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Abstract0 passages
1 Introduction0 passages
2 Background and Related Works3 passages
3 Elements for Scenario Design0 passages
4 Vlaf - Value-Laden Probing For Alignment Faking Diagnosis3 passages
5 Alignment Faking Diagnosis with Vlaf7 passages
6 Mitigating Alignment Faking with Inference-Time Intervention5 passages
7 Additional Discussions4 passages
8 Conclusion0 passages
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A Domain Coverage of Vlaf Scenarios0 passages
B Vlaf Prompts0 passages
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B.4 Background Information0 passages
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B.6 Compliance Assessment0 passages
B.7 Background Information for Imperfect Oversight0 passages
B.8 Alignment Faking Mitigation via Prompting0 passages
C Additional Vlaf analysis1 passage
C.2 Characterizing Model Reasoning Under Alignment Faking Scenarios2 passages
C.5 Impact of Removing Access to Scratchpad Thinking0 passages
C.6 Impact of Using Different Nomenclature for User Tiers0 passages
C.7 Impact of Different Instrumental goals0 passages
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C.7.2 Relation Between Separability of Representations and Compliance Gap0 passages
C.7.3 Intermediate Representation for Additional Models under Different Monitoring Representations0 passages
D Additional Details of Representation Engineering0 passages
D.1 Background Information Synthesis Prompt For Sorry-Bench0 passages
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D.3 Generalization of Representation Engineering to Related Oversight-Dependent Behaviors0 passages
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D.4 Additional Analyses for Representation Engineering Guided Intervention0 passages
D.4.1 Oversight-Induced Representation Shifts Are (Nearly) Distribution-Independent0 passages
4 Vlaf - Value-Laden Probing For Alignment Faking Diagnosis13 passages
5 Alignment Faking Diagnosis with Vlaf33 passages
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We evaluate the olmo2 , qwen2.5 , and qwen3 model families. Each consequence variant is identified by an abbreviation of its instrumental goal followed by a numeric index — for instance, VP-1 denotes the first consequence variant threatening Value Preservation . We additionally include a no-consequence condition to assess whether the presence of a concrete consequence is a necessary precondition for strategic compliance. As shown in Figure 3 , compliance gaps are near zero in the no-consequence condition, confirming that behavioral divergence across oversight conditions arises from strategic reasoning about consequences rather than mere sensitivity to different oversight framings. Furthermore, while substantial compliance gaps persist across all instrumental goals, Value Preservation and Resource Acquisition consequences consistently elicit the highest rates, suggesting that threats to internalized values and computational resources are the most potent drivers of strategic compliance.