Two-way Microsoft To Do sync with device tasks. This project does not generate a separate ink-card image.
Microsoft To Do Sync
Connect Microsoft To Do with tasks on one or more NOTE4 devices from your Mac.
No flashing · Plugin · Task-list sync
Custom ink cards · NOTE4 · Monochrome
Record temperature, power and load in the Windows background to compare long-term cooling trends. The Zectrix edition turns 30-day daily trends and smoothed post-cleaning trends into cards, delivered through Zectrix Cloud Open API and displayed on NOTE4’s sync cycle.

Record temperature, power and load in the Windows background to compare long-term cooling trends. The Zectrix edition turns 30-day daily trends and smoothed post-cleaning trends into cards, delivered through Zectrix Cloud Open API and displayed on NOTE4’s sync cycle.
Install & use
Enter a key and give the task to your local AI. AI handles installation, previews and device discovery.
AI uses the key to list your devices; you only need to confirm which one to use.
Sign in to the cloud platform by QR code → use Scan in the mini program's Me tab → open Open API on the website → create an API Key.
A shorter path is planned: Get API in the mini program menu. This entry is not live yet.
Codex on your computer can install dependencies and run programs locally.
After copying, start a new chat in Codex on your computer and paste the task.
Leave it blank if unknown. AI can retrieve it from the official device list, without searching the device menus.
The Key is only saved in a local connection file and is not included in the AI task.
The key is in your saved local file. This page only remembers the filename and device selection, which you can reuse for another plugin.
This project supports NOTE4 · Monochrome.
The task includes project information, standard API documentation, the connection filename and device selection. The API Key stays in a local file and is never copied into the task.
Confirm that the device displays the expected ThermalTrace screen and continues to update correctly.
AI generates a preview first, then confirms the target device and first update with you. It reports installation location, verification results and how to start again. Continue in the same conversation if anything goes wrong.
Monochrome NOTE4 · Windows 10/11 x64 · Zectrix edition · Zectrix Cloud API Key and device MAC · Administrator privileges at runtime
Choose ThermalTrace-0.3.1-Zectrix-Setup.exe from GitHub Releases. The standard ThermalTrace-0.3.1-Setup.exe has no e-paper push, and Source code archives are not installers. Installation needs no elevation; reading CPU temperature requires administrator privileges at runtime.
The app starts in the system tray; double-click its icon to open the main window. Check sensors and sampling first, then set a cleaning baseline date if needed. Aggregated slices are saved every 30 minutes by default. Intel is the main tested platform; AMD compatibility needs checking.
Enter your own Zectrix Cloud API Key and device MAC in the Zectrix edition, and check image slots and the daily schedule. Preview and send the cards, then wait for NOTE4’s sync cycle to confirm display. The second cleaning-trend card is sent only when applicable. No local-push SDK is required.
Source, installer links and author device photo reviewed · No independent hardware test. Generating the task neither sends it nor runs an installation.
Classification follows the delivery path. ThermalTrace samples and renders on the PC, but uploads cards to Zectrix Cloud for NOTE4 to poll. It is not a direct LAN SDK application or device firmware.
Card delivery uploads rendered PNGs, not raw CSV or sensor details. The API key is stored locally with Windows DPAPI. The optional ambient-weather feature separately uses public-IP geolocation and weather requests; it can be disabled or configured manually.
The author submitted this photo of ThermalTrace trends on NOTE4; its original timestamp is retained. We reviewed the public source, v0.3.1 installer links and cloud delivery path, but did not install on Windows or independently test sensors and device delivery. Project code is MIT-licensed; third-party licenses remain applicable.