Microsoft CEO Satya Nadella made an important point this week. He said businesses should treat large language models as insider risks and assume they may already be compromised. He also said model makers shouldn't be trusted to test their own products.¹

I agree, and the principle goes further than he takes it. If builders shouldn't grade their own homework, then no single part of the industry should define what "safe" means on its own. AI safety has to be a shared responsibility.

Where Nadella is right

The design rules he lays out are sound engineering:

His closing line sets the bar: the winning approach is the one that "enables us to trust the model the least."

Why independent checks matter

Every layer of the AI supply chain has a financial stake in how strict the safety rules are:

None of this needs bad intent. It's simply how incentives work, and it's why other high-stakes industries split building from checking long ago:

That last line is the gap. Monitoring alone won't close it. In a recent Carnegie Mellon study, even the best AI monitor missed nearly half of completed harmful actions in a single-day audit test.²

What shared responsibility looks like

  1. Independent evaluation: third-party red-teaming and benchmarks that vendors neither fund nor control.
  2. Open, vendor-neutral standards: common formats for logging, audit trails and emergency brakes, so containment works the same way across every model and cloud.
  3. Customer-owned control planes: the kill switch, the policies and the logs belong to the enterprise, not to the vendor's console.
  4. A seat for everyone else: regulators, academia, open-source communities, and the domain experts who know how systems fail in the field.

Trust in AI should come from independent checks that anyone can verify. The goal is to trust the model the least, and to depend the least on any one company's word.

References

  1. LinkedIn News, "Businesses should assume LLMs aren't safe, Microsoft CEO says," Oct 10, 2026.
  2. A. Muhamed and V. Smith, "MOLE: Detecting Insider Threats in AI Agents," Carnegie Mellon University, arXiv 2609.06966, Sept 2026.

Originally published on LinkedIn on October 11, 2026.