GaugeID
Scope a Pilot

07 / Pilot

Put your own numbers around one costly inventory question.

A GaugeID pilot connects a bounded engineering decision to the time, cost, demand, supplier, lifecycle, and program inputs your organization already owns. It measures a credible path to value without turning an industry average into promised savings.

Scope builder

Start from the operating pressure.

You do not need to upload files or provide personal contact details on this page. The builder opens an editable email draft and stores nothing.

STRUCTURED PILOT REQUESTstorage: none
Not sure who belongs in the room?
Who owns technical acceptance?

The function that can say what engineering evidence is sufficient.

Who owns the consequence?

The function carrying schedule, sourcing, inventory, quality, or cost exposure.

Who controls the records?

The function responsible for revisions, systems, migration, or source-of-record rules.

These may be different people. A useful pilot can begin with a small working group instead of pretending the whole problem has one owner.

Functions that may need to participate

Select any that own part of the question, consequence, records, or budget. This is a working group—not a contact list.

This page stores nothing. The button opens a draft in your email client; you can review it before sending.

Business-case structure

Separate observed facts from planning assumptions.

No fixed fee, schedule, deployment topology, savings percentage, or universal success metric is promised here.

  1. 01

    Known

    Customer records such as request counts, review time, unit cost, inventory, demand, supplier status, and lifecycle state.

  2. 02

    Measured

    What the scoped GaugeID evaluation observes in the selected inventory and workflow.

  3. 03

    Assumed

    Planning values such as loaded labor, downstream handling cost, or adoption rate—named and replaceable.

  4. 04

    Accepted

    The outcome criteria and owner decision that make the pilot operationally useful.

Benchmark discipline

Context starts the question. Customer data answers it.

A historical Defense Standardization Program guide estimated about $27,500 in average lifecycle cost to add one new part to a system. The guide also states that cost factors vary and describes its estimate as rough.

GaugeID does not multiply that figure by a record count. The pilot uses customer-native operating and financial inputs, then keeps potential value separate from approved or realized savings.

Read the 2013 SD-19 guide