Layers

Understand how CIRMS Global Layers move from automation and trusted operational data toward AI-ready knowledge and the planned evolution to AI-assisted intelligence.

CIRMS GLOBAL LAYERS

From operational execution
to AI-assisted intelligence.

CIRMS is structured as a layered platform. GL3 automates and acquires operational data. GL4 prepares that information as AI-ready knowledge. The planned GL5 evolution is designed to use that prepared knowledge for AI-assisted analysis, recommendations and decision support.

GL3

Operate and acquire

HERCULES executes automation, monitoring, health checks and data acquisition across the managed environment.

GL4

Prepare trusted knowledge

Operational data is ingested, enriched, validated and organized into governed, AI-ready knowledge assets.

GL5 Planned

Apply intelligence

Future AI models and assistants are intended to operate on the prepared knowledge foundation created through GL3 + GL4.

Overview illustration showing GL3 at the foundation, GL4 above it, and the planned GL5 intelligence layer at the top.
Overall relationship between the three CIRMS Global Layers. Click to expand the illustration on this page. View full-size illustration ↗
01 · GL3

Intelligent Automation & Data Acquisition

GL3 is the operational foundation of CIRMS. Running on HERCULES machines, it provides automation, orchestration, monitoring, health checks and controlled data acquisition across connected systems, databases, applications and services.

Its role is to capture operational reality in a structured and repeatable way. That includes executing jobs, collecting information, validating results and turning raw operational activity into usable data for the next layer.

  • Automated bots, workflow orchestration and job execution.
  • Unified access to infrastructure, services, logs and enterprise systems.
  • Extract, transform and normalize operational data.
  • Validation, monitoring, reporting and notifications.
Primary outcome: trusted operational data and repeatable process execution across the managed environment.

View CIRMS GL3 product overview →

CIRMS GL3 illustration showing Intelligent Automation and Data Acquisition capabilities.
GL3 visual summary: automation, orchestration, execution and operational data capture. View full-size illustration ↗
CIRMS GL4 illustration showing AI Data Readiness capabilities.
GL4 visual summary: AI Data Readiness from ingest and enrichment through governance and lineage. View full-size illustration ↗
02 · GL4

AI Data Readiness

GL4 transforms the operational information acquired through GL3 into curated, governed and AI-ready knowledge. This layer prepares data so that it can be understood, validated and used more effectively by downstream analytical and AI workflows.

Within CIRMS, this preparation pathway covers ingestion and discovery, metadata enrichment, semantic tagging, data quality checks, structuring and lineage, while the confirmed CIRMS delivery path further extends into curation, document generation, chunk generation, vector embeddings and semantic validation.

  • Ingest and discover enterprise data acquired through GL3.
  • Enrich datasets with metadata, context and semantics.
  • Improve trust through quality, structure and lineage.
  • Create AI-ready knowledge assets for future analysis and assistants.
Primary outcome: governed, structured and traceable knowledge prepared from operational data.

View CIRMS GL4 product overview →

03 · GL5

AI Intelligence Planned development

GL5 is the planned intelligence layer in the CIRMS roadmap. It is designed to activate enterprise AI on top of the trusted operational data acquired through GL3 and the governed knowledge prepared through GL4.

Rather than operating as an isolated AI feature, GL5 is intended to work with business context, human oversight and real enterprise workflows. In its planned form, it would support reasoning, semantic search, intelligent recommendations, conversational assistance and cross-department decision support.

  • Apply enterprise AI models to trusted, prepared knowledge assets.
  • Enable semantic search, natural-language interaction and intelligent assistance.
  • Generate cross-domain insights, recommendations and scenario support.
  • Integrate intelligence with business workflows and decision processes.
Primary outcome: human-supervised enterprise intelligence built on trusted data, governed knowledge and operational context.

View CIRMS GL5 product overview →

CIRMS GL5 illustration showing enterprise AI models, connected knowledge and intelligent decision support capabilities.
GL5 visual summary: enterprise AI models built on the GL3 + GL4 foundation to turn trusted knowledge into intelligent decisions and decision support. View full-size illustration ↗
LAYER PROGRESSION

How the layers work together.

Each layer has a distinct responsibility, but they work as one platform. GL3 creates the operational data foundation. GL4 transforms that foundation into AI-ready knowledge. The planned GL5 evolution is designed to apply intelligence to that prepared knowledge so people can act with more context and confidence.

Layer progression illustration showing GL3, GL4 and GL5 as a step-by-step operational sequence.
Progression view: capture and automate, transform to AI-ready knowledge, then apply intelligence. View full-size illustration ↗

One information flow, three responsibilities

STEP 1

Capture & automate

GL3 manages operational execution, monitoring and data acquisition through HERCULES.

STEP 2

Prepare & validate

GL4 enriches, structures and validates information so it becomes trusted AI-ready knowledge.

STEP 3

Apply intelligence

The planned GL5 evolution is intended to use that knowledge for insights, recommendations and decision support.

Next steps

Explore the right CIRMS layer combination for your organization.

Use the Products page to review the three CIRMS offerings, then contact Project TOHOL® to discuss how GL3, GL4 and the planned GL5 roadmap relate to your environment and business objectives.

Go to Products