Map
Understand the workflow, systems, people, decisions, exceptions, and current pain.
Method
A practical way to move from "Can AI automate this?" to "Can we verify how this workflow works?"
Understand the workflow, systems, people, decisions, exceptions, and current pain.
Decide what the AI agent may do, what it must not do, who approves outputs, what systems remain authoritative, and how rollback works.
Implement a narrow workflow with clear acceptance criteria and controlled integrations.
Test quality, exceptions, telemetry, reviewer signal, and operational impact.
Monitor, score, tune, and expand only when evidence supports it.
Operating model
The same operating model applies across software, quality, field service, procurement, telemetry, and proof-lab workflows: define the role, preserve authority, measure outcomes, and expand only when the evidence supports it.
Evidence from the lab
The greenhouse is the public proof environment behind the method: The AI agent plans. Control layers constrain writes. Firmware controls. Telemetry verifies. Scorecards and lessons close the loop.
See the Live LabVocabulary
Verify means observable evidence; control layers are runtime constraints. The distinction matters when teams move from concept to operations.
Outcome evidence: telemetry, scorecards, test cases, reviewer signal, source traces, exceptions, and operational impact.
Write constraints, schemas, policy checks, approval paths, tool permissions, and runtime checks before an output can affect the workflow.
Control Matrix
A useful AI workflow is not defined by model capability alone. It is defined by allowed and prohibited actions, human approval, system authority, telemetry, and the scorecard that determines what can expand.
Turn vague automation language into explicit permissions, approvals, evidence logs, owners, and exclusions.
Use the greenhouse pattern when the workflow has a measured feedback loop: planner or agent, control layer, authority layer, telemetry, scorecard, and known limits.