WHITE PAPER
Bounded Agency
An architecture for
production AI agents
Prompts and policies are not enough. Bounded Agency presents a six-layer architecture for building agentic systems that are reliable, auditable, and safe by design.
30 pages
6 governance layers
Research + experience
For senior leaders responsible for designing, building, or governing agentic systems.
Get the white paper
Instant download. Delivered to your inbox.
We send occasional updates on our research and developments. Unsubscribe at any time.
Deliver reliability and value from AI agents
AI agents can transform how organisations operate. But the autonomy, reasoning and tool use that make them powerful also make them difficult to govern and unreliable in production.
Bounded Agency provides the architectural foundation that lets agents deliver on their promise.

30 pages · cited sources · practitioner guidance
Why prompts and policies alone cannot enforce reliable agent behaviour, and the mechanisms you need to embed reliability and trust
The six architectural layers that make agentic systems reliable, auditable, and safe
How to defend against the specific threats agents face: prompt injection, goal hijacking, and cascading failures across agent chain
How to design observability and audit infrastructure that satisfies regulators without slowing the system down
Who this is for
This white paper is written for the people responsible for deploying AI agents in production environments.
COOs and Business Heads
Accountable for how AI agents operate in production. The white paper covers the controls, oversight, and audit infrastructure that make accountability defensible.
CPOs and Product Heads
Specifying agent-based products. The white paper provides the architectural patterns that turn product requirements into reliable systems.
CTOs and Engineering Heads
Building the infrastructure. The white paper provides a reference architecture connecting code-level controls to organisational accountability.
Read the Bounded Agency white paper
We send occasional updates on our research and developments. Unsubscribe at any time.