AI Agents Inventory and Attributes - Technical attributes for the AI Agents Inventory
AI Agents Inventory and Attributes
Chapter 17. Technical attributes for the AI Agents Inventory
Executive Summary: Chapter Overview
IF4ITThe Bottom Line
Core Concepts
| Concept | Definition & Strategic Role |
|---|---|
| Underlying Model | The AI/ML model that drives the agent, governed in the AI and Machine Learning Models Inventory — not the agent itself. |
| System Prompt | The governing instruction set that defines the agent’s role, constraints, and behavior. |
| Memory and context handling | Whether and how the agent retains state across steps or sessions — a distinct governance and risk surface. |
Quick Q&A
Question: Which technical attributes are unique to agents?
Read More Below
Technical attributes capture how each agent is constructed and configured to reason and act.
| Attribute Name | Maturity | Description and Notes |
|---|---|---|
| Underlying Model | Crawl | Description — The AI or machine-learning model the agent is built on and driven by. Benefit(s) — Exposes model dependency and concentration risk; the most defining technical relationship. Source — Derived. Notes — Links to the AI and Machine Learning Models Inventory. The model is not the agent. |
| Model Version | Walk | Description — The specific version of the underlying model in use. Benefit(s) — Ties behavior and evaluations to an exact model version and flags exposure when a version is deprecated. Source — Derived. |
Framework and Runtime [Multi-Value] | Walk | Description — The agent framework, orchestration library, and runtime the agent is built and runs on. Benefit(s) — Reveals technology dependencies and lock-in at the agent layer. Source — Derived. Examples — Agent orchestration framework; managed runtime environment Notes — Links to the Software Technologies Inventory. |
| System Prompt and Instructions | Walk | Description — The governing instruction set that defines the agent’s role, constraints, and behavior. Benefit(s) — Makes the agent’s intended behavior inspectable and governable — the closest thing to its “training.” Source — Manual. Notes — Reference or store per data-sensitivity policy; the prompt itself may be sensitive. |
| Memory and Context Handling | Walk | Description — Whether and how the agent retains state, conversation history, or context across steps or sessions. Benefit(s) — Surfaces a distinct governance and risk surface — persistent memory can be poisoned, leaked, or retained beyond policy. Source — Manual. Examples — Stateless; Session memory; Persistent vector store Notes — Phrased durably — describes behavior, not a specific product. |
Communication Protocols [Multi-Value] | Walk | Description — The protocols the agent uses to reach tools, resources, and other agents. Benefit(s) — Reveals how the agent connects and what governs those connections. Source — Manual. Examples — MCP; agent-to-agent; REST Notes — MCP connections are realized as Integrations and, where the server is a first-class asset, link to the MCP Servers Inventory. |
Tools and Functions Available [Multi-Value] | Walk | Description — The tools, functions, and APIs the agent can invoke to act. Benefit(s) — Defines the agent’s action surface — what it can actually do. Source — Derived. Examples — search_orders; issue_refund; send_email Notes — Reached through the Integrations Inventory. |
| Guardrail Configuration | Walk | Description — The pre- and post-model guardrails configured for the agent — input filters, output checks, and policy enforcement. Benefit(s) — Documents the runtime controls that bound the agent’s behavior. Source — Manual. Notes — The governing policies behind these live in Governance; enforcement in Autonomy and Behavioral Controls. |
| Sandboxing and Isolation | Walk | Description — How the agent’s runtime is isolated so it cannot act beyond defined resources. Benefit(s) — Limits blast radius — an agent that executes tasks must be contained. Source — Manual. Examples — Containerized; execution whitelist |
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