Browser dashboard for the prototype. The center contains the ID loop. Around it are three shells: min, med, high. Each shell has 20 vector ports: 12 truth tensors and 8 shadow tensors. The stack repeats under stress and reports how stable it remains.
The stack is stable but less rigid than the previous core-only model. Average stability is around 0.94, with minimum stability around 0.875. That is a healthy zone: coherent enough to preserve identity, loose enough to allow shell movement.
stable adaptive. Shell coherence averages 0.845.
Open runstable adaptive. Shell coherence averages 0.850.
Open runstable adaptive. Shell coherence averages 0.839.
Open runLowest amplitude shell. Fastest to respond. Acts like early warning and fine correction.
Middle shell. Balances signal and shadow memory. Main recursive stabilizer.
Outer shell. Highest reach. Handles repeat pressure and broad coherence checks.
ports 1–12 = truth tensorsports 13–20 = shadow tensors
We want the stack to live between 0.82 and 0.93. Below that, the field gets loose and noisy. Above that, it becomes too rigid and stops adapting. The gravity well is designed to hold the center without freezing the shell.
Each pulse corresponds to one local propagation state in the center kernel.
The center is no longer a static anchor. It breathes as a 27-step attractor: pulling unstable branches inward, releasing coherent branches outward, then repeating. That makes it less brittle than a fixed center.