Knowledge Center

Function-mapped workflows beat “AI as a teammate.”

Designing agents to mimic humans bloats every flow: more hops, more glue logic, more places to fail. We design for machines—schema-first, tool-first, governance in code—so intent goes straight to action.

Function mappingGovernanceAgent design

What goes wrong with “AI employees”

Dressing models up as junior teammates recreates office friction: DM chains, fake dashboards, and brittle routing layers. Latency stacks up and success rates tank because nothing is enforced in code.

AI doesn’t need onboarding or org charts. It needs access, contracts, and observability. Once you drop the metaphor, workflows shrink, cost drops, and behaviour becomes predictable.

Example: notes from highlights

Human-mimic: export → paste → ask → copy → paste → tag (6+ hops).

Function-mapped: fetch_highlights(source) → write_summary(destination, tags).

Structure, retries, and auditing live in code; the model just fills the schema.

Rules we ship with every agent

These mirror our 12-factor approach and underpin voice agents, copilots, and multi-agent meshes we deploy.

Treat the model as a function call, not a role.
Flatten steps—every hop adds latency and failure.
Use structured I/O (JSON) instead of UI clicks.
Expose tools directly; skip proxy dashboards.
Define execution contracts and error paths in code.
Keep language soft for humans, but keep the system strict.
Ditch the office metaphor; route inputs to outcomes.

Behaviour lives in architecture, not prompts

We enforce behaviour with typed tool calls, reducer-managed state, and audit-friendly logs. Prompts set intent; code sets the guardrails. That’s why our agents stay deterministic in production.

• Prompts are versioned and traceable.

• Context windows are explicit and inspectable.

• Tools have signatures, retries, and user-facing errors.

• State is replayable; governance is codified.