This project introduces SMERS, a smart response system tackling the urgent crisis of maternal and newborn deaths in Kenya’s underserved communities.
# Smart Maternal Emergency Response System (SMERS)
## Executive Summary
SMERS is a full-stack emergency dispatch prototype focused on maternal and neonatal response coordination in resource-constrained settings. The platform demonstrates how real-time triage, fleet assignment, and operations visibility can be integrated into a single decision-support workflow.
This repository contains a working MVP built for simulation, classroom research, and architecture validation. The current implementation supports:
- live emergency intake and queueing
- automated nearest-responder dispatch logic
- map-based operational monitoring
- mission history and payment reporting
- administrator user management
The project was developed as a capstone software engineering project for the SWE4900 class and as evidence of end-to-end system design, implementation, and applied public-health problem framing.
## Problem Context
Maternal emergencies in peri-urban and informal settlement regions are often delayed by fragmented communication, transport bottlenecks, and lack of operational coordination. SMERS addresses this by modeling a centralized dispatch workflow where emergency events are triaged, assigned to available responders, and tracked through resolution.
## Research and Engineering Goals
1. Build an operational prototype that models emergency response dispatch under constrained resources.
2. Validate a simple automated allocation strategy (nearest available responder).
3. Provide role-based interfaces for dispatch and administrative oversight.
4. Create a platform that can be extended for field pilots and longitudinal evaluation.
## Current Capabilities (Implemented)
### Dispatcher Operations
- View a live emergency queue.
- Trigger simulated emergency calls for stress testing.
- Dispatch responders to incidents.
- Monitor active operations and mission progress.
### Main Dashboard (Operations View)
- Map visualization of incidents and responders.
- Live operations feed wi …