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04 / 05

Safety & Alignment

Techniques and operational practices for reducing AI risk, checking behaviour against intended use, and intervening when systems behave unexpectedly.

Published work
0 analyses
Last reviewed
Cited sources
2 sources

Topic overview

  1. Scope

    A source-led guide to the safety and alignment work that helps teams define acceptable system behaviour, test for failure modes, and respond when those limits are crossed.

  2. Published record

    0 analyses and 2 sources currently define this hub.

  3. Current focus

    Techniques and operational practices for reducing AI risk, checking behaviour against intended use, and intervening when systems behave unexpectedly.

Read scope and context

Scope and context

A working map of the subject.

Safety asks whether a system can cause harm or fail in ways that matter. Alignment asks whether its behaviour remains within the intent, constraints and oversight that people have set for it. The two concerns overlap, but neither can be reduced to a single benchmark score.

NIST’s AI Risk Management Framework treats risk management as an ongoing organisational activity: teams govern, map, measure and manage risks rather than assuming that a model’s initial release settles them.1

From intent to evidence

An intended use should make clear who may use a system, for which tasks, and which outcomes require escalation or review. Tests can then examine the failure modes that are relevant to that context: unsafe outputs, unreliable operation, misuse, or a loss of human control. This is an editorial inference from the framework’s risk-management approach, not a claim that one universal test can establish safety.

Generative AI can introduce additional risks through its ability to produce novel text, images or other outputs. NIST’s Generative AI Profile identifies actions that organisations can use alongside the AI RMF to address those risks.2

What this topic covers

This hub follows the practical work around intended use, red-teaming, safeguards, human oversight, incident response and monitoring. It distinguishes evidence of a specific control from a broad assurance claim, and keeps the conditions under which a safety result was obtained visible.

Footnotes

  1. NIST, AI Risk Management Framework — full source details. ↩

  2. NIST, Generative AI Profile — full source details. ↩

Sources

The factual claims on this page are backed by the following sources.

  1. Artificial Intelligence Risk Management Framework — Generative Artificial Intelligence ProfileNational Institute of Standards and Technology · accessed August 23, 2026
    Primary source
  2. Artificial Intelligence Risk Management Framework (AI RMF 1.0)National Institute of Standards and Technology · accessed August 23, 2026
    Primary source

The evidence standard

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This hub currently connects 0 analyses with 2 sources. Dates and source records stay attached to the claims they support.

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  2. Dated

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  3. Explicit

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