Evaluating LLMs in Emergency Contexts: A Call to Action

Sara Court, Lara Downing, Micha Elsner· July 2, 2026 View original

Summary

This paper urges researchers to better communicate AI findings to the public, using a case study of an LLM-based text-to-911 translation system to highlight common misconceptions and risks in emergency deployments. It provides recommendations for stakeholders in AI development and deployment.

The paper serves as a direct appeal to the research community, urging them to take a more active role in clearly articulating their findings to the public. It emphasizes the critical importance of transparent communication, especially concerning the capabilities and limitations of advanced AI technologies. To illustrate the high stakes involved, the authors present a case study focusing on the initial deployment of an LLM-based machine translation application. This system was designed for a text-to-911 service, advertised to support 55 languages for use in emergencies where direct calls might be difficult. The analysis reveals several prevalent misconceptions about such technologies. The paper concludes with a set of concrete recommendations and best practices for all stakeholders involved in the development and deployment pipeline. It argues that while scientific advancement often focuses on solving complex "hard" problems, it is frequently the "easy" problems—those for which cutting-edge technology might not even be necessary—that are most frequently overlooked, leading to significant real-world risks.

Why it matters

Professionals involved in AI development, deployment, and policy need to understand the critical importance of responsible communication and realistic expectation setting, especially when AI is applied in high-stakes, real-world scenarios like emergency services.

How to implement this in your domain

  1. 1Establish clear internal guidelines for communicating AI capabilities and limitations to non-technical stakeholders and the public.
  2. 2Conduct thorough risk assessments for any AI system deployed in critical or emergency contexts, focusing on potential failure modes.
  3. 3Implement robust testing protocols that simulate real-world emergency scenarios, including edge cases and unexpected inputs.
  4. 4Collaborate with domain experts (e.g., emergency responders) early in the development cycle to ensure practical relevance and safety.
  5. 5Develop transparent reporting mechanisms for AI system performance, biases, and potential errors.

Who benefits

GovernmentPublic SafetyHealthcareTelecommunicationsAI Ethics & Policy

Key takeaways

  • AI researchers must improve public communication of their findings and limitations.
  • LLMs in emergency contexts carry significant risks due to public misconceptions.
  • A text-to-911 translation system case study highlights these dangers.
  • Stakeholders need concrete recommendations for responsible AI development and deployment.

Original post by Sara Court, Lara Downing, Micha Elsner

"arXiv:2607.00019v1 Announce Type: cross Abstract: This paper offers a call to action. We urge our colleagues in the research community to play a greater role in the articulation of our findings to the public. To illustrate the stakes we present a case study on the initial stages…"

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Originally posted by Sara Court, Lara Downing, Micha Elsner on X · view source

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