01
OPENRGB LISTENER
Reads live device colors and modes through the OpenRGB SDK bridge.
PR3SSURE LABS / PROJECT 03
ACTIVE DEVELOPMENT
AURORA
RGB control, translated.
Aurora is a Windows control project built to connect hardware that does not naturally speak the same lighting language. Its first target is the Lemokey P1 HE keyboard—bridging OpenRGB intent to the keyboard’s known-good controls.
Explore the system BUILD / EXPERIMENTAL
SELECTED DEVICELEMOKEY P1 HE
USB / HIDLIVE COLOR TRANSLATION
RGB INPUT0 · 0 · 255
HUE170
BRIGHTNESS10 / 10
One ecosystem.
Hardware left outside.
The Lemokey P1 HE is capable hardware, but it is not natively recognized by OpenRGB. Aurora explores the missing layer between them: listening, translating, diagnosing, and forwarding only commands proven safe on the keyboard.
02
LEMOKEY BRIDGE
Translates standard RGB intent into commands understood by the P1 HE.
03
MODE MAPPING
Matches outside lighting modes to the closest keyboard-native Aurora effect.
04
LIVE DIAGNOSTICS
Exposes connection state, detected device, RGB values, mappings, and errors.
[ CURRENT SIGNAL PATH ]From intent
From intent
to illumination.
01OPENRGBColor + mode source
02AURORANormalize + translate
03HID BRIDGEKnown-good commands
04P1 HEKeyboard-native effect
[ DEVELOPMENT LOG ]What works.
What works.
What comes next.
01COMPLETE
HID communication and acknowledged command sequences
02COMPLETE
OpenRGB SDK listener with device refresh and live RGB reads
03COMPLETE
Mode aliases, clean diagnostics, and safe unsupported-mode handling
04ACTIVE
Expand and verify native effect mappings across OpenRGB modes
05RESEARCH
Determine whether reliable per-key RGB streaming is possible
06NEXT
Bring the finished Figma control deck into the working Windows app
PR3SSURE LABS / FIELD NOTE
Built in public. Learned by doing.
Aurora is not being presented as finished software. It is a real, working experiment—documenting the difficult parts, the hardware limitations, and every useful breakthrough along the way.
[email protected]