LAST UPDATED: NOVEMBER 19, 2025

AI Job Impact Report — What Jobs Will AI Replace?

Latest Workforce Data & Automation Predictions for 2025 & 2026

Your complete AI Job Market Forecast, including:

  • ✓ AI automation statistics
  • ✓ Jobs most at risk from AI
  • ✓ Future of work predictions
  • ✓ AI-proof and AI-resistant job lists
  • ✓ 2025 AI workforce disruption analysis
  • ✓ Evidence-based AI labor market research

Updated with task-level data, 57,326 U.S. work activities, and 922 occupations — making this the most comprehensive public report available.

922
Occupations Analyzed
57,326
Work Tasks
233.3M
U.S. Workers
$16.3T
Annual Wages

⭐ Key Findings

AI is reshaping work—but not in the way most people assume. Our forensic analysis reveals that:

  • 🎯 No major job category faces majority automation—not a single one exceeds 51% fully automatable tasks.
  • 🤝 61% of U.S. workers (142.8M people) are in the "AI Co-Pilot Zone," where AI assists or accelerates work, but does not replace it.
  • 💰 $10.5 trillion in wages—two-thirds of the U.S. economy—are exposed to meaningful AI disruption.
  • 🛡️ The safest jobs require physical presence, human judgment, medical care, emotional intelligence, or regulatory compliance.
  • 📊 High-skill knowledge fields—Math, Finance, Software, Marketing, HR, Legal—face the highest automation potential, not blue-collar work.

This page provides the clearest, most detailed view available of how generative AI will reshape the U.S. labor market—backed by the U.S. Department of Labor's official O*NET dataset and a task-level AI capability assessment.

📋 Table of Contents

1. Understanding the WILLAI Risk Score
What it means for you
2. Sectors With Most to Lose
Economic impact by wages
3. Most Vulnerable Categories
Highest % automation risk
4. AI-Disrupted + Large Workforces
Societal impact hotspots
5. Highest-Paying Safe Jobs
Security + high salaries
6. AI-Resistant + Most Workers
Largest safe job pools
7. What Job Categories AI Can Automate the most
Full automation potential
8. What Job Categories AI Can Assist the most
Productivity multiplier zones
9. What Job Categories AI Can't handle (yet)
Human-only tasks
10. Complete Breakdown
All 57 categories sortable
11. How This Analysis Was Conducted
Methodology

Understanding the WILLAI Risk Score

Why this matters:

Most AI labor forecasts rely on either expert opinion ("what we think AI might do") or current usage data ("what AI is doing now"). Both miss the real story.

WILLAI takes a different approach: We evaluate 57,326 real work tasks defined by the U.S. Department of Labor, assessing each task's vulnerability to AI based on technical capability—not adoption rates or speculation.

This granular, task-level methodology reveals what AI can automate or assist with right now—giving a factual, not hypothetical, view of AI's true labor impact. The gap between what AI can do and what companies are currently doing with it is massive. This data shows the full scope.

The WILLAI Risk Index measures the percentage of job tasks AI can automate or significantly assist with. Each occupation's score is calculated by analyzing every task and rating AI's technical capability to perform it independently (Automate), enhance it (Assist), or face constraints (Cannot Touch).

🔴

RED TIER

≥51%

Severe AI Disruption. Majority of tasks can be automated or heavily assisted by AI. Urgent action required.

0 categories
No occupations currently exceed 51% automation risk
🟠

AMBER TIER

13-50%

AI Co-Pilot Zone. Significant AI assistance available. Workers who adapt will thrive; those who don't will struggle.

37 categories
142.8 million workers (61.2% of workforce)
$10.48 trillion in wages (64.2% of economy)
🟢

GREEN TIER

≤12%

AI-Resistant. Jobs requiring physical presence, human judgment, or regulatory oversight. Lower immediate risk.

