AI SYSTEMS / AGENTS
Bounded AI agents that earn their place in real operations.
Useful agents have a narrow job, a defined output, and a known escalation path — the supervision boundary is recognizable from the outside. The articles in this category cover the patterns that make agents deployable: scope definition, escalation rules, review contracts, monitoring, and the operational realities of running autonomous components inside a business.
WHAT THIS CATEGORY COVERS
Agents as a specific shape of AI work, with their own engineering discipline.
The articles in this category cover the patterns specific to autonomous agents: scoping the agent's job, defining the boundary of what it can decide, designing the escalation path for cases outside its scope, instrumenting the system so the team can supervise the agent's behavior, and handling the operational realities — cost management, drift over time, model updates, and the maintenance work that keeps an agent earning its place.
- Agent scope defined narrowly enough that the boundary is recognizable
- Escalation rules specified before the build, tested with real input
- Monitoring and cost management treated as part of the system, not as ops afterthoughts
FREQUENTLY ASKED
Common AI agent questions.
What is an AI agent?
A software component that uses an AI model to handle variable input, reason within a defined scope, take action through tools or APIs, and escalate or hand off when input falls outside its scope. Agents fit recurring tasks where the rules are too fluid for hard-coded automation but bounded enough that human supervision is practical.
How is an agent different from a workflow?
A workflow runs deterministic steps where the same input produces the same output. An agent reasons across variable input and decides what action to take from a bounded set of options. Most useful systems combine both — a workflow with bounded agents inside it for the parts that require judgement.
How do you scope an AI agent?
By naming the input shape, the output shape, the actions inside its authority, the escalation conditions, and the human review surface. Scoping happens before any prompt is written; most agent failures trace back to scope ambiguity rather than to model performance. The boundary should be narrow enough that the team can describe it in two sentences.
What does it cost to run AI agents in production?
Cost depends on model choice, input volume, context size, and how often the agent runs. Production agents add API costs (variable with usage), tooling and infrastructure costs, monitoring and evaluation costs, and the maintenance time of the team owning the agent. The total cost is rarely just API spend; treating it that way leads to surprise bills.
An agent that the team cannot describe in two sentences is an agent the team cannot supervise.
ARTICLES IN THIS CATEGORY
AI agents — operating reads.
Frameworks for agent scoping, escalation design, review contracts, monitoring, cost management, and the maintenance reality of running agents in business operations.
Articles are being prepared
Articles in this category are being added. The first batch covers agent scoping frameworks, escalation design, and the production realities of agent maintenance.
RELATED CATEGORIES
Sibling categories and related routes.
Operations architecture
The wider AI architecture that agents live inside — schemas, evaluation, integration.
Automation
Deterministic workflows where agents handle the part requiring judgement.
Strategy / AI strategy
Upstream questions about whether agents fit a specific use case.
NEXT
When an agent is the right shape for a recurring task.
AI agents engagements scope, build, and deploy bounded agents — research, content, classification, monitoring, data extraction — with the supervision layer the team needs to operate them.
AI agents service