Political Intelligence for AI Safety: The AI Risk Attitudes Survey (AIRAS)
Nicholas Botti, Jamie Coombs, Anna Konovalenko · Team AIRAS
Submitted to The Technical AI Governance Challenge. Sprint projects are early-stage work by participants, not Apart Research publications.
The AI safety and governance community is making progress on defining red lines around existential risk from advanced AI systems, and building verification infrastructure to support this objective. However, this is only half the battle. Implementing these red lines requires unprecedented international coordination, and enforcing them requires credible commitments from national governments, all during a period of increased geopolitical tensions. We present a whitepaper that makes the case that: Implementation and enforcement of red lines is as much a political question as it is a technical one While studies exist showing general public support for AI regulation, the depth of domestic political support among major powers for costly international AI regulation and willingness to make real sacrifices to enforce these red lines is understudied Rigorous policy-credible surveys of public opinion in this area would both enhance the AI safety community’s efforts to prioritize scarce resources to the most effective action areas and provide advocates a valuable source of evidence to point to when lobbying national governments and international organizations And therefore proposes and develops the methodology for AIRAS.
Reviews
This project provides good infrastructure for testing public willingness to bear real costs for security from AI systems. Generic polling showing support for "AI regulation" helps policymakers understand the direction of public preferences but not their strength — you can consistently observe publics that support more spending in every individual department while simultaneously wishing to cut overall government spending, or who favour more immigration from every specific group presented to them while wanting lower immigration overall - presumably because frequently when asked the public considers whether something is first order good/bad without implications for the general budget constraint. The same dynamic could plausibly apply to AI governance: abstract support for "careful management" may not survive contact with specific costs, so verifying this is important to get a sense of the depth of support for safety measures.
The survey methodology is well-designed to help find this, with comprehension gates, relative priority and a large number of possible costs the public could be concerned about, meaning it should be able to provide a reasonable estimate of the gap between raw support and "hard support" that survives cost framing is a vital indicator for long-run political durability. The political viability scorecard is well formatted and gives a clear map for future policy design. I would be very interested to see how the public's level of commitment to various specific interventions in this framework compares to data not accounting for this.
Read full reviewShow less
Cool project idea! Systematically mapping political viability of specific AI safety red lines would indeed be very valuable. The design principles (especially comprehension gating and tradeoff testing) and the white paper do look like a serious attempt that is ready to be looked at and red-teamed by experts in survey design. Also congrts on the dashboard; it does a great job illustrating what actionable output could look like.
A great next step would be to do quick validation of the survey with a few real human respondents. Even a very small pilot (a few dozens of respondents) would dramatically strengthen this. Another good step would be to strengthen the analysis of related literature on risk perception and public opinion methodology. I'd be particularly interested in seeing a deeper investigation of the difference betwween stated preferences and actual behavior or even political mobilization.
I hope you pursue this project further and that it will eventually yield some very useful data!
Read full reviewShow less
Cite this project
@misc{botti2026political,
title = {{Political Intelligence for AI Safety: The AI Risk Attitudes Survey (AIRAS)}},
author = {Nicholas Botti and Jamie Coombs and Anna Konovalenko},
year = {2026},
month = feb,
note = {Submitted to The Technical AI Governance Challenge, an Apart Research Sprint},
howpublished = {\url{https://apartresearch.com/sprints/projects/political-intelligence-for-ai-safety-the-ai-risk-attitudes-survey-airas-dlpz}},
url = {https://apartresearch.com/sprints/projects/political-intelligence-for-ai-safety-the-ai-risk-attitudes-survey-airas-dlpz}
}More from The Technical AI Governance Challenge
- 1st placeView project: LidaSim: Testing AI Policies With Persona-Based Simulations
LidaSim: Testing AI Policies With Persona-Based Simulations
Lida Safety
We simulate well-known figures in AI and politics with agents, scraping large amounts of data to get realistic simulations. Then, we test questions and proposed policies against these public figures, to see which …
- 2nd placeView project: Markov Chain Lock Watermarking: Provably Secure Authentication for LLM Outputs
Markov Chain Lock Watermarking: Provably Secure Authentication for LLM Outputs
MCL
We present Markov Chain Lock (MCL) watermarking, a cryptographically secure framework for authenticating LLM outputs. MCL constrains token generation to follow a secret Markov chain over SHA-256 vocabulary partitions. …
- 4th placeView project: Fingerprinting All AI Cluster I/O Without Mutually Trusted Processors
Fingerprinting All AI Cluster I/O Without Mutually Trusted Processors
The Bypass Annihilators
We design and simulate a "border patrol" device for generating cryptographic evidence of data traffic entering and leaving an AI cluster, while eliminating the specific analog and steganographic side-channels that …