Readiness Calculators
The framework is arithmetic underneath. Here is the arithmetic.
Attention fragments at a rate you can compute. A decision queue has an average wait that follows from two counts. A review cadence puts a known number of days in front of every response before anybody has done anything wrong. None of that needs an instrument. It needs figures your organization already keeps and an equation somebody is willing to publish.
Before you read an answer off one of these
What a calculator is not.
These calculate and they do not diagnose. Every field asks for a figure your organization already keeps, from a calendar, a queue, a ledger, or a ranking your team wrote down, and what comes back is arithmetic on what you entered. Nothing here asks you to rate a condition from one to five, nothing here produces a score, and no answer on these pages is a reading of your organization. Where you want a measurement rather than a calculation, the diagnostics do that and they publish what they cannot tell you as well. An answer here is exactly as good as the figure you put in, which is why every calculator names where its inputs come from before it asks for them.
A calculator
Takes hours, counts, days and dollars you can go and check, applies a published equation, and returns a quantity. Change an input and you can see exactly why the answer moved. Two people entering the same figures get the same result.
A diagnostic
Administers an item bank to people, scores what they could observe and were willing to report, and states the limits of that reading. It is a measurement of an organization rather than a calculation on figures about one. The four instruments do that job.
The set
One per condition, and one for the question every board asks.
All four conditions have a calculator of their own. One more runs across the four, because whether a measured saving ever becomes money is not a question any single condition answers.
Attention
N = 1 / Σ sᵢ² where sᵢ = hᵢ / Σ h
Attention Concentration
We say we have eleven priorities. How many is the calendar actually running?
The effective number of initiatives your senior leadership hours support, and which ones fall below it.
Open the calculator, the equation and the reading behind it
Alignment
W = 12S / (m²(k³ − k) − mΣT)
Ranking Concordance
Everyone in the room said yes. Do they actually hold the same order of priorities?
How much of one ranking the team really shares, and the single item the disagreement is about.
Open the calculator, the equation and the reading behind it
Authority
W = L / λ
Decision Latency
How long does a decision actually wait before the person who owns it makes it?
The average wait in calendar days, what the queue costs across a year, and the two levers that move it.
Open the calculator, the equation and the reading behind it
Adaptability
E = C / 2 + R and P = (A − R) / C
Signal Response Lag
The world moved in March. When did the plan move?
The expected days between a condition changing and the plan changing, split into the part a calendar fixes and the part it does not.
Open the calculator, the equation and the reading behind it
Across the four
R = (n × h × w × c) × s − B
Time Saving Realization
The pilot saved two hours a week per person. What is that worth?
The gross saving, the part that actually reaches the income statement once an exit is named, and the share the build needs before it pays for itself.
Open the calculator, the equation and the reading behind it
How to use these
A number nobody believes changes nothing.
Step 1 of 4
Get the figures before you open the calculator
Every calculator names its sources at the top. Most of them take ten minutes to assemble and one of them takes a meeting. Entering a guess produces an answer that is exactly as good as the guess, which is the one failure the arithmetic cannot detect.
Step 2 of 4
Read the equation before you read the answer
Each page prints the equation and names every term in it, so a reader who disagrees can say which step they disagree with. That is the difference between a figure a room accepts and a figure a room nods at.
Step 3 of 4
Follow the reading path if the number does not land
Each calculator carries its own path through the Builder's Library, 17 articles across the set. They are the argument the equation came out of, and they are what makes a figure worth acting on rather than worth quoting.
Step 4 of 4
Take the result to a diagnostic, not the other way round
A calculator tells you a quantity about one condition. Where several are moving at once, or where you need to know what people can actually observe rather than what the records say, that is a measurement and the instruments are built for it.
Where this sits
The framework, the instruments, and the arithmetic between them.
The Four A's
The four conditions, what each one produces when it is absent, and the questions that tell them apart.
The diagnostics
Four instruments that measure conditions, and publish what a reading cannot decide for you.
Builder's Library
The argument behind every equation here, and the field evidence underneath it.
These are diagnostic tools, not guarantees of any outcome. They read self-reported conditions from one vantage point and suggest where to look next; what actually happens depends on the decisions people make, the execution that follows, and technical and commercial factors these questions cannot see. Verify a result before acting on it, and keep your own judgment in the loop.