LEDGERsigned · hash-chained · verifiable offlinePOLICIESplain english · compiled · enforced inlineRED TEAMcontinuous adversarial probing on shadow twinsCOMPLIANCESOC 2 · GDPR · HIPAA · PCI-DSS · EU AI Act · ISO 42001INTEGRATIONgateway · SDK · sidecar · no rewritesLEDGERsigned · hash-chained · verifiable offlinePOLICIESplain english · compiled · enforced inlineRED TEAMcontinuous adversarial probing on shadow twinsCOMPLIANCESOC 2 · GDPR · HIPAA · PCI-DSS · EU AI Act · ISO 42001INTEGRATIONgateway · SDK · sidecar · no rewrites
Teleon / Blog

Agentic security, in plain terms.

Practical guidance on securing AI agents, tools, and the systems they act on, written by the team building the trust layer for AI agents.

Identity and Access Control

Human-in-the-Loop vs Human-on-the-Loop Security

Human-in-the-loop blocks an AI agent's action until a person approves it; human-on-the-loop lets the action proceed while a person watches and can intervene after.

Identity and Access ControlSeptember 23, 2026
Identity and Access Control

Step-Up Authentication for Sensitive AI Actions

Step-up authentication requires an extra verification step before an AI agent completes a high-impact action, even when the surrounding session is already authenticated.

Identity and Access ControlSeptember 23, 2026
Identity and Access Control

Policy-Based Access Control for AI Agents

Policy-based access control centralizes agent authorization rules in a dedicated engine, so decisions can be updated, tested, and audited without touching agent code.

Identity and Access ControlSeptember 23, 2026
Identity and Access Control

Attribute-Based Access Control for AI Agents

Attribute-based access control evaluates an agent's permissions against live context, like data sensitivity or time of day, instead of a fixed role assigned in advance.

Identity and Access ControlSeptember 23, 2026
Identity and Access Control

Role-Based Access Control for AI Agents

Role-based access control gives AI agents permission sets tied to predefined roles, which works well for stable, predictable tasks but strains under dynamic ones.

Identity and Access ControlSeptember 23, 2026
Identity and Access Control

How to Scope an Agent's Permissions

Scoping an agent's permissions means starting from the narrowest set of actions its task requires, then only widening access when a specific, justified need appears.

Identity and Access ControlSeptember 23, 2026
Identity and Access Control

Delegated Authorization for AI Agents

Delegated authorization lets an AI agent act on a user's behalf using that user's actual permissions, instead of the agent's own, broader service role.

Identity and Access ControlSeptember 23, 2026
Identity and Access Control

Short-Lived Credentials for Agentic Workflows

Short-lived credentials cap how long a leaked or misused token stays useful, which matters more for agentic workflows than almost any other part of an AI stack.

Identity and Access ControlSeptember 23, 2026
Identity and Access Control

Service Accounts for AI Agents

A service account for an AI agent needs its own scoped role, credential lifecycle, and monitoring, separate from the human accounts and other agents around it.

Identity and Access ControlSeptember 23, 2026
Identity and Access Control

Workload Identity for AI Agents

Workload identity gives an AI agent a verifiable, non-human identity tied to its runtime environment rather than a long-lived secret it carries around.

Identity and Access ControlSeptember 23, 2026
Identity and Access Control

User Identity vs Agent Identity

User identity and agent identity answer different questions, who a request is for versus what software actually made the call, and both need to be tracked together.

Identity and Access ControlSeptember 23, 2026
Identity and Access Control

Should an AI Agent Have Its Own Identity?

An AI agent should generally have its own identity, distinct from the user it acts for, so its actions can be authorized, rate-limited, and audited independently.

Identity and Access ControlSeptember 23, 2026