Trust Architecture for Enterprise AI Assistants: Technical Mechanisms for Transparency and Security

Kareti, Prem Sai Reddy (2025) Trust Architecture for Enterprise AI Assistants: Technical Mechanisms for Transparency and Security. World Journal of Advanced Engineering Technology and Sciences, 15 (3). pp. 1880-1887. ISSN 2582-8266

Enterprise AI assistants have become integral components of workplace software ecosystems, yet their successful adoption hinges on establishing genuine user trust. This article presents a comprehensive technical framework for implementing trust-building mechanisms within enterprise AI systems. The foundation of this framework consists of four interconnected pillars: explicit AI identity signaling, verifiable information provenance through citation systems, sensitivity-aware data handling capabilities, and secure context preservation during multi-agent handoffs. These mechanisms require thoughtful implementation across multiple layers of the technology stack, from model design to user interface components. The technical architecture proposed addresses critical enterprise requirements for transparency, reliability, and compliance while maintaining seamless user experiences. Organizations implementing these recommendations can expect increased user confidence, broader adoption, and reduced resistance to AI integration within sensitive business processes. Future developments in this domain will likely focus on standardizing trust indicators across enterprise platforms and refining context preservation during increasingly complex multi-agent workflows.