18 categories
90.5 million workers (38.8% of workforce)
$5.84 trillion in wages (35.8% of economy)

What the score means:

  • Automate: AI can perform the task independently
  • Assist: AI significantly speeds up or enhances the task
  • Cannot Touch: Physical, regulatory, or safety constraints prevent AI involvement

⚡ The Data: Where AI Impact Hits Hardest

💣 The U.S. Sectors with the Most to Lose

Why this matters:

This table shows where AI's economic impact will be largest—not necessarily the highest-risk jobs, but the ones where disruption affects the most dollars in the economy.

Wage exposure = Workers × Average Salary × AI Risk %. High-wage categories with millions of workers create massive economic ripple effects. Even moderate AI disruption (13-50% risk) in these sectors means billions in wage pressure, workforce restructuring, and fundamental changes to how industries operate.

Top 10 AMBER tier categories ranked by wage exposure (workers × average wage)

Category Wage Exposure WILLAI Risk Score
Management $1936.6 BILLION 28.49% 🟠
Security & Public Safety $835.5 BILLION 18.72% 🟠
Education & Instruction $723.6 BILLION 28.60% 🟠
Food Preparation & Service $626.5 BILLION 12.81% 🟠
Banking & Finance $584.8 BILLION 41.78% 🟠
Sales $485.6 BILLION 39.05% 🟠
Retail $379.3 BILLION 31.41% 🟠
Software Development $377.9 BILLION 41.74% 🟠
Project Management $339.0 BILLION 21.20% 🟠
Scientific Research & Development $338.4 BILLION 19.40% 🟠

⚠️ The Most Vulnerable Job Categories

Why these jobs are at risk:

High-skill knowledge sectors top the automation rankings. These roles involve tasks AI excels at:

  • Pattern analysis & data modeling
  • Report writing & documentation
  • Forecasting & planning
  • Coding & content generation

These fields won't disappear—but workflows will be fundamentally rebuilt around AI.

Top 10 job categories ranked by highest WILLAI Risk Score

Category Total Jobs Workers WILLAI Risk Score
Mathematics 5 185K 48.66% 🟠
Social Science 11 204K 43.41% 🟠
Banking & Finance 18 4.8M 41.78% 🟠
Software Development 7 3.1M 41.74% 🟠
AI/ML Specialist 2 492K 40.47% 🟠
Media & Communications 7 864K 39.39% 🟠
Human Resources 8 1.9M 39.32% 🟠
Sales 15 6.3M 39.05% 🟠
Marketing 5 2.4M 38.46% 🟠
Accounting 6 2.4M 37.87% 🟠

⚠️ AI-Disrupted Job Categories With the Largest Workforces

Why this matters:

Most "high-risk job" lists focus on percentage risk—but that misses the real story. A niche profession with 50% automation risk affects a tiny fraction of society.

The true economic and social disruption happens where large numbers of people work in moderately or highly exposed roles.

These categories combine:

  • High task disruption and automation pressure
  • Large national workforce sizes
  • Billions or trillions in wage exposure
  • Daily work that AI can meaningfully change

This is where AI transformation will be felt the most by the public, affecting millions of families, households, and communities.

What this means:

These categories represent 142.8 million workers—the majority of the American workforce. AI won't eliminate most of these jobs, but it will:

  • Reshape workflows
  • Reduce repetitive tasks
  • Demand new skills
  • Change staffing ratios
  • Create career bifurcation (AI users vs. non-users)
  • Shift wage dynamics over time

For workers, these are the roles where learning to use AI is not optional—it's the difference between stagnation and advancement.

