# From response-to-routine: embedding humanitarian supply evaluation in Singapore's health and community care systems

## TL;DR

This paper proposes integrating humanitarian supply evaluation into Singapore's healthcare to improve resilience, equity, and sustainability amid aging and climate risks.

## Contribution

The paper introduces a 'Response-to-Routine' framework for embedding humanitarian principles into public health systems.

## Key findings

- A four-dimensional framework is proposed to enhance healthcare resilience and equity.
- Scenario-based stress testing and community integration are recommended for policy implementation.
- Institutionalizing resilience audits can improve preparedness for vulnerable populations.

## Abstract

Singapore's ageing population and exposure to climate-related and pandemic risks demand a health system that is not only efficient but also inherently resilient to shocks and equitable in health service delivery. Policies need to address the current supply chain evaluations in public health to focus on cost and speed of healthcare delivery to close critical gaps in preparedness during times of sudden disruptions. Embedding a humanitarian perspective in public healthcare systems provides frameworks for resilience, equity, and sustainability. Yet these principles remain siloed from routine health governance. This policy brief argues for embedding humanitarian supply evaluation into Singapore's health and community care systems through a “Response-to-Routine” paradigm. We propose an implementable four-dimensional framework: Resilience & Equity, Climate & Sustainability, Governance & Collaboration, and Innovation & Learning, supported by scenario-based stress testing and community-level integration. This approach designed for policy level decision making ensures continuity of care for vulnerable populations, particularly older adults, while aligning with climate and health equity goals. Importantly, policymakers should institutionalise resilience audits and pilot integrated evaluation models in the existing healthcare landscape through a logistics and health systems lens.