AI–Human Balance Calculator

This tool computes decision-ready information from your assumptions and your data — nothing else.

You provide the team size, costs, value delivered, demand, and what you believe AI can do and cost. The tool returns the profit, cost, payback, and headcount arithmetic those inputs imply — usable for decision-making, and re-checkable by anyone who changes a number. Estimates are high-level on purpose: directionally right beats precisely wrong. Enter your own numbers, or start from an example.

Scenario Assumptions

Keep everyone + AI vs Cut + AI
Best share of work for AI (keeping the team)
the peak of the curve — note it is not 100%
Profit if AI did everything
no one left to check the work — quality pays the bill
Limited by demand?

Five strategies: value vs cost, one month

From no AI, through the mixes, to all AI — each pair is its own world. The number above each pair is that strategy's PROFIT. Hover for details.

Value deliveredTotal cost (people + AI)

Profit vs how much of the work AI does

Three staffing policies as AI's share grows. Each dot marks that policy's best AI share — a location on the x-axis, not a gain.

Keep everyone Shed half as AI grows Replace people as AI grows
Data table

The two questions every AI debate comes down to

Answered directly from the assumptions you entered above. Change a number and the answer changes.

1 · What's the payback on the AI investment?
2 · Should we cut headcount?

Profit at each team size, letting AI's share settle wherever it serves that size best. The circled dot is the best team size.

Help — how to use this, and how to read it

How to use it (five steps)

1. Enter what you know: people, cost per person, value per person, and the most demand you could serve. These come from payroll and finance — no guessing needed.
2. Enter the AI numbers honestly. The boost: take the vendor's claim and cut it roughly in half — claims are marketing until measured (it can even be negative; that has been measured in real studies). The AI cost: what AI would cost if it did all the work — a per-user licence price is not that number; a licence cannot staff an empty seat.
3. Set your plans: how many people the cut plan would keep and how much work AI takes in each plan. Model the real proposal on the table, not a strawman.
4. The one number nobody knows is "Value lost if AI ran everything, unchecked." Don't enter it once — run it three times: 15% (work is easily spot-checked), 40% (mixed), 60% (judgment-heavy). Click Download PDF after each run. Those three pages are your evidence pack.
5. Read the answers off the pages — you never compute anything yourself.
Two optional inputs sharpen the picture: "Cost to reverse a layoff" prices the one-way door — severance + rehiring + ramp, a rule of thumb is ~6 months of loaded cost per person; it appears in the table as the one-time bill if a cut proves wrong. "Freed capacity redeployed" matters only when you are demand-capped: it is the share of spare capacity that goes to new work instead of idling. Leave both alone and the tool behaves as before.

How to read the numbers

The strategy table: the Profit row tells you who beats today; Payback tells you when the upfront investment comes back (under ~24 months is healthy; "never" is dead money). The two big tiles answer the two questions every AI debate is really about. Trust the headcount answer only if it is the same on all three PDFs — an answer that flips between pages is a bet on the unmeasured number, and the right response to a bet is a measurement, not a decision.
Sanity rule: if any answer looks absurd — fire everyone, a five-digit ROI — that is not a strategy, it is a broken input. The usual culprits are an AI cost that is really a licence price, or a quality risk nobody measured.

How to read the charts

Five strategies (blue/orange bars): blue is value delivered, orange is total cost, the number on top is profit. Each pair is its own world with its own headcount — the sliders labeled "Cut plan" only shape bar 2.
Profit vs how much of the work AI does: the dot is a location, not a gain — "best: 43%" means that policy earns its highest profit when AI does about 43% of the work; the height of the line there is the profit. "AI does X% of the work" is never duplicated work: AI performs that slice of the tasks, and your people do the rest while supervising AI's slice — their role shifts from doing to checking on that portion. At 100% with everyone kept, your team are full-time reviewers of an all-AI production line. A line that only falls means AI hurts this workflow. A green line that dips then recovers is the valley of half-automation: a half-replaced team is the worst place to stand. (If your instinct is "shouldn't freed people build something new instead?" — that is the "Freed capacity redeployed" input, and it activates when you are demand-capped.)
Why do the three lines meet (or nearly meet) at 100%? At full AI share, the lines differ only by how many people each policy kept as reviewers, and each kept person is worth their boost-driven extra output (quality-adjusted) minus their salary. When those roughly cancel, headcount stops mattering — all policies land in the same place, and the only number left deciding your profit is how much value survives unchecked AI. Convergence is the chart telling you: at 100% AI the staffing debate is over, and everything rides on the quality number. In one sentence: each line is a staffing policy, each point is profit if AI does that much of the work, each dot is that policy's sweet spot — and the lines sagging to meet low on the right is the model's core claim: every road to 100% AI ends in the same place.
Profit at each team size: the circled dot is the best team size. A dot at the full team means don't cut. A dot at zero people is a warning, not a plan — audit the AI cost and quality risk that produced it. A curve that is nearly flat on top means the cut question is genuinely contested: measure before anyone is let go.

How to form the conclusion

Rule 1: a strategy that beats today on all three PDFs is safe under every belief — do it now.
Rule 2: a strategy that wins on one page and loses on another is a bet on the unmeasured number — run a 90-day pilot that measures the real boost and the real error/rework rate, then let the measurement decide.
Rule 3: "never" appearing twice in a payback row is what a one-way door looks like in finance — require the measurement before walking through it.
Rule 4: margin, profit, and value delivered rank strategies differently. Margin says how efficient; value says how big the business stays; profit says what you bank. Full automation often wins margin by shrinking the business — say which one you are maximizing before comparing.
The closing sentence for any room: "Only one strategy is green on every page. We do that one today, and we measure the number that decides the rest — before anyone is cut."

How the math works (for your analysts)

Delivered value = min( team output × (1 + boost × AI share) × quality + replaced-work output × floor quality, demand ). Quality = 1 − maxLoss × sharecurve — the work your people oversee degrades gradually; work replacing cut headcount runs unchecked and keeps only (1 − maxLoss) of its value, because no one is left to verify it. AI spend = full-use cost × AI share. The boost can be negative — measured, not assumed. The curve peaks below 100% AI whenever quality loss is real and accelerating; where it peaks for your workflow is yours to estimate.

Sources for the examples: Klarna AI assistant Feb 2024 (2.3M chats ≈ ⅔ of all, ~700 FTE-equivalent, est. $40M) and the May 2025 quality walk-back; call-center benchmarks (cost/call $8.50 healthcare, agent ~$55k/yr, chatbot containment 25–30%); Georgia State "Pounce" randomized trial (22% summer-melt reduction, +324 enrollments, ≈10 staff of messaging); NACADA advisor caseload/salary clearinghouse; GitHub Copilot randomized trial, Peng et al. 2023, arXiv:2302.06590 (+55.8%, new-build task); METR randomized trial, July 2025 (−19% for experienced developers in mature codebases — who nonetheless believed they were 20% faster).

Provenance in the example notes: M = measured from a cited source · J = judgment anchored to a real episode (direction sourced, magnitude ours) · A = assumed. An example built on J/A numbers is a reconstruction, not a validation.

This is a starting point for analysis, not a substitute for your own measurements and CFO review. Want to customize it with your organization's numbers? Email nandeep@svaglabs.com for the Excel version — same model, live formulas, example scenarios and sources documented per cell.

SVAG Labs · Sunnyvale, CA