The biggest societal impact will come from categories with both high AI exposure and millions of workers

Category Workers Annual Wages WILLAI Risk Score
Food Preparation & Service 18.3M $626.5B 12.81% 🟠
Management 18.2M $1.94T 28.49% 🟠
Education & Instruction 12.3M $723.7B 28.60% 🟠
Security & Public Safety 10.0M $835.5B 18.72% 🟠
Retail 9.0M $379.3B 31.41% 🟠
Administrative Assistance 7.1M $326.1B 31.84% 🟠
Business Operations 6.8M $500.5B 38.52% 🟠
Sales 6.3M $485.6B 39.05% 🟠
Banking & Finance 4.8M $584.8B 41.78% 🟠
Logistic Support 4.7M $309.6B 29.59% 🟠

🟢 Top 10 Safest Job Categories Least at Risk

Lowest average AI disruption scores

Category Total Jobs Workers WILLAI Risk Score
Dental 6 775K 5.18% 🟢
Mining 11 180K 5.30% 🟢
Personal Care & Home Health 2 8.7M 5.37% 🟢
Medical Technician 37 5.6M 5.38% 🟢
Construction 37 6.1M 5.40% 🟢
Nursing 11 19.5M 6.08% 🟢
Cleaning & Sanitation 6 4.7M 6.46% 🟢
Installation & Maintenance 77 9.5M 7.04% 🟢
Physicians & Surgeons 25 2.7M 7.10% 🟢
Loading and Stocking 5 6.5M 7.79% 🟢

💵 Highest-Paying AI-Resistant Jobs

The best of both worlds:

High salaries combined with low AI risk. These professions offer both economic security and job security in the AI era. Physicians earn $230K+ while only 7% of their tasks face automation risk. Engineering and nursing roles combine strong wages with hands-on human judgment that AI cannot replace.

GREEN tier jobs (≤12% risk) with highest average salaries

Category Avg Salary Workers WILLAI Risk Score
Physicians & Surgeons $230,100 2.7M 7.10% 🟢
Aviation $103,385 636K 10.96% 🟢
Nursing $89,408 19.5M 6.08% 🟢
Dental $81,363 775K 5.18% 🟢
Therapy $80,022 2.0M 11.84% 🟢
Pharmacy $79,510 867K 11.55% 🟢
Construction $62,053 6.1M 5.40% 🟢
Medical Technician $61,590 5.6M 5.38% 🟢
Mining $61,507 180K 5.30% 🟢
Installation & Maintenance $58,930 9.5M 7.04% 🟢

🛡️ AI-Resistant Job Categories With the Most Workers

Why this matters:

This table answers the actual question job-seekers, journalists, and policymakers care about: "Where are the largest concentrations of AI-safe jobs today?"

These are the categories where:

  • There is already huge demand
  • AI disruption is minimal
  • Real human workers will be needed for decades
  • People can pivot into stable, future-proof work at scale

Where the largest number of safe, stable jobs exist today

Category Total Jobs Workers WILLAI Risk Score
Nursing 11 19.5M 6.08% 🟢
Production & Manufacturing 80 11.0M 7.99% 🟢
Installation & Maintenance 77 9.5M 7.04% 🟢
Personal Care & Home Health 2 8.7M 5.38% 🟢
Loading and Stocking 5 6.5M 7.79% 🟢
Construction 37 6.1M 5.40% 🟢
Driving 17 5.7M 10.57% 🟢
Medical Technician 37 5.6M 5.38% 🟢
Cleaning & Sanitation 6 4.7M 6.46% 🟢
Agriculture & Forestry 25 3.3M 9.85% 🟢

🤖 What Job Categories AI Can Automate the most

Top job categories with the highest automation-only percentages:

Even in the most automatable sectors (e.g., Finance, Social Science, Banking), replacement is partial. Humans remain essential for oversight, legal compliance, contextual judgment, and stakeholder relationships. These percentages represent tasks AI can do independently—not entire job elimination.

Job categories with highest percentage of fully automatable tasks

Category Total Jobs Workers Automate %
Social Science 11 204K 44%
Banking & Finance 18 4.8M 44%
AI/ML Specialist 2 492K 43%
Mathematics 5 185K 42%
Legal 7 1.7M 39%
Architecture 4 343K 39%
Human Resources 8 1.9M 39%
Sales 15 6.3M 39%
Accounting 6 2.4M 33%
Marketing 5 2.4M 33%

🤝 What Job Categories AI Can Assist the most

The biggest productivity boosts — "AI as your co-pilot":

This is the heart of the AI labor story: Most jobs won't be replaced—most jobs will get a second brain.

