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Gallery/How Winners Win/What Separates a Winning Public-Good Project From a Worthy One

What Separates a Winning Public-Good Project From a Worthy One

Good intentions do not win. Every public-good project in this archive nailed the operational details.

HERO optimizes ambulance routes, but rather than just calling a maps API it carries a separate model predicting how much time siren privilege actually saves, and it builds the screen a control room would use. VitaSort reorders an outpatient queue by urgency but deliberately refuses to let a generative model make the call, using the deterministic NEWS2 score so behavior stays predictable. The Dallas waste system goes as far as dynamically rerouting collection based on fill predictions.

The common thread is that each one specifies who looks at which screen, when, and what they decide. Toddle AI offers gait analysis but states plainly that it is a research prototype, not a diagnostic. The OpenMRS consultation stack builds in the assumption that a clinician reviews the output before it is relied on. In domains where lives are at stake, designing so that the AI's output is not blindly trusted is what earns credit.

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Takeaway: if you pick a social problem, cut the time you spend describing how serious it is and spend it on operational detail instead. Who uses this? What happens when it is wrong? Where does responsibility stop? A project that answers those three separates itself sharply from others on the same subject. A pitch that ends at 'this problem matters' is the pattern judges see most often.

Projects cited in this analysis

2025H
Grand Prize ($2,500)

HERO (Hybrid Emergency Route Optimizer)

Microsoft Fabric FabCon Global Hack
A real-time ambulance routing engine on Microsoft Fabric: dispatch events landing in a mirrored Azure SQL database trigger a notebook via Activator, which combines the Google Routes API with an ML model predicting the speed advantage of siren privilege, surfaced to control rooms on a Power BI map. Built by an Italian developer.
2025S
Best AI Application ($1,500)

Smart Waste Management for Dallas

Microsoft Fabric FabCon Global Hack
An AI system that makes city waste collection smarter: it monitors bin fill levels, predicts when they will overflow, and dynamically reshuffles collection routes. Built by a Kenyan team with Fabric Data Agents, Copilot Studio and Azure OpenAI.
2026T
Winner

Toddle AI

Qualcomm x Meta ExecuTorch Hackathon
A privacy-first Android app that analyzes toddler walking videos entirely on-device: it checks capture quality, runs 33-landmark pose estimation locally, applies deterministic gait analysis, and has a local AI assistant explain the results to parents (a research prototype, not a diagnostic tool).
2026V
1st Place

VitaSort

OpenMRS x EMR4ALL AI Hackathon
Re-ranks the patient queue by clinical urgency inside OpenMRS. Rather than leaving triage to a generative model, it uses the deterministic NEWS2 score, so the behaviour is predictable — judges and community voters both put it first for how deployable it looked.
2026O
2nd Place

OpenMRS LiveKit

OpenMRS x EMR4ALL AI Hackathon
An offline-capable stack that transcribes and translates a consultation on the spot. Audio never has to leave the site, and the workflow assumes a clinician reviews the output before it is used.
2026S
LFM Application Track — Silver Award

SAFi

Hack the Liquid Way (Liquid AI)
Detects the signs of a phone scam in real time and warns the person while the call is still happening. It targets a problem specific to Japan, and the judges credited the choice of where to put the LFM and the care taken over the user experience.

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