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Research · Cross-Industry Analysis

Does size predict AI savings?

Analysis of 109,493 US companies with joint revenue + AI-addressable savings data. Headline finding: median Tier-1 savings is 20% of annual revenue, with cross-industry Pearson r = -0.02 between revenue scale and savings-%.

By Meo Advisors Editorial, Editorial Team

Companies analyzed

109,493

of 134,368 indexed

Median savings %

20%

tier-1 ÷ annual revenue

Cross-industry r

-0.02

revenue × savings-%

Industries (NAICS-2)

23

cohorts ≥ 30 companies

Revenue × savings-% — full sample

Each dot is one company. The regression line (dashed blue) is the least-squares fit over log-transformed revenue. A flat or shallow line means savings-% is roughly constant across the size spectrum; a steep negative slope would mean larger companies see proportionally less waste.

$1M$10M$100M$1BAnnual revenue (log scale)0%25%50%100%150%200%Savings as % of revenue

Across the full sample the slope is mildly negative (r = -0.02). Industry-level dynamics dominate — the heatmap below shows where size effects are strongest.

Industry × size-band heatmap

Median savings-% by 2-digit NAICS sector and size band. Darker cells = larger addressable waste relative to revenue. Top 10 industries shown by sample size.

Industry (NAICS-2)mid-size regionalregional multi-sitenational operatorenterprise
Healthcare(529)20%20%11%3%
Professional Svcs(507)20%20%20%6%
Manufacturing (Metal/Comp)(326)20%20%7%3%
Finance & Insurance(297)20%14%10%3%
Education(290)20%20%20%11%
Other Services(214)20%20%20%20%
Information(212)20%20%11%3%
Admin & Support(211)20%20%20%10%
Accommodation/Food(178)20%20%20%3%
Construction(176)20%20%7%3%

Cell value = median savings_estimate_tier1 ÷ annual_revenue, expressed as a percent. Cells with fewer than 5 companies are blanked. Numbers in parentheses = total companies in that NAICS-2 cohort.

Top 5 industries by median savings-%

Cohorts with the highest median Tier-1 savings as a fraction of revenue. Read these as "where AI deployment is currently underexploited relative to the operating efficiency it could deliver."

  1. 1

    Professional, Scientific & Technical Services

    Median savings: 20% of revenue · 14,245 companies · within-cohort r = -0.05

  2. 2

    Health Care & Social Assistance

    Median savings: 20% of revenue · 13,770 companies · within-cohort r = -0.18

  3. 3

    Manufacturing — Metal, Machinery, Computer

    Median savings: 20% of revenue · 8,395 companies · within-cohort r = -0.07

  4. 4

    Educational Services

    Median savings: 20% of revenue · 8,213 companies · within-cohort r = -0.73

  5. 5

    Finance & Insurance

    Median savings: 20% of revenue · 7,910 companies · within-cohort r = -0.07

Methodology

Source. The dataset is content.ai_opportunity_companies, filtered to rows with both annual_revenue > 0 and savings_estimate_tier1 > 0. That yields 109,493 companies of the 134,368 indexed in the AI Adoption Index.

Savings estimate. Tier-1 savings is a per-company estimate of addressable labor waste that AI agents could eliminate within 12-24 months given current model capabilities. It's bottom-up: we identify high-confidence automatable tasks (Tier 1 = production-ready agent solutions today) using the company's industry, headcount, and tech-stack signals, then apply industry-standard cost loadings.

Statistics. Median rather than mean for cohort summaries — the distribution has long tails. Pearson r is computed in-sample on log-transformed revenue; values close to 0 indicate no monotonic relationship at the global level, even when individual cohorts show structure (Simpson's paradox is a real risk here, hence the per-industry heatmap).

Caveats. Companies without published revenue are excluded; this biases the sample toward larger, public-facing firms. Tier-1 savings only counts workloads that are already deployable today — Tier-2 (12-36 month roadmap) and Tier-3 (research-stage) workloads are excluded from this analysis. Healthcare (NAICS-62) is over-represented because Apollo enrichment coverage is denser in that vertical.