Symposium 14 - Innovative Development in Hong Kong

From identification of cholera outbreak by John Snow in London in 1850's to COVID-19, location does matter! Sr CHAN will share his insights based on his experience on how spatial data could provide information to identify various issues, such as public health, spatial analysis may aid policy makers and practitioners to allocate resources effectively, reveal spatio-temporal patterns of infectious diseases, and align adequacy of health services with community needs. Nonetheless, how can we get the spatial data from various partners in the first place? What if they are in different formats? Or even they are currently not readily available? Sr CHAN will talk about his journey in the past 10 years from finding available prevailing data for preparing the reply of a single LegCo question related to land matter in 2012 to the release of Common Spatial Data Infrastructure (CSDI) portal for public use. He would like to walk through his journey on reinventing spatial data in Hong Kong, from system development, to policy formulation, driving the CSDI initiative, and creating policy decision.  While the CSDI initiative aims to provide convenient, easily accessible, quality, standardised and up-to-date spatial information and services, is welcomed by different stakeholders and considered as important, driving such initiative falling in the "important but may not be imminent" quadrant is challenging.  The process of driving the CSDI initiative involves goals setting, mindset/cultural changes, policy formulation, breakthrough of red tapes, collaboration and partnership, engagement, managing stakeholders' expectations, data sharing and technical know-how.

In today's ever-evolving aviation industry, innovation stands as the foundation of progress and efficiency. Hong Kong International Airport (HKIA) has firmly established itself as a pioneer in digital advancements and technological integration, setting benchmarks for airports worldwide. Central to this vision are transformative initiatives that redefine the passenger experience and operational excellence.


Among HKIA's most remarkable developments is the implementation of facial biometrics, enabling seamless and contactless check-in and boarding processes. Autonomous vehicles, designed for transporting cargo, baggage, and passengers, demonstrate the airport's commitment to enhancing mobility and streamlining logistics. The newly established Airport Control Centre acts as a nerve center, integrating advanced monitoring systems and real-time decision-making capabilities to ensure smooth operations. Additionally, data-driven strategies have revolutionized efficiency by optimizing resource allocation and fostering proactive management practices.


These groundbreaking projects form the core of HKIA's 10-year technology roadmap, a visionary framework aimed at transforming the airport ecosystem. By embracing innovation and leveraging cutting-edge technologies, HKIA has succeeded in setting new standards for operational reliability, passenger convenience, and sustainability.


This presentation offers an insider's perspective on the journey of airport innovation, uncovering key elements driving these transformative changes. Drawing from firsthand experiences and insights, it provides a comprehensive analysis of the strategies, technologies, and methodologies shaping the future of air travel. Explore how HKIA's bold initiatives continue to revolutionize the aviation industry and redefine the airport experience for travelers across the world.

The Hospital Authority (HA) is spearheading a visionary transformation of its Business Support Services (BSS) into intelligent, next-generation "SMART" operations, setting a new benchmark for future-ready hospitals. Recognizing critical challenges including operational inefficiencies and pressing sustainability demands across its vast network of hospitals and clinics, the HA is strategizing an innovative suite of smart BSS applications to revolutionize administrative service functions. These encompass equipment management, procurement, linen and laundry services, patient food preparations, domestic operations, security protocols, patient transportation logistics, and comprehensive patient and staff support systems.
To overcome existing hurdles with cutting-edge solutions, the smart BSS framework is built upon five strategic pillars: Robotics and Automation, Tracking and Monitoring Technologies, Artificial Intelligence and Machine Learning, Smart Hospital Support Services, Hospital Working Applications. These pillars are designed to drive operational excellence, enhance service quality and safety, and elevate both patient and staff experiences to unprecedented levels. Moreover, the HA is pioneering forward-looking innovations, including the integration of low-altitude economy applications in hospital administrative services and the establishment of a Non-clinical Command Center. This state-of-the-art hub will serve as the nerve center for smart BSS initiatives, harnessing big data-driven intelligence to facilitate proactive decision-making, predictive analytics, and optimized resource allocation.
By championing this technology-driven revolution, the HA is forging a resilient, sustainable healthcare ecosystem aligned with the Smart Hospitals vision and culture, while shaping a smarter, more agile future for healthcare delivery.

Emergency Medical Services (EMS) sits at the interface between public health, public safety and the healthcare system. It is an integral part of any health system, as many emergency conditions have time-dependant outcomes, yet outcomes are not dependant on EMS actions alone. Unfortunately many health systems and practitioners still tend to act and think in silos. In this talk we will explore how EMS fits into the bigger Emergency Care and Health System and the key role that data and health services research can play, to translate best evidence into best practice and best outcomes. We also look at the wider context of global health and the role of EMS in the international context.
Objectives
1.    Understand the role of EMS within the health system
2.    Use the 'Framework of Survival' as a conceptual framework to understand how EMS can impact society and outcomes
3.    Explore the role of evidence and health services research to translate into implementation and impact
4.    Understand the wider global health role of EMS