Fields like Education, Software, Media, Retail, and Industrial Engineering will see massive productivity gains. AI enhances lesson planning, accelerates coding, streamlines content creation, and optimizes workflows—without eliminating the human expert.

Job categories where AI significantly speeds up or enhances work

Category Total Jobs Workers Assist %
Information Design & Documentation 11 1.4M 29.16%
Education & Instruction 64 12.3M 28.76%
Industrial Engineering 6 1.5M 26.35%
Media & Communications 7 864K 25.98%
Human Resources 8 1.9M 25.98%
Retail 5 9.0M 25.81%
Software Development 7 3.1M 25.74%
Real Estate 5 1.1M 25.70%
Mathematics 5 185K 25.60%
Project Management 3 2.9M 25.00%

🚫 What Job Categories AI Can't handle (yet)

Human-only tasks with >85% non-automatable work:

This dataset shows that care, medical, construction, repair, and physical work remain profoundly human. These roles involve:

  • Complex motor skills in unpredictable environments
  • Real-world risk assessment & split-second decisions
  • Trust & interpersonal relationships
  • Empathy & emotional intelligence
  • Hands-on judgment under pressure

This is where humans have a "moat." AI cannot cross these boundaries.

Job categories where AI cannot perform the vast majority of tasks

Category Total Jobs Workers Can't Touch %
Physicians & Surgeons 25 2.7M 91.27%
Nursing 11 19.5M 91.23%
Medical Technician 37 5.6M 90.45%
Dental 6 775K 90.29%
Mining 11 180K 89.62%
Construction 37 6.1M 87.30%
Installation & Maintenance 77 9.5M 87.10%
Veterinary 4 731K 86.98%
Cleaning & Sanitation 6 4.7M 86.88%
Personal Care & Home Health 2 8.7M 86.69%

Complete Industry Breakdown

Click column headers to sort. All 57 occupational categories analyzed.

