Design the action boundary before designing the agent.
Good agent systems know which tools are available, what permissions apply and when a human must approve.
Architecture, access control, evaluation, agents, deployment and production integration for technically demanding teams.
Find your next argumentUse these questions to turn an argument into a reviewable decision.
Can the wrong identity retrieve the right-looking answer?
Evidence to inspect: Permission and source-revocation tests.
Can weak evidence become an authoritative result?
Evidence to inspect: Evaluation cases and no-answer behavior.
What happens after an approval changes or a request repeats?
Evidence to inspect: State transitions, retry and reconciliation.
An editorial framework. It is not evidence of a completed client system.
10 perspectives / Engineering
Good agent systems know which tools are available, what permissions apply and when a human must approve.
Tool access, identity, approval, idempotency and rollback determine whether an AI agent is useful in a consequential business workflow.
Model behavior, current knowledge and deployment control belong to different decisions.
The pressure to remove people from an AI workflow can obscure the real goal: reliable, accountable work. Sometimes the highest-value automation is one that knows when to stop.
Flexibility is valuable when it protects a real dependency. Unnecessary abstraction can hide product and cost differences.
Enterprise retrieval should never turn a document permission into an optional filter.
A knowledge system must retrieve evidence safely, correctly and consistently as sources change.
Retrieval, fine-tuning and model hosting solve different problems. Confusing them can turn a useful enterprise AI initiative into an unnecessarily expensive technical program.
An AI agent with business-system access inherits the risk of the actions it can take.
The difference between an AI proof of concept and a production system is not the model's intelligence. It is the system's ability to behave responsibly when conditions are less than ideal.
Trace identity, evidence and authority through the system. Make its failure behavior as explicit as its capabilities.
AI engineering is often defined by the decisions that never appear in a demo. An agent must be prevented from taking the wrong action. Retrieval must obey permissions. Model versions must be evaluated. An integration must reconcile a successful transaction even after a timeout.
The Engineering collection studies those systems concerns in concrete terms, including where a packaged platform is better than a bespoke implementation. We prefer readable diagrams, explicit trust boundaries and negative tests over ungrounded claims of autonomy.
Use the articles as thinking tools, not as product advertisements. Start with the question nearest your current decision, follow the cited sources and inspect the limitations. Each article should tell you what to do differently, when the recommendation changes, and which risks cannot be resolved by reading alone.
If the decision leads to a real engineering assignment, share the relevant requirements and constraints. Marmation can help determine whether a focused engagement is appropriate. Discuss a project.
A product idea, a broken workflow, scattered company knowledge or an integration others keep working around. Tell us what needs to change and what has already been tried.
Discuss a project