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Microsoft reports AI is more expensive than paying human employees

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Why This Matters

The recent decisions by Microsoft and Uber to scale back or reevaluate their AI tool usage highlight the significant costs and challenges associated with integrating AI into enterprise workflows. These developments suggest that the economic and operational hurdles of replacing or augmenting human labor with AI are more complex and costly than initially anticipated, impacting the broader tech industry's AI adoption strategies.

Key Takeaways

Firms today are pushing employees to use as much AI as possible to squeeze out the technology’s productivity gains. But that pressure is leading to cracks, and those cracks may be irreparable.

Microsoft has reportedly begun canceling most of its direct Claude Code licenses, according to The Verge, instead moving engineers toward using GitHub Copilot CLI. That comes just six months after the firm first opened up access to Claude Code, encouraging thousands of its developers, project managers, designers, and other employees to experiment with coding. The tech became popular fast. Perhaps too popular. The scale at which employees use it is now prompting the firm to reverse course on a tool its own engineers had come to rely on. Canceling Claude Code licenses won’t affect Microsoft’s Foundry deal, which includes investing up to $5 billion in Anthropic and giving Foundry customers access to Claude models, as well as Anthropic’s $30 billion commitment to purchase Azure compute capacity, according to The Verge.

Microsoft isn’t the only company scaling back its internal AI use. Uber’s CTO Praveen Neppalli Naga told The Information in April that the firm had already burnt through its entire 2026 AI coding tools budget in just four months. That comes after the company had actively incentivized adoption through internal leaderboards ranking teams by AI tool usage.

The reports may throw cold water on the bets tech’s biggest firms have placed on the technology. While some cling to the promise of an AI “renaissance” or “revolution,” the cost of adoption is proving a stubborn bottleneck. These developments also suggest that the economics of replacing or augmenting human labor with AI may be more complicated than some early forecasts originally implied. That echoes what Bryan Catanzaro, vice president of applied deep learning at Nvidia, recently said in an interview with Axios.

“For my team, the cost of compute is far beyond the costs of the employees,” he said.

Anthropic didn’t immediately respond to Fortune’s request for comment. Microsoft didn’t provide a comment.

An emerging AI paradox: cheaper tokens, bigger bills

Uber and Microsoft aren’t the only firms pushing employees to use as much AI as possible. Like at Uber, a Meta employee crafted a leaderboard, fittingly named “Claudeonomics,” after Anthropic’s AI model, to track which workers are using the most AI. Amazon is pushing its employees to “toxenmaxx,” or use as many AI tokens as possible (the basic building blocks of AI compute).

But with a token-based pricing system, the work gets more expensive with more use and better efficiency. Goldman Sachs recently forecasted that agentic AI could drive a 24-fold increase in token consumption by 2030 as consumers and enterprises adopt AI agents, reaching a staggering 120 quadrillion tokens per month. As businesses turn to AI agents to boost productivity, aggregate costs could rise sharply even if the price of each token falls.

But as consumption increases, the cost of individual AI tokens is expected to fall sharply. A recent report from research firm Gartner found that by 2030, inference on a one-trillion-parameter LLM—in simple terms, a highly sophisticated AI model—will cost AI firms nearly 90% less than it did in 2025. Even so, Gartner predicted that cheaper tokens won’t translate to cheaper enterprise AI because agentic models require far more tokens per task than standard models, increased consumption can outpace falling unit costs, and AI providers won’t fully pass through lower costs to consumers. In turn, inference costs are likely to push higher.

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