hackathon prototypesystems2025
RESQ-Me
Emergency response and assistive intelligence system built under hackathon constraints, focused on an end-to-end shipped workflow rather than a demo-only interface.
No hero asset
Fallback architecture graphic
System Abstract
Problem and Constraints
Emergency response tools need to reduce friction under stress while remaining reliable enough to support real people, not just demonstrate an interface.
Constraints
- Rapid prototype timeline
- Human-centered workflow
- Reliability concerns
- End-to-end usability
- Hackathon validation
Architecture
Layered System Architecture
Problem Framing
Emergency response workflow
Identify where assistive intelligence can reduce response delay or user burden.
Prototype
AI-assisted workflow
Demonstrate a shipped system path under hackathon constraints.
Validation
HackHarvard result
2nd overall result; evidence of delivery under pressure.
Engineering Decisions
Tradeoffs and Consequences
| Decision | Reason | Tradeoff | Consequence |
|---|---|---|---|
| Prioritize complete workflow over isolated UI | Emergency systems need coherent input, processing, decision support, and user-facing response. | Some subsystem details remain expandable after the prototype phase. | The project is framed as a shipped system under constraints, not a visual demo. |
Artifacts
Evidence Pack
Markdown Body
Technical Writeup
Current Scope
RESQ-Me is documented conservatively. It is known as a real-world emergency response and assistive intelligence prototype built under hackathon constraints, with HackHarvard validation as 2nd overall.
Details such as production architecture, safety validation, deployment model, and long-term reliability work are expandable.