The inference imperative: Why running AI is harder than building it

The inference imperative: Why running AI is harder than building it

The inference imperative: Why running AI is harder than building it

https://www.cio.com/article/4168486/the-inference-imperative-why-running-ai-is-harder-than-building-it.html

Publish Date: 2026-05-07 11:52:00

Source Domain: www.cio.com

Enterprises have made significant progress in building artificial intelligence capabilities. Access to models, tools, and platforms has expanded rapidly, lowering the barrier to entry for experimentation. Yet many organizations are discovering that building AI is only the first step. Running it at scale is where the real challenge begins.

The difficulty is not in creating models, but in operationalizing them.

As AI moves from pilot to production, it must integrate into complex enterprise environments. These environments include fragmented data systems, legacy infrastructure, and distributed workflows that were not designed to support AI-driven execution. What works in a controlled experiment often breaks down under real-world conditions.

Data is one of the most significant constraints. AI systems rely on consistent, high-quality, and context-rich data. In most enterprises, data is spread across multiple platforms and lacks a unified structure. Without a shared understanding of what data represents, models struggle to produce reliable outputs. More importantly, business teams cannot act on those outputs with confidence.

This challenge becomes more pronounced as organizations attempt to scale AI across use cases. Each new deployment introduces additional complexity, from data integration and governance to security and compliance. Without a strong foundation, these factors slow progress and increase operational risk.

Running AI also requires a different operating model. Traditional approaches to cloud and application management are often reactive, relying on manual processes and ticket-driven workflows. These models are not designed to support the continuous monitoring, iteration, and optimization that AI systems require.

Organizations that treat AI as an isolated capability often encounter friction at this stage. Models may perform well in testing, but struggle to deliver consistent value once deployed. This disconnect between development…

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