Accuracy

The architecture that makes AI more accurate.

Standalone LLMs reach only 5–17% accuracy on enterprise schemas.
PRISM delivers a stable 98–100% through a data meaning dictionary and agent orchestration. (measured across 500+ internal test iterations)

98-100%Analysis Accuracy
500+Measured Test Iterations
Core architecture

Three stages to elevate AI accuracy.

Even the same LLM produces different results depending on the system it runs on. PRISM completes enterprise AI analysis with a data meaning dictionary and AI agent analysis.

Accuracy on enterprise schemas · same LLM · three configurations
AI Alone 5–17%
~15%
+ Dictionary ~78% combined
~78%
+ AI Agent stable
98–100%
01The problem

LLM alone

On enterprise schemas — hundreds of tables and complex joins — standalone LLMs reach only 5–17% accuracy.
The model lacks business context, cannot disambiguate column names, and has no mechanism to validate its own output.

02The semantic layer

+ Data Meaning Dictionary

PRISM's data meaning dictionary translates physical schemas into business language.
Columns map to business terms, tables group into domain models, and accuracy on the query layer reaches 98–100%.

03The orchestration layer

+ AI Agent Analysis

Agent orchestration handles interpretation, follow-up questions, and judgment.
Even when individual LLM calls falter, the system delivers a stable 98–100% accuracy across all major models.

About these measurements Standalone LLM accuracy is benchmarked against public evaluation sets.
PRISM accuracy reflects 500+ internal test iterations across financial services, healthcare, and manufacturing.
Actual results in production depend on domain complexity and semantic-layer quality.

Good architecture produces better answers.

PRISM does not replace AI.
It surrounds AI with the structure enterprises require — so the model can focus on what it does best.

See the accuracy on your own data.

We will run a side-by-side benchmark on your environment:
standalone LLM vs. PRISM with semantic dictionary and agent orchestration.