Health Affairs
Ministry of National Guard
Success Story
AI-Powered Healthcare
description:
AI-Driven Healthcare Solutions were deployed as modular, plug-and-play components that integrate seamlessly with existing hospital systems, imaging platforms, and EMRs.
The deployment included multiple AI capabilities:
- An AI Medical Imaging Platform connected to imaging modalities and PACS to automate scan analysis and improve diagnostic efficiency.
- Diabetic Retinopathy AI, integrated into ophthalmology workflows via retinal cameras and screening units, enabling early detection and scalable screening
- Digital Patient History Intake, deployed through tablets and mobile applications to automate pre-consultation intake and synchronize structured data with EMRs.
- A Hospital Knowledge Base (Enterprise GPT), securely ingesting hospital policies, procedures, and documents to provide instant, AI-powered access to institutional knowledge for staff.
Impact:
- The integrated deployment resulted in:
- Faster diagnosis and reduced patient waiting times.
- Significant time savings for clinicians by automating documentation and imaging workflows.
- Improved patient flow across clinical departments.
- Reduced administrative and operational bottlenecks.
- More informed clinical and operational decision-making through real-time access to insights and knowledge.
- Strengthened digital maturity and readiness for future AI expansion across the healthcare ecosystem.
Telehealth
Health Affairs
Ministry of National Guard
description:
TeleHealth solutions were deployed as modular, interoperable components that integrate seamlessly with existing hospital systems and medical devices.
Deployment includes:
- Virtual Clinic: Portable or fixed stations equipped with FDA/SFDA-approved diagnostic devices, integrated video consultations, and hospital EMR connectivity.
- Diabetes Management: CGM wearables, mobile apps, and AI-enabled monitoring dashboards for clinicians.
- Smart Home Diagnostic Kit: IoT-enabled home kits connected to a cloud platform for real-time data sharing with physicians.
- Tele-ICU: Integration of bedside devices and ICU monitors into a centralized command center for 24/7 expert oversight.
- Tele-Cardiology: ECG, echo, and cardiac imaging systems connected to expert heart centers for remote consultation and interpretation.
- Tele-Radiology: Secure cloud-based PACS integration enabling remote reading, reporting, and collaboration.
Impact:
- Improved access to healthcare services.
- Faster clinical interventions.
- Reduced clinician workload.
- Enhanced disease management and continuity of care.
- Lower operational costs.
- Better patient experience.
- Higher operational efficiency across healthcare systems.
Digital Health System
Health Affairs
Ministry of National Guard
description:
Digital Health System solutions were deployed to integrate multiple hospital systems into a unified, interoperable digital ecosystem.
Deployment included:
- Integration of systems through secure APIs and interoperability standards.
- Centralization of data from imaging systems, clinical workflows, IoT devices, and operational platforms Configuration of dashboards, analytics, and digital workflows tailored to hospital needs.
Impact:
- Real-time visibility across clinical and operational workflows.
- Optimized staffing, bed management, and resource utilization.
- Enhanced interdepartmental coordination and reduced errors.
- Improved patient experience through faster, smoother care pathways.
Connected Oncology Care Model
Medical Services
Ministry of Interior
description:
The Connected Oncology Care Model was designed as part of the Medical Cities Program of the Ministry of Interior Medical Services, with the objective of establishing an integrated care model connecting clinical services, digital capabilities, and mobile care environments to enhance continuity of care and access to oncology services.
As part of the model implementation, technology solutions provided by the technology partner were utilized to enable selected components of the operating model, including:
- Integration of digital oncology tools with hospital systems to support a unified and integrated cancer care pathway.
- Secure collaboration between clinical teams and multidisciplinary case reviews.
- Enablement of mobile oncology units supported by the required treatment and connectivity infrastructure.
- Deployment of dashboards, case-review capabilities, and medical imaging viewers to support real-time coordination and decision-making.
Impact:
- Faster and more coordinated oncology case reviews.
- Expanded access to chemotherapy and specialized oncology services.
- Reduced patient travel burden and improved patient experience.
- Faster treatment decisions and enhanced operational efficiency.
- Improved continuity and integration of care across Medical Cities, hospitals, and other care settings.
Broadcasting Experience
Saudi Arabian Football Federation
Saudi Pro League
description:
Enabled broadcasting infrastructure across + 20 locations, including stadiums, MCRs, and data centers, that covering wholesale connectivity, stc data centers, broadcasting centers, and VAR site connectivity to support resilient, low-latency, and high-availability live broadcasting operations, while integrating with +10 key stakeholders across the broadcasting and sports ecosystem.
Impact:
Established a scalable infrastructure foundation that empowered and enabled a resilient broadcasting infrastructure aligned with global best practices and international broadcasting standards.