloud-based telemedicine solution providing:

  • Unified Communication: Video conferencing, text messaging, and voice communication between healthcare providers and patients
  • Multi-device Support: Accessible from smartphones, tablets, and PCs
  • 5G Integration: Optimized for deployment in rural areas with limited network infrastructure
  • Patient Monitoring: Real-time vital signs display and alert notifications
  • Medical Resource Sharing: Enables specialist consultations between urban hospitals and remote facilities

QOCA aim (AI Medical Imaging)

AI-powered medical imaging platform featuring:

  • HIS/PACS Integration: Automatic and manual data exchange with hospital information systems
  • DICOM Standard Support: Compatible with standard medical imaging protocols
  • Machine Learning Pipeline: Data preprocessing, feature engineering, and model training capabilities
  • Collaborative Annotation: Multi-user image labeling for AI algorithm development
  • On-premise Deployment: Data hosted within hospital internal networks for privacy compliance

QOCA home

Remote health monitoring system designed for elderly and chronic disease patients:

  • 4G-connected Tablet: Primary patient interface for communication and data display
  • IoT Vital Signs Monitoring: Heart rate, blood pressure, temperature, blood oxygen level measurement
  • Electronic Stethoscope: Remote heart and lung sound capture and transmission
  • Interactive Care App: Visual documentation and clinical condition recording
  • Health Questionnaire: Symptom tracking, comorbidity monitoring, and medication assessment

QOCA ward/spt (Smart Patient Terminal)

Hospital ward management solution including:

  • Bedside Care System: Mobile nursing devices, nurse station terminals, and patient bedside units
  • Smart Whiteboard: Real-time bed assignment and shift scheduling display
  • Nurse Call Integration: Emergency button, IV call, and text-to-speech announcements
  • HIS/PACS Data Exchange: Synchronized patient information across hospital systems
  • Entertainment System: TV, radio, video calls, and patient education materials

Technical Specifications

Designed for hospital and home care, QOCA supports 4G/5G/WiFi with DICOM and HL7 standards, deployable on hospital internal networks for patient data privacy.

ParameterSpecification
ArchitectureCloud-native, hospital on-premise deployment
Network Support4G, 5G, WiFi
Data StandardsDICOM, HL7 compatible
System IntegrationHIS, RIS, PACS
Data FormatsMAT, ROI, NII import/export
SecurityHospital internal network deployment, encrypted transmission

Clinical Applications

COVID-19 Pandemic Response

At National Taiwan University Hospital Yunlin Branch, QOCA home monitored over 800 COVID-19 patients during 2022. The system was deployed in both negative pressure isolation wards and home quarantine settings:

  • 36 deployments in hospital isolation wards
  • 21 deployments for home isolation patients
  • Remote vital signs monitoring without healthcare worker room entry
  • Video consultation for medication management and health education

Research published in JMIR Human Factors (2025) documented the system’s effectiveness in reducing healthcare worker exposure while maintaining care quality.

Smart Ward Implementation

QOCA ward solutions reduce nursing workload through:

  • Automated bed assignment and shift scheduling
  • Real-time patient status dashboards at nursing stations
  • Mobile nursing record keeping
  • Group broadcast notifications for physician rounds

Remote Elderly Care

QOCA home supports aging-in-place initiatives by enabling:

  • Daily vital signs monitoring without clinic visits
  • Video communication with family members
  • Remote physician consultations
  • Personalized health education delivery

Regulatory Status

RegionStatusNotes
TaiwanCommercializedDeployed at healthcare institutions
China (NMPA)Not AppliedSoftware platform, regulatory pathway varies
CE MarkUnknownExhibited at Medica Düsseldorf
FDAUnknown

As a software and IoT platform rather than a traditional medical device, QOCA’s regulatory requirements differ from hardware-based medical robotics. Individual hardware components (tablets, monitoring devices) may carry separate certifications.

Frequently Asked Questions

What is the difference between QOCA modules?

QOCA atm focuses on telemedicine communication, QOCA aim on AI-assisted medical imaging, QOCA home on remote patient monitoring, and QOCA ward/spt on hospital ward management. These modules share a common cloud architecture and can be deployed independently or as an integrated system.

Is QOCA available outside Taiwan?

Quanta Computer exhibits QOCA at international medical technology trade shows including Medica in Düsseldorf, Germany. International availability varies by region and would require assessment of local regulatory requirements and partnership arrangements.

How does QOCA handle patient data privacy?

QOCA aim and other modules support deployment within hospital internal networks rather than external cloud servers. This on-premise architecture addresses data sovereignty and privacy compliance requirements for sensitive medical information.

Last modified: January 16, 2026

Sources

Publicly available references used for the data on this page. See data methodology for verification standards.