Industry Insights 16 min read

Why Not Using AI Is the Biggest Cost for Companies

The article argues that avoiding AI incurs hidden costs far beyond money—lost time, missed opportunities, talent shortages, and weakened competitiveness—by showing how AI reshapes cost structures, delivers exponential business value, and creates efficiency, talent, and capital gaps across industries.

Software Engineering 3.0 Era
Software Engineering 3.0 Era
Software Engineering 3.0 Era
Why Not Using AI Is the Biggest Cost for Companies

Why Are Companies Still Waiting on AI?

The author asks readers to recall the last time they convinced themselves to "wait on AI" and lists three common excuses: unclear costs, unstable results, and waiting to see others' use cases.

These excuses made sense in 2024, barely in 2025, and are no longer valid in 2026 because the very method of accounting has changed.

From Linear to Exponential Cost Accounting

Traditional accounting measured "input vs. output". The new question is: What is the cost of NOT investing in AI? The answer can be far higher than anticipated.

Human Labor Costs Are Not Linear

Recruiting cost : advertising, screening, interviewing, onboarding, and the first three months of low output burn money; high turnover in manufacturing, customer service, and operations makes training expensive.

Retention cost : losing a key employee also loses client relationships, processes, and industry knowledge; a competitor can poach a three‑year‑trained employee for a 20% price premium.

Management cost : communication lines grow quadratically (10 people → 45 lines, 50 people → 1,225 lines), creating exponential noise.

Volatility cost : seasonal hiring and layoffs turn labor into a heavy, inescapable burden.

Thus, labor cost is a self‑replicating, complex system rather than a simple "salary × headcount" equation.

How AI Changes the Cost Structure

AI turns the "human task cost structure" into a "system task cost structure". In August 2026, an AI agent’s full cost per hour was $6–8, cheaper than offshore BPO ($10) and only one‑fifth of a U.S. on‑shore employee ($30–45).

Experiments show that using OpenCode for a 1–2 hour task replaces 1–2 days of work by a traditional test engineer or architect.

Visible Savings: Real‑World Cases

Office : Kingsoft WPS AI agents reduced monthly report preparation from 3–5 days to 0.5–1.5 days (over 3× speedup) for a >$20 billion revenue internet company.

Manufacturing : Shougang deployed 45 AI agents across 929 scenarios, boosting hot‑rolling scheduling efficiency by 80% and continuously lowering steel production cost.

Agriculture : Jiangsu Yancheng’s digital farm used a large model to run 24/7 inspection robots, cutting feed waste by 8%‑10% and reducing pig disease incidence by ~30%.

Energy : Southern Power Grid’s distribution‑grid AI agents diagnose tens of thousands of feeders, improving planning efficiency by 80%.

All these savings stem from cutting costs on the old accounting ledger.

Invisible Benefits: New Products, New Markets

The real cost of "not using AI" is the missed ability to create new products and businesses, which grows exponentially.

Story 1 : Shu Ming Tech (11 employees) targets 2026 revenue of $0.5–1.2 billion. Their report shows each yuan spent on AI replaces ~72 yuan of development labor, turning a handful of people into a production unit.

Story 2 : Lin Xi Smart (3 employees) uses AI to connect >300 factories via the WeaveOne platform, generating product specs, production standards, and supply‑chain plans in under three minutes—creating an entirely new market.

Story 3 : Aurora Mobile’s EngageLab saw Q1 2026 recurring revenue jump 172% YoY, achieving 71% gross margin. Its AI agent can call system APIs, process refunds, and route tickets, enabling entry into Japan’s market and converting a Tokyo real‑estate client in the first week.

AI Rewrites Industry Rules

Beyond cost savings, AI reshapes workflows:

At Mengniu, a non‑programmer fed two dairy‑disease textbooks to AI, creating a diagnostic tool that cut case resolution from 1.5 days to 2 hours.

In fashion, WeaveOne flips the traditional "produce then sell" model by generating product designs directly from real‑world demand.

In agriculture, the "AiSi" large model, certified by national authorities, manages >60 million pigs.

These examples replace old processes rather than merely optimizing them.

Efficiency Gap

Industry data shows AI adoption rates >30% in manufacturing and >80% in software. Companies that wait fall into the lagging 70%.

AI tools can compress a half‑day task into 5 minutes (≈60× speedup) and cut content‑creation cycles from 60 days to 35 days, delivering multiples of ROI.

Talent Gap

AI talent definitions have shifted from "can call an API" to "can turn models into stable business systems". Production‑grade system‑delivery roles grew 217% YoY, yet only 11% of AI‑skill resumes list engineering metrics.

Major tech firms (Alibaba, Baidu, DeepSeek) are flooding the market with AI‑focused positions, often with uncapped salaries.

Capital Votes for AI

Morgan Stanley’s 2026 report quantifies generative‑AI incremental ROIC at 25%‑50%.

China’s SAP‑commissioned AI value report shows average 2026 AI spend of $35.9 million (vs. global $28 million) and projected ROI rising from 22% to 38% in two years.

Alibaba Cloud’s AI revenue grew 38% YoY, maintaining triple‑digit growth for ten quarters. Tencent’s Q2 capital expenditure hit ¥52.8 billion (+176% YoY), mainly for AI infrastructure; its AI‑generated code now powers much of its stack.

Crossing Cost Curves

AI inference cost has fallen >90% in the past year, with per‑million‑token prices now a few cents to a few dollars. For most enterprises, AI’s monetary cost is negligible.

Conversely, the cost of NOT using AI rises exponentially in three areas:

Efficiency gap : competitors compress reporting from 5 days to 0.5 day and boost scheduling efficiency by 80%; each lost day incurs a compounding lag.

Opportunity gap : rivals use 3 people to mobilize 300 factories or 11 people to chase $5 billion revenue, gaining market‑defining qualifications.

Talent gap : AI‑savvy professionals flock to AI‑centric firms, making it harder for laggards to hire effective talent.

These three rising curves have already intersected the declining AI‑cost curve; every additional day of hesitation pushes a company further down the slope.

Conclusion

Not adopting AI saves a small amount of money but forfeits time, opportunities, talent, competitiveness, and the very right to shape the future—costs that money cannot buy.

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digital transformationproductivityIndustry Trendscost analysisAI adoption
Software Engineering 3.0 Era
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Software Engineering 3.0 Era

With large models (LLMs) reshaping countless industries, software engineering is leading the charge into the Software Engineering 3.0 era—model-driven development and operations. This account focuses on the new paradigms, theories, and methods of SE 3.0, and showcases its tools and practices.

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