An OAC AI Agent is built from four components: a Dataset, Supplemental Instructions, Knowledge Documents, and a Welcome Message. Your semantic model tells the agent what your data looks like โ
Supplemental Instructions tell the Agent how your business thinks.
Your AI Agent reads your semantic model and knows your columns, synonyms, and data types. But it doesn't know that your fiscal year runs June to May, that "Strategic accounts" means Enterprise + Mid-Market, or how to compute your custom KPIs built in workbooks. Supplemental Instructions bridge that gap โ they define the business rules, custom calculations, and reporting preferences that turn the agent from a generic assistant into a domain expert.
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An OAC AI Agent is built from four components: a Dataset (your indexed data), Supplemental Instructions (custom rules that shape reasoning), Knowledge Documents (enterprise content for factual grounding via RAG), and a Welcome Message. Together they transform the AI Assistant from a generic tool into a domain expert.
Supplemental Instructions are the most impactful component. They define the logic, expectations, and interpretation rules that guide the AI's reasoning โ acting as the Agent's operating manual. While your semantic model tells the agent what your data looks like, Supplemental Instructions tell it how your business thinks: your KPI formulas, fiscal calendar, attribute groupings, default filters, chart preferences, and custom calculations that exist in your workbooks but the agent cannot access on its own.
This is the R.T.C.C.O.E framework โ built specifically for OAC by Oracle's CEAL team.
Before writing Supplemental Instructions, your dataset needs to be properly configured:
Checklist: Add synonyms for key columns โ Set index types (Name, Name & Values) โ Run indexing โ Validate KPIs exist as measures โ Confirm time and region hierarchies.
An AI Agent should be designed as a subject-matter expert in a specific business domain. The more focused its scope, the more precise and meaningful its responses. Agents are built by Authors and consumed by end users โ consumers interact with agents to get quick clarifications, follow-up answers, and drill-down insights. Agents can be used within a workbook or independently in standalone mode.
The more focused the scope, the more precise the responses. Each agent gets its own indexed dataset, Supplemental Instructions, and optional Knowledge Documents.
Knowledge Documents allow you to provide internal information such as process documentation, enterprise policies, competitive insights, market data, budgets, or any other domain-specific knowledge. After upload, documents are parsed and vectorized. During a query, only the most relevant portions are retrieved and added to the prompt โ ensuring responses remain accurate and contextually aligned.
Together, SI + RAG prevent hallucinations and improve reliability. SI defines how Gross Margin is calculated. RAG supplies the official SLA definition for "On-Time Delivery."
An Oracle Analytics AI Agent is semantic-model aware, governed, RAG-powered, dataset-constrained, and enterprise-configurable. It is not a generic LLM, a free-form chatbot, or a hallucination engine. When designed correctly, it becomes a repeatable, governed analytics interface embedded directly into business workflows.
=== for major sections and --- for sub-sections within them.[brackets] with your specifics.Track revenue, orders, customer performance. KPIs: ATV, Sales/SqFt. Product hierarchy drill-down.
Patient outcomes, readmission rates, department utilization. DRG groupings.
Inventory, lead times, supplier performance, fulfillment rates.
P&L analysis, portfolio performance, risk metrics, compliance reporting.
Attrition, headcount, compensation, hiring pipeline, diversity metrics.
Campaign ROI, customer segmentation, funnel analysis, lead scoring.
Incident resolution, SLA compliance, ticket volume, system uptime.
Enrollment, retention, GPA distribution, course performance.
Occupancy rates, lease management, property valuations.
Basket analysis, conversion rates, inventory turns, customer lifetime value.
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