liveBook · Manning

Trust

As explained in Inside AI

Trustworthiness is the degree to which a system can be relied upon to behave safely, reliably, transparently, and appropriately.

Trustworthiness is the practical confidence that an AI system can be relied upon to behave safely, explain its conclusions, and respect fundamental rights. It matters most when errors affect lives, livelihoods, or access to essential services. section 3.4.2

Deep-learning systems can undermine trust through several weaknesses:

  • Adversarial examples can use subtle pixel changes to disrupt surveillance systems, even when attacks are difficult to create. section 3.4.2
  • Black-box models may provide conclusions without justifications, creating problems for military decisions, criminal justice, lending, and other high-stakes uses. section 3.4.2
  • Risk-based regulation can ban systems threatening safety or livelihoods and impose stringent checks on AI used in critical infrastructure and public services. section 3.4.2

A mission-critical decision

A military operator may need to justify a life-and-death decision made by an AI system. An unexplained conclusion makes reliance difficult, regardless of the system’s efficiency. section 3.4.2

How Inside AI covers it

How deep it goes
Explains adversarial vulnerability, black-box reasoning, and risk-based restrictions, but does not detail implementation requirements.
Examples
Uses altered surveillance images and an unexplained military life-and-death decision as concrete trustworthiness problems.
What you can do after
Evaluate whether an AI system is appropriate for high-stakes use by examining vulnerabilities, explanations, and societal risks.
How it connects
Connects trustworthiness with deep learning, adversarial examples, neural networks, explainability, and AI regulation.

Also explained in

Compare how 14 books explain trust →

Related concepts

This explainer was generated by Manning's knowledge graph from the text of Inside AI. The section links point to the parts of the book it draws on.