Category Jobs WILLAI Risk Score AI Can Automate AI Can Assist AI Cannot Touch
Dental 6
5.18%
🟢 GREEN
0% 10% 90%
Mining 11
5.30%
🟢 GREEN
0% 10% 90%
Personal Care & Home Health 2
5.37%
🟢 GREEN
0% 13% 87%
Medical Technician 37
5.38%
🟢 GREEN
1% 9% 90%
Construction 37
5.40%
🟢 GREEN
0% 12% 87%
Nursing 11
6.08%
🟢 GREEN
0% 9% 91%
Cleaning & Sanitation 6
6.46%
🟢 GREEN
0% 13% 87%
Installation & Maintenance 77
7.04%
🟢 GREEN
0% 13% 87%
Physicians & Surgeons 25
7.10%
🟢 GREEN
1% 8% 91%
Loading and Stocking 5
7.79%
🟢 GREEN
0% 16% 84%
Production & Manufacturing 80
7.99%
🟢 GREEN
1% 15% 84%
Veterinary 4
8.20%
🟢 GREEN
0% 13% 87%
Agriculture & Forestry 25
9.85%
🟢 GREEN
3% 16% 81%
Driving 17
10.57%
🟢 GREEN
3% 13% 85%
Aviation 13
10.96%
🟢 GREEN
2% 13% 85%
Childcare 2
11.48%
🟢 GREEN
0% 20% 80%
Pharmacy 3
11.55%
🟢 GREEN
0% 14% 86%
Therapy 23
11.84%
🟢 GREEN
2% 18% 79%
Food Preparation & Service 24
12.81%
🟢 GREEN
4% 15% 80%
Sports 5
13.75%
🟠 AMBER
1% 23% 76%
Electrical Engineering 18
14.18%
🟠 AMBER
3% 20% 77%
Beauty & Wellness 5
14.23%
🟠 AMBER
14% 11% 75%
Chemical Engineering 11
15.72%
🟠 AMBER
6% 19% 75%
Mechanical Engineering 12
16.95%
🟠 AMBER
8% 20% 72%
Security & Public Safety 41
18.72%
🟠 AMBER
13% 14% 73%
Industrial Engineering 6
19.27%
🟠 AMBER
1% 26% 73%
Scientific Research & Development 44
19.40%
🟠 AMBER
11% 19% 70%
Civil Engineering 13
19.55%
🟠 AMBER
10% 21% 68%
Project Management 3
21.20%
🟠 AMBER
5% 25% 70%
Arts & Entertainment 45
24.61%
🟠 AMBER
18% 18% 64%
Real Estate 5
27.49%
🟠 AMBER
20% 26% 54%
Management 30
28.49%
🟠 AMBER
24% 24% 52%
Education & Instruction 64
28.60%
🟠 AMBER
11% 29% 60%
Medical Information 8
28.84%
🟠 AMBER
20% 20% 60%
Community & Social Service 22
29.23%
🟠 AMBER
22% 21% 57%
Logistic Support 18
29.59%
🟠 AMBER
30% 17% 53%
Retail 5
31.41%
🟠 AMBER
14% 26% 61%
Administrative Assistance 16
31.84%
🟠 AMBER
22% 23% 55%
Legal 7
32.84%
🟠 AMBER
39% 18% 43%
Hospitality & Tourism 17
33.07%
🟠 AMBER
24% 19% 58%
Insurance 5
33.19%
🟠 AMBER
27% 22% 51%
Information Design & Documentation 11
34.19%
🟠 AMBER
17% 29% 54%
Architecture 4
35.73%
🟠 AMBER
39% 19% 42%
Customer Service 7
36.33%
🟠 AMBER
27% 22% 51%
IT Operations & Helpdesk 8
37.35%
🟠 AMBER
30% 24% 46%
Accounting 6
37.87%
🟠 AMBER
33% 21% 46%
Media & Communications 7
38.46%
🟠 AMBER
29% 26% 45%
Marketing 5
38.46%
🟠 AMBER
33% 22% 45%
Sales 15
39.05%
🟠 AMBER
39% 17% 44%
Human Resources 8
39.32%
🟠 AMBER
39% 26% 35%
AI/ML Specialist 2
40.47%
🟠 AMBER
43% 7% 50%
Software Development 7
41.74%
🟠 AMBER
31% 26% 43%
Banking & Finance 18
41.78%
🟠 AMBER
44% 17% 38%
Social Science 11
43.41%
🟠 AMBER
44% 19% 36%
Mathematics 5
48.66%
🟠 AMBER
42% 26% 33%

How This Analysis Was Conducted

This is not guesswork. Every statistic on this page comes from forensic, task-level analysis of real work activities.

Data Sources

  • O*NET Database: The U.S. Department of Labor's comprehensive occupational database used by economists, policymakers, and Fortune 500 companies
  • 57,326 Work Tasks: Every single task, work activity, and detailed work activity analyzed individually
  • 922 Occupations: Complete coverage of the U.S. labor market

Analysis Methodology

For each of the 57,326 tasks, we evaluated:

  1. Can AI fully automate this task? (considering current AI capabilities)
  2. Can AI significantly assist with this task? (making humans faster/better)
  3. Can AI not perform this task? (due to physical, regulatory, or safety constraints)

Tasks were weighted by importance (70% for core tasks, 20% for detailed activities, 10% for general activities) and adjusted for real-world constraints including regulation, licensing requirements, physical presence needs, and safety-critical decision-making.

Want the full technical breakdown?

Read our complete Data & Methodologies page for a detailed explanation of our approach.

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