Workflow before software
We evaluate the operating problem before recommending a platform or implementation approach.
Score one operating workflow, estimate its recoverable labor capacity, and decide whether it deserves a controlled AI pilot before you buy another tool.
ABOUT 3 MINUTES · NO CREDENTIALS · DIRECTIONAL ESTIMATE FIRST
You receive the preliminary result before we ask who you are. The model is directional, not a savings guarantee, and it intentionally discounts recoverable time for human review and exceptions.
The full review is not a generic AI-tool list. It maps the economics, workflow boundary, system requirements, human controls, pilot metrics, and the reason to proceed, revise, or stop.
View Sample Decision BriefA recommendation tied to measurable operating evidence.
Visible assumptions, ranges, and excluded value categories.
Inputs, integrations, exceptions, and human approval points.
Scope, controls, success metrics, and stop conditions.
A good Blueprint protects budget. It does not force every workflow into an automation project.
We evaluate the operating problem before recommending a platform or implementation approach.
The preliminary estimate is directional. A full case requires validated inputs, implementation cost, and operational controls.
We define what AI may read, write, retain, or send and where a person must approve the action.
Yes. You receive a preliminary fit score and labor-capacity estimate before entering contact information. The full Blueprint review requires human validation.
No. It is a directional labor-capacity estimate based on your inputs and a conservative recovery assumption. It excludes implementation cost, software cost, revenue impact, and error reduction.
We review fit within one business day. Strong-fit workflows receive a priority strategy-review path. Other submissions receive the most useful next step, including a measure-first or redesign-first recommendation.
No. Do not submit credentials or sensitive records. The assessment begins with process, volume, effort, systems, desired outcome, and control boundaries.