Device-Native AI System for Privacy-Preserving Automated Negotiations
A recent research paper presents a device-native autonomous Agentic AI system aimed at facilitating privacy-preserving negotiations in the realms of insurance and B2B commerce. This innovative system functions solely on user hardware, enabling real-time negotiations while ensuring that sensitive information remains local. It employs zero-knowledge proofs to maintain privacy and utilizes distilled world models for sophisticated on-device reasoning. The architecture comprises six technical components within an Agentic AI workflow, empowering agents to independently strategize, engage in secure multi-party negotiations, and create cryptographic audit trails without disclosing user data to external servers. This method tackles the balance between convenience and privacy, addressing the heightened security risks and reduced trust associated with current systems that transmit financial data through centralized servers.
Key facts
- System operates on user hardware only
- Integrates zero-knowledge proofs
- Uses distilled world models for on-device reasoning
- Six technical components in Agentic AI workflow
- Enables real-time bargaining with local constraints
- Generates cryptographic audit trails
- Addresses privacy vs. convenience trade-off in current systems
- Published on arXiv with ID 2601.00911
Entities
Institutions
- arXiv