// the find
Typelin/MR60-FLIR-FHIR-system
備份、更新使用
A student project integrating FLIR thermal cameras with Taiwan's HL7 FHIR standard for medical temperature monitoring. It bridges a FLIR Atlas C SDK camera feed through a Python backend to PostgreSQL, then exposes data via a web dashboard. The camera hardware hasn't arrived yet, so most of the thermal imaging work is still simulated.
The architecture separation is sensible — Python multithreaded server handles the REST API while static HTML handles the frontend, avoiding the complexity of a JS framework for what is essentially a data display. Cloudflare Tunnel for exposing a local server without public IP or port forwarding is the right call for a lab/school environment. The FHIR documentation work (TW Core IG analysis, HAPI FHIR storage mechanisms) shows the author actually read the spec rather than cargo-culting it. The SDK DLL bundling in the repo means someone can reproduce the environment without hunting down the right FLIR SDK version.
Private keys and PEM certificates are committed directly into the repo under python_scripts/atlas-c-sdk-windows-vs16-x64-mt-2.20.0/bin/ — that's a security issue regardless of whether these are sample/test credentials. The core integration doesn't exist yet: the actual camera-to-FHIR pipeline is blocked on hardware delivery, so what's here is mostly scaffolding and documentation. The Python server has no authentication on its REST API endpoints, so anyone who can reach the Cloudflare tunnel URL can read and presumably write patient temperature records. The repo description is literally '備份、更新使用' (backup/update use), which suggests this is a personal backup rather than a project meant for others to run or contribute to.