Klaritee Architecture Overview
Model-Agnostic Determinism
Same Input → Same Verdict → Every Time
THE CHALLENGE
Wrapper Limitations
AI wrappers send prompts to models and return outputs directly, with limited control over how decisions are made. This creates three critical problems: outputs vary between runs, results change when models update, and there is no audit trail for compliance. When the underlying model changes, the product breaks.
Variable Outputs
Outputs vary between runs
Model Dependency
Results change when models update
No Audit Trail
No audit trail for compliance
THE SOLUTION
The Klaritee Approach
Klaritee inverts the architecture. Our deterministic engine owns the logic, the LLM is just an extraction layer. The verdict, scores, and reason codes are computed by our proprietary rules, not generated by AI.
SYSTEM DESIGN
Architecture
Layer 1
KLARITEE ENGINE
(Proprietary Logic)
Layer 2
ADAPTER LAYER
(Normalization)
Layer 3
ANY LLM
(Interchangeable)
Input → Engine scores & constrains → Deterministic Output
PROPRIETARY ASSETS
What Klaritee Owns
Visionary applications emerging from interpretive geometry research
01
Deterministic Scoring Engine
Propritary math that produces consistent scores regardless of which model extracts the underlying data.
02
Reason Code Library
Auditable, explainable codes that map findings to specific business logic, not AI hallucinations.
03
Evidence Extraction Rules
Structured schemas that constrain what the model can return, preventing drift and ensuring consistency.
04
Consistency Verification
Simply, we prove it works.
VALIDATION
Testing
We’ve ran hundreds of identical inputs through OpenAI, Anthropic, Gemini, and Grok. Result: identical verdicts, identical scores, identical reason codes. The LLM didn’t determine the outcome, our engine did.
IMPACT
Trajectory
Compliance Ready
Full audit trail. Every verdict traceable to specific rules.
Model Independent
Swap any AI model. Zero impact on outputs.
Defensible IP
The logic is ours. Model Agnostic. Not Rented.
Input → Engine scores & constrains → Deterministic Output
