Aid point registry
Every point has location, responsibility, stock and access context.
First aid as an operating network
SmartAid
We crafted SmartAid as a bridge between physical medical equipment, mobile response flows, readiness checks and replenishment signals.
Introduction
Inside SmartAid
A first-aid point is only useful if the organization knows it exists, is stocked, is accessible and has a clear post-use process.
What had to be ready
The UX separates emergency use from administration: fast action in the field, deep traceability after the event.
Network
aid points
AED
readiness state
Mobile
field workflows
Restock
demand signals
Features
Product features with technical depth
We modeled readiness as a living state connected to locations, equipment, stock, usage and replenishment.
Usage session
During response, the flow captures use without overloading responders.
Readiness logic
Missing, expired and consumed items lower readiness automatically.
Replenishment bridge
SmartAid feeds AssetsManager with demand and restocking context.
IoT and device readiness
AED state, cabinet context and future hardware signals can feed the readiness model.
Supply integrations
Restock demand can move from field usage into inventory and supplier workflows.
AI-assisted readiness
Usage, inspection and location signals are prepared for assisted prioritization without replacing human control.
Readiness map
Locations show usable, degraded and critical aid points at a glance.
Challenges
Hidden readiness gaps
Organizations often discover missing stock or unavailable equipment only after a response starts.
Technical challenges
Offline response
Field flows had to stay usable where connectivity is unreliable.
Device state
AED, cabinet and kit signals needed a shared readiness model.
Supply sync
Usage events had to become restock demand without losing evidence.
Domain challenges
Responder pressure
Emergency flows had to stay calm and minimal.
Distributed readiness
Many aid points needed one understandable readiness language.
Post-use accountability
A response had to create restock, review and closure work.
Technology stack
Technology stack behind the product
SmartAid combines web and mobile flows, asset readiness, usage events and supply integrations across a tenant-aware platform.
Mobile
.NET MAUI, offline-ready response flows
Backend
.NET readiness and usage services
Supply
Demand signals, restocking
Edge
Future smart cabinets and AED context
Web app
Angular, readiness operations
Cloud
GCP, Kubernetes, containerized APIs
IoT
AED and cabinet readiness direction
Integrations
AssetsManager, supply and restock workflows
.NET MAUI
.NET readiness and usage services
restocking
Angular
GCP
containerized APIs
AssetsManager
Mobile
Supply
Web app
IoT
First aid
Readiness
offline-ready response flows
Demand signals
Future smart cabinets and AED context
readiness operations
Kubernetes
AED and cabinet readiness direction
supply and restock workflows
Backend
Edge
Cloud
Integrations
AED
offline-ready response flows
Demand signals
Future smart cabinets and AED context
readiness operations
Kubernetes
AED and cabinet readiness direction
supply and restock workflows
Backend
Edge
Cloud
Integrations
AED
.NET MAUI
.NET readiness and usage services
restocking
Angular
GCP
containerized APIs
AssetsManager
Mobile
Supply
Web app
IoT
First aid
Readiness
Preview
Platform insight
Selected product screens showing information architecture, UX decisions and real system surfaces.
Japonics
Know which first-aid points are ready before they are needed
SmartAid demonstrates how product craft can support high-pressure physical workflows.