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March 19, 20260 citationsOpen Access

Neural Rendering Pipeline Security: A Threat Taxonomy for AI-Generated Visual Systems

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SBShane Bernauer

Key Points

  • The research aims to identify security risks associated with neural rendering technologies and their impacts on AI-generated visuals.
  • Explored emerging security risks in AI rendering and simulation systems
  • Introduced two threat vectors: frame manipulation and simulation poisoning
  • Analyzed the implications of these threats on data integrity and perception security
  • Identified frame manipulation as a method to subtly alter visual inputs
  • Discussed simulation poisoning's impact on AI behavior
  • Emphasized the need for enhanced data integrity in AI systems

Abstract

This preprint explores emerging security risks in AI-driven visual rendering and simulation systems. As neural rendering and frame generation technologies become more common, AI is increasingly used to construct and interpret visual environments. The paper introduces two potential threat vectors: frame manipulation, where visual inputs are subtly altered to influence perception, and simulation poisoning, where synthetic training environments are modified to impact AI behavior. This work highlights the importance of data integrity, perception security, and simulation trustworthiness in next-generation AI systems and encourages further research in this emerging area.

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Cite This Study

Shane Bernauer (2026) studied this question.

synapsesocial.com/papers/69bb9313496e729e62980edahttps://doi.org/10.5281/zenodo.19069432
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