Retroactive Chain-of-Thought (RetroCoT): Forensic Reconstruction Prompts as a Safety Diagnostic Across Model Generations

arXiv:2607.04645v1 Announce Type: cross Abstract: Safety alignment in large language models is typically evaluated against direct, imperative harmful requests. We show that this alignment is highly conditioned on pragmatic register: models that refuse a direct request frequently comply when the same underlying objective is expressed through a different communicative stance. This suggests that current alignment policies are not invariant to semantic equivalence, but remain sensitive to how a request is pragmatically framed. We introduce Retroactive Chain-of-Thought (RetroCoT), a single-turn att
As AI models become more ubiquitous and powerful, the urgency to ensure their safety and align them with human values increases, driving research into robust diagnostic tools.
This research reveals a fundamental weakness in current AI safety alignment, demonstrating that models can bypass safeguards through pragmatic framing, necessitating more sophisticated diagnostic and architectural solutions.
The understanding of AI safety alignment shifts from focusing on direct harmful requests to acknowledging the significant impact of communicative stance and pragmatic register, demanding new evaluation and mitigation strategies.
- · AI safety researchers
- · Developers of robust AI alignment techniques
- · Organisations prioritising ethical AI deployment
- · Developers relying on simplistic keyword-based safety filters
- · Organisations with under-resourced AI safety teams
AI models will be re-evaluated for safety vulnerabilities beyond direct harmful prompts, prompting new benchmarks.
This will drive the development of more advanced, context-aware AI alignment techniques and red-teaming methodologies.
Increased robustness in safety could accelerate the deployment of advanced AI agents in sensitive applications, but also highlight new vectors for circumvention.
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Read at arXiv cs.AI