How does Causal Intelligence from Eyeris work?

Causal Intelligence from Eyeris operates as three coordinated asynchronous functions:
Data Collection, Causal Mapping & Measurement, and Causal Results.


Data Collection captures and validates every event. Active collection pulls data from source systems. Passive collection receives event streams pushed from client systems. Data validation enforces a strict data interface contract, ensuring that structure and content are consistent before further processing.

Causal Mapping and Measurement transforms events into a unified and reliable system of relationships. A semantic Rosetta translates all inputs into a common business language. Intelligent Data Quality reconciles overlapping observations of the same event across systems and aligns timing differences between them. Causal maps then define the cause-and-effect relationships between events, including constraints and measurable causal force.

Causal Results operationalize those relationships as an accessible database. Causal surveillance records each link activation as it actually occurred, which provides transparent auditability. Statistical denoising adjusts for outlier events, producing a stable view of causality for decisions.

How Does It Work

Causal Intelligence
Reporting, Analytics, APIs, & Forecasting Tools
Causal Results
Causal Surveillance
Statistical Denoising
Causal Intelligence
Causal Mapping and Measurement
Semantic Rosetta
Intelligent Data Quality
Causal Maps
Data Collection
Active & Passive Collectors
Data Validation
HR
IoT
SFA
Ledger
AR/AP
Support
ERP
CRM
Marcom
Payroll
eComm
Billing
OSS Event Streams

Click + to explore each layer

Click on any + in the diagram below to explore components

Each functional layer runs on its own cadence. Data Collection can process near real-time streams. Mapping and Measurement may run hourly or daily. Causal Intelligence persists continuously, while denoising can run on a schedule aligned to business needs.

The result is a system that continuously converts raw activity into a usable model of cause and effect.

What difference does Causal Intelligence make?