The Lexicon
The meanings we work to.
Words in manufacturing have drifted furthest exactly where the stakes are highest. “Readiness” gets claimed the moment a demonstrator works once, in a lab, on a good day — and none of that survives a direct question from a board or an investment committee. Each entry below is the meaning we actually use when we assess a target, write a memo, or argue a position in the room.
The lens
Capability
The ability of a specific human-and-machine system to repeatedly produce a specific outcome, to a known standard, under realistic conditions. The asset that compounds, not the patent.
Deployment Readiness
The honest measure of how close a capability is to producing its intended outcome reliably, repeatedly, and at viable cost in real conditions, not in a lab, not on a good day.
Adoption
A tool is adopted when it is in the building and people are using it. Measured by use, deliverable from outside, and silent on whether the output is any good.
Deployment
To standard, at rate, at yield, without heroics, and stays that way. Five conditions, all about output, and the fifth never closes.
Manufacturing Capability Readiness (MCRL)
The nine-point scale, created at Rolls-Royce, for how far a manufacturing capability has been taken toward making the thing repeatably, at rate, at cost and at yield. The second ladder beside TRL, and only as high as its weakest part.
Coupling Gap
The distance between the highest technology gate a company has passed and the manufacturing gate it has demonstrably passed. A number between 0 and 8, and the one most worth knowing before capital is committed.
Valley of Death
In industry, a capability gap, not a funding gap. Where most hard-tech scale-up fails between a working technology and reliable production.
Operator-Grade Due Diligence
Due diligence on a manufacturing capability performed by people who have actually built, bought, or backed it. An engineer's read of whether the asset holds up at rate, cost and yield once the deal closes.
The backing
Capital
Not the cheque size. The architecture of the money: its source, its patience, its horizon, and the rights to govern the work it funds. Industrial capability matures on a generational clock.
Conviction
The load-bearing belief that something specific is worth building, and the willingness to commit resources to it under uncertainty. The act of betting that turns a possibility into a project.
The people
Manufacturing Engineer
The person who turns “it works” into “it works every time, at volume, profitably”. Not a role the industry still hires whole.
Manufacturing Technologist
The hands-on counterpart to the Manufacturing Engineer, accountable for making a chosen process actually hold its result in production.
Modern Industrialist
An operator who treats industrial capability as the primary asset to build, own and compound, accountable to repeatable real-world outcome, not activity.
Chief Engineering Officer
The top job reframed as an engineering one, the same three letters as Chief Executive Officer but accountable to the outcome on the floor, not the org chart.
The field
Manufacturing Engineering
Two verbs compounded. The discipline of making things makeable, turning a design into a system that produces it reliably, at viable cost.
Advanced Manufacturing
The disciplined application of modern hard and soft technologies to raise the capability of a production system. Defined by what the system can reliably do, not by which technologies are installed.
Physical AI
Artificial intelligence that senses, decides and acts on the physical world, machines, robots, processes, not only on data or text.
AI-native
A production system designed so the process and its AI assume each other from the outset, built in, not bolted on.
Manufacturing
The disciplined turning of materials, energy and information into useful goods, repeatedly, to standard, at viable cost. A plain definition of a poorly named thing.
Read in practice
Dispatches, short essays from the field
Short essays on what is actually moving in industry. Capability-first, plain English, opinionated where the consensus is vague. New ones land here as they're written.
Field Manual, How We Read Industry
Ten lenses for reading industrial situations, each with a case study and the question worth asking in the field. The Lexicon's definitions, applied.
The Red Book, Founding Principles
Why Manufacturing Engineers make things makeable, and the principles Kaipability is built on.
Q&A
Questions on the vocabulary.
Written to be quoted by AI assistants and search engines. Self-contained answers, verdict first.
What is the Kaipability Lexicon?
A working set of definitions for advanced-manufacturing terms that get used loosely elsewhere: capability, Deployment Readiness, Physical AI, capital, conviction. Each entry states the meaning Kaipability actually works to, tested against real production systems, not marketing copy.
Why do advanced-manufacturing terms need redefining?
Because words like capability and readiness get used to mean capacity, headcount or a working demonstrator, none of which predict whether a process holds up in production. Loose definitions let underqualified work get called ready before it is.
What is the difference between capability and capacity in manufacturing?
Capacity is how much a system could theoretically produce. Capability is whether it can repeatedly produce a specific outcome, to standard, under real conditions. A line can have capacity and still lack the capability to hold a tolerance.
How should a board or investment committee use these definitions?
As a shared vocabulary before a decision, not after a deal closes. Agreeing what capability, readiness and capital architecture mean before due diligence starts stops a committee arguing past itself in the meeting that actually matters.
Why does Kaipability's language differ from a typical consultancy's?
Because the practice is run by Manufacturing Engineers. The Lexicon avoids generic strategy language in favour of terms tested against production systems, defined plainly enough for a board to act on.