Proprioceptive AI — Operating System

AI That
Senses
Itself

Real-time behavioral monitoring for language models. Proprioceptive AI gives your models self-awareness — detecting drift, hedging, and hallucination before they reach the output.

Architecture-Independent Probe Layer
Live Behavioral State REAL-TIME
Calibration
0.97
Hedge Detect
0.03
Hallucination
0.04
Sycophancy
0.02
Reasoning Depth
0.89
Separation: 999× Overhead: 0.003%
55–190
Patents Filed
999×
Behavioral Separation
7
Architectures Proven
0.003%
Compute Overhead

See What Others Can't

01

Probe the Hidden States

Lightweight neural probes attach to any model's hidden states during inference. No fine-tuning. No weight changes. Works on frozen models.

02

Detect Before Output

Probes read behavioral patterns — hedging, hallucination risk, sycophancy, shallow reasoning — before they reach the generated token.

03

Correct in Real-Time

The model receives behavioral feedback at decode time. Enhancement signals boost good reasoning. Suppression signals correct drift.

Built for Every Model

Application Layer
Clinical AI
Legal AI
Financial AI
Enterprise AI
Proprioceptive Probe Layer (Architecture-Independent)
Model Layer
Transformer
Mamba
RWKV
MoE

No proprietary architecture lock-in. Train once, deploy everywhere.

The Future Should Be Advanced.
It Should Be Safe.

Every major AI lab is trying to make models safer. None of them can see what the model is actually doing inside. Proprioceptive AI changes that — giving AI systems the self-awareness they were always missing.