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Inference governance · Symbolic reasoning · Patent pending

PRL3 · Adaptive Inference Suppression · Patent pending · USPTO #64/006,312

Cut Your LLM Costs by 94%

PRL3 is a kernel-level inference governance layer that sits between your application and your LLM provider. It learns which queries repeat, routes them through a verified semantic cache, and physically blocks GPU access until a valid request arrives. The result: dramatically fewer API calls, lower energy consumption, and full auditability — without changing your existing stack.
94%
accuracy on benchmark dataset
97%→6%
GPU call reduction R2→R3
16×
fewer GPU activations
Read benchmark results → ⚡ View Benchmark Results →
KANACKI Symbolic Regression · Feynman 100/100 · DOI: 10.5281/zenodo.20460025

Symbolic Regression That Finds the Exact Formula

KANACKI is a symbolic regression system that recovers exact mathematical expressions from data — including physical laws, engineering relationships, and noisy real-world signals. Achieved perfect scores on the Feynman benchmark (100/100) and Nguyen benchmark (12/12), including noise-corrupted variants. Published open-access on Zenodo under CC BY 4.0.
100/100
Feynman benchmark
12/12
Nguyen + Nguyen+Noise
26/26
generalization test
Read paper on Zenodo →
Quantum · TRL6 · Verified on IBM ibm_fez QPU

Passive Rule Extraction on Real Quantum Hardware

First demonstration of passive rule extraction on a real quantum processor. The system learns process behaviour — Bell states, GHZ patterns — without disturbing the computation. Foundation for efficient quantum characterisation and future quantum governance layers.
500
jobs on real IBM QPU
TRL6
confirmed by IBM engineer
passive
zero disturbance observation
Technical overview →