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AI ROI. Past the hype.

Labor saved vs inference cost vs setup. The honest business case for any generative-AI feature.

Inputs

Results (annual)

Hours saved

8,250

all users / year

Labor saved

$495,000

hours × rate

Inference cost

$1,320

tokens × price

Payback

0.5 mo

setup / monthly net

Benchmark

Clear winner

Payback 0.5 months — deploy.

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How it works.

net_roi = (labor_saved − inference − setup) / (inference + setup)

Always measure the baseline before deploying. 'Time without AI' is the single most-skipped step — and the one that makes ROI numbers credible.

FAQ.

How do I measure AI ROI?+

Time saved × hourly rate + error reduction value − (inference cost + integration + maintenance). Track per use-case, not per model — averages hide the losers.

What's the biggest AI deployment mistake?+

Skipping the baseline. Without 'time without AI' measured cleanly, every post-AI number looks like a win. Always benchmark before deploying.

When does an AI feature pay back?+

Customer-facing AI (recommendations, scoring, search): 3-6 months. Internal AI (summarization, drafts): often within weeks. Build-your-own LLMs: 18+ months — rarely worth it.

Should I use GPT-4, Claude or open-source?+

Start with hosted APIs (GPT, Claude, Gemini). They're the fastest path to validated ROI. Move to open-source only when cost-per-token genuinely matters at scale (>$10K/month inference).

How do I account for hallucinations?+

Subtract the cost of bad outputs: support hours fixing wrong answers, reputational risk, opportunity cost. For low-stakes use-cases this is small; for legal/medical it can wipe out all savings.

Deploy AI that earns its inference.