01
Inventory and lineage
Know which models, agents, prompts, tools, datasets, and MCP servers exist before trying to secure them.
AI · Security
AI-security wordt pas echt wanneer modellen, agents, tools en runtime-acties allemaal in scope zijn.
AI-security is meer dan modelevaluatie of promptfiltering. In enterprise-omgevingen is het de discipline om het volledige AI-landschap te begrijpen, modellen, agents, MCP-servers, tools, prompts, datasets en runtime-gedrag, en juist daar controles te plaatsen waar deze systemen kunnen falen of misbruikt worden.
Daarvoor zijn inventarisatie, beleid, runtime-bescherming, supply-chain-vertrouwen, action validation, incident response en bewijsvoering nodig. Zeker in gereguleerde sectoren hebben high-stakes AI-systemen al deze lagen nodig.
Estate-wide
scope
Models, agents, prompts, tools, datasets, MCP servers
Runtime
control layer
Prompt injection, output, and action validation
Evidence
governance output
Controls mapped to AI and assurance frameworks
01 · Core AI security surfaces
02
Runtime controls
Defend against prompt injection, unsafe outputs, action abuse, and policy violations while the system is live.
03
Assurance and evidence
Map AI controls to internal review, procurement, and frameworks such as the EU AI Act and ISO 42001.
02 · What production AI security teams need
Visibility
An AIBOM-style map of systems, owners, tool access, datasets, and deployment contexts.
Policy
Rules for who can use which models, what tools can be called, and what outputs or actions must be blocked.
Runtime enforcement
Inline protection against unsafe prompts, risky outputs, and unauthorized or context-poisoned tool actions.
Review readiness
Evidence, logging, and change history that can survive legal, procurement, or regulator scrutiny.
03 · Signals that AI security is still too narrow
The team measures model quality, but has no inventory of agentic systems and tool access.
Prompt filtering exists, but there is no action validation or scope policy for live tool use.
Risk reviews are document-driven and disconnected from runtime logs and control evidence.
The AI security story ends at the model instead of extending to workflow and business impact.
04 · Important adjacent topics
FAQ
Vragen vóór productiegebruik van AI
01
Is AI security mainly a red-teaming problem?
Red teaming matters, but production AI security also requires inventory, scope policy, runtime enforcement, action validation, and evidence that persists after deployment.
02
Why are agent and MCP controls part of AI security?
Because once models can access tools, retrieve context, and trigger external actions, the threat surface expands well beyond prompt-response quality into authority, scope, and runtime behavior.
03
What makes AI security different in regulated industries?
The need to prove oversight, classification, control effectiveness, and change history to risk teams, procurement, and regulators, not just to run safe demos.
Need AI security for actual production environments?
Quanterios AI brings together AIBOM discovery, runtime protection, agent controls, and evidence production for regulated enterprise AI.