Commitment kernel
Watch commitment survive, or not, as text is compressed.
Try the demo →Explore
The field, assembled.
Four towers, one basin, one kernel. Ninety seconds on how MO§ES™ fits together.
Demos and walkthroughs
MO§ES SigRank walkthrough
Governed execution and the SigRank workflow, running as a Hugging Face Space. June 2026.
Try SigRank live →Physical Product Brief
A video brief on the physical product narrative and positioning.
SigRank in motion
Short promos for SigRank and the SignalAF board. The numbers come from the live board and the CLI on the day each one was made.
How SigRank works
Scan your AI logs, find your shape, measure your Yield, compare, climb the board. It reads token counts, never your prompts.
Ask your agent
The SignalAF analyst plugin pulls the board and lines you up against anyone. Volume isn't Yield.
The sheet fills itself
One command reads your local logs and fills in the numbers, platform by platform.
How do I compare?
Six operators down the board, six different shapes. See where you land.
See the live board → npx sigrank
3D models
Interactive, in your browser. Drag to orbit, scroll to zoom. Conceptual models, not experimental evidence.
The field builds itself in twelve chapters: a neutral grid, the four towers, the MO§ES rings, the zero threshold, reactive noise and the governed signal basin. Press Run to watch the full assembly.
Open the sequence →
The commitment kernel inside its transformation space. Compare a governed path with an ungoverned one as recursion deepens.
Open Global →
Noise rises, binding deepens. Both start at zero, and a governed kernel gives the negative surface its form.
Open World →
One noise terrain and three binding geometries on a shared reference plane. Tune the amplitude and depth and compare their profiles.
Open the Lab →Go deeper
The deck
The pitch, start to finish.
Read the deck →