Hospital Wayfinding Mobile App
Budget: $250 – $750 CAD
I’m building a navigation app that works inside a hospital the same way Waze works on the road. The core idea is simple: the app will scan the entire facility using an AI-powered mapping workflow, then guide any user—patient, staff member, or visitor—to the exact room, ward, or department they need.
Scope and must-haves
• Native builds for both iOS and Android, released through the App Store and Google Play.
• Separate role‐based experiences so Patients, Staff, and Visitors each see routes and information relevant to them.
• Interactive 3D maps with pinch-to-zoom and rotation.
• Turn-by-turn voice guidance (Bluetooth-friendly for earbuds and hearing aids).
• Clear on-screen room and department labels that update as the user moves.
What I expect from you
1. A functional prototype that demonstrates accurate indoor positioning and real-time route recalculation.
2. A lightweight AI mapping routine (vision-based or LiDAR-compatible) I can run to generate the base map of any new hospital wing.
3. Clean, maintainable code with comments, plus build instructions for both platforms.
4. A short video walkthrough showing installation, map generation, and navigation from entrance to a chosen room.
If you’ve tackled indoor navigation, ARCore/ARKit, or Bluetooth beacons before, that’s a big advantage. Let me know which tech stack you prefer and any relevant apps you’ve shipped. I’m ready to move quickly once I see a solid plan and realistic timeline.
Scope and must-haves
• Native builds for both iOS and Android, released through the App Store and Google Play.
• Separate role‐based experiences so Patients, Staff, and Visitors each see routes and information relevant to them.
• Interactive 3D maps with pinch-to-zoom and rotation.
• Turn-by-turn voice guidance (Bluetooth-friendly for earbuds and hearing aids).
• Clear on-screen room and department labels that update as the user moves.
What I expect from you
1. A functional prototype that demonstrates accurate indoor positioning and real-time route recalculation.
2. A lightweight AI mapping routine (vision-based or LiDAR-compatible) I can run to generate the base map of any new hospital wing.
3. Clean, maintainable code with comments, plus build instructions for both platforms.
4. A short video walkthrough showing installation, map generation, and navigation from entrance to a chosen room.
If you’ve tackled indoor navigation, ARCore/ARKit, or Bluetooth beacons before, that’s a big advantage. Let me know which tech stack you prefer and any relevant apps you’ve shipped. I’m ready to move quickly once I see a solid plan and realistic timeline.