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Safety

Preparedness Framework

2023ActivePublished: 4 September 2026Updated: 4 September 2026Published
Key innovation
The first publicly released process from a leading AI lab that ties frontier-model development and deployment decisions to measured thresholds of dangerous capability.
Category
Safety
Abstraction level
Pattern
Operation level
ModelEvaluation (runtime)Deployment
Use cases
Frontier-model risk managementPre-deployment capability gatingAI safety governanceResponsible scaling policiesDual-use capability evaluation

How it works

OpenAI evaluates all frontier models with repeatable evaluations (formerly "scorecards"), including at every 2x increase in effective training compute. Capabilities are classified within tracked categories and results are mapped to capability thresholds. Reaching the "High capability" threshold requires safeguards that sufficiently minimize risk before deployment; the "Critical capability" threshold requires safeguards during development as well. The Safety Advisory Group reviews whether safeguards are sufficient and makes recommendations to leadership, which makes the final decisions. The framework also relies on scalable automated evaluations and allows requirements to be adjusted in response to shifts in the competitive landscape.

Problem solved

Frontier-model development can produce capabilities able to cause severe harm (bioweapons, cyberattacks, autonomous AI self-improvement) before adequate safeguards exist. The framework addresses the lack of a systematic, published process for measuring these capabilities and tying development and deployment decisions to explicit risk thresholds.

Components

Tracked CategoriesRisk areas with mature evaluations and ongoing safeguards

Established high-risk capability areas. In the 2025 version: Biological and Chemical, Cybersecurity, and AI Self-improvement. In the Beta (2023): cybersecurity, CBRN, persuasion and model autonomy.

Research CategoriesEmerging risk areas without mature evaluations yet

Introduced in 2025: areas that could pose severe risk but do not yet meet the criteria for Tracked Categories — Long-range Autonomy, Sandbagging, Autonomous Replication and Adaptation, Undermining Safeguards, and Nuclear and Radiological.

Capability ThresholdsLevels that trigger operational commitments

Since 2025, two thresholds: "High capability" (could amplify existing pathways to severe harm — requires safeguards before deployment) and "Critical capability" (could introduce unprecedented new pathways to severe harm — requires safeguards during development too). The Beta used a four-level scale: low, medium, high, critical.

SafeguardsMeasures that minimize the risk of severe harm

Technical and operational measures that must "sufficiently minimize" risk before a model reaching a given capability threshold is deployed or developed further.

Safety Advisory Group (SAG)Internal safeguard review body

A cross-functional team of internal safety leaders that reviews whether safeguards sufficiently minimize severe risk and makes recommendations — from approving deployment to requesting further evaluation or stronger protections — to OpenAI Leadership.

Scorecards and evaluationsMeasurement of frontier-model capabilities

Repeatable evaluations updated at, among other points, every 2x increase in effective training compute; in 2025 extended with scalable automated evaluations complemented by expert-led "deep dives".

Evolution

Original paper · 2023 · OpenAI · OpenAI
Preparedness Framework (Beta)
OpenAI
2023
Preparedness Framework (Beta) released
Inflection point

First version with four tracked categories (cybersecurity, CBRN, persuasion, model autonomy) and a four-level risk scale.

2025
Preparedness Framework update (version 2)
Inflection point

Update of 15 April 2025: narrowed tracked categories (Biological and Chemical, Cybersecurity, AI Self-improvement), new Research Categories, two thresholds (High, Critical) and the Safety Advisory Group; persuasion moved out of the framework.