Thalorin
Research
Path Integral Optimization

Feynman Engine

All possible solutions evaluated simultaneously.

Sum Over Histories

All Paths · One Solution

Rather than traversing decision trees sequentially, the engine computes probability amplitudes across the entire solution space. Every path is considered.

The optimal emerges.

Compliance frameworks share more than they differ. The same evidence, the same controls, the same intent — scattered across dozens of overlapping standards. The Feynman Engine sees what humans miss: the hidden topology connecting every requirement to every other.

How It Works
01

Ingest

Frameworks, controls, and evidence enter the system as structured data.

02

Map

Semantic analysis identifies relationships across overlapping requirements.

03

Compute

Path-integral optimization finds the minimal evidence set.

04

Resolve

One artifact satisfies many controls. Automatically.

NIST 800-53FedRAMPCMMCSOC 2ISO 27001HIPAAPCI DSSStateRAMPNIST CSFCJISITARIL4/IL5

1

evidence set to satisfy them all

Control Mapping

One to many.
Many to one.

Thousands of overlapping requirements. The engine finds the minimal set that satisfies all constraints.

Evidence Propagation

Single artifact.

One piece of evidence. Automatically linked to every applicable control across every framework.

Ripple Model
Convergence

All paths considered.
One solution emerges.

The engine evaluates every possible compliance path simultaneously, converging on the optimal strategy.

"The first principle is that you must not fool yourself, and you are the easiest person to fool."
Richard Feynman
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