Page StatusAI Transition Model
4 backlinks
2
Structure2/15Structure: 2/15Automated score based on measurable content features.Word count0/2Tables0/3Diagrams0/2Internal links0/2Citations0/3Prose ratio2/2Overview section0/10TablesData tables in the page0DiagramsCharts and visual diagrams0Internal LinksLinks to other wiki pages0FootnotesFootnote citations [^N] with sources0External LinksMarkdown links to outside URLs%0%Bullet RatioPercentage of content in bullet lists
Summary
This page contains only placeholder component imports with no actual content about biological threat exposure from AI systems. Cannot assess methodology or conclusions as no substantive information is provided.
Issues1
StructureNo tables or diagrams - consider adding visual content
Biological Threat Exposure
Entry
Biological Threat Exposure
This page contains only placeholder component imports with no actual content about biological threat exposure from AI systems. Cannot assess methodology or conclusions as no substantive information is provided.
DirectionLower is better
Current TrendStressed (DNA screening catches ~25% of threats; AI approaching expert virology)
Key MeasurementScreening coverage, surveillance capability, response speed
Related
Risks
Bioweapons RiskRiskBioweapons RiskComprehensive synthesis of AI-bioweapons evidence through early 2026, including the FRI expert survey finding 5x risk increase from AI capabilities (0.3% → 1.5% annual epidemic probability), Anthro...Quality: 91/100
Models
Bioweapons Attack Chain ModelModelBioweapons Attack Chain ModelMultiplicative attack chain model estimates catastrophic bioweapons probability at 0.02-3.6%, with state actors (3.0%) dominating risk due to lab access. DNA synthesis screening offers highest cost...Quality: 69/100AI Uplift Assessment ModelModelAI Uplift Assessment ModelQuantitative assessment estimating AI provides modest knowledge uplift for bioweapons (1.0-1.2x per RAND 2024) but concerning evasion capabilities (2-3x, potentially 7-10x by 2028), with projected ...Quality: 70/100
4 backlinks
Society's vulnerability to biological threats including AI-enabled bioweapons. Measures exposure level—lower means better prevention, detection, and response capacity.
No entity found for ID "tmc-E41". Ensure the entity exists in ai-transition-model.yaml.
What links here
- Misuse Potentialai-transition-model-factorcomposed-of
- Human-Caused Catastropheai-transition-model-scenariokey-factor
- Bioweapons Attack Chain Modelmodelmodels
- AI Uplift Assessment Modelmodelaffects