Nuggets provides passwordless authentication and works with existing CIAM systems to enable granular access controls, supporting both human users and autonomous AI systems. Key Benefits:
  • Passwordless authentication using biometrics and cryptographic keys
  • Cryptographic verification that enables third-party systems to make informed access control decisions
  • Continuous verification for sensitive operations
  • Human oversight integration for AI actions

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Authentication for AI Agents

Secure authentication mechanisms for autonomous systems AI agents authenticate using cryptographic credentials with continuous verification throughout their operational lifecycle.
  • Cryptographic authentication tied to verified identity
  • User consent verification for agent actions
  • Integration with existing enterprise authentication systems

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Age Verification

Privacy-preserving age verification using zero-knowledge proofs Verify user age requirements without exposing personal information, supporting regulatory compliance while protecting privacy.
  • Zero-knowledge age proofs without revealing birthdates
  • Government document-based verification
  • Configurable age thresholds for different requirements
  • Regulatory compliance for age-restricted services
Enterprise-grade consent capabilities for complex organizational requirements For organizations with advanced consent management needs, Nuggets can provide bespoke solutions that authenticate user and employee actions with comprehensive audit trails. These enterprise integrations can include auditable proof of consent decisions with cryptographic verification, dynamic consent management with real-time permission controls, and granular data access tracking. Contact our enterprise team to discuss custom consent management solutions tailored to your organization’s specific requirements.

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Enabling Precision Access Control

Granular permissions for data and system access Fine-grained access controls ensure users and AI agents can only access authorized resources, preventing data leakage and privilege escalation.
  • Document, database, and API-level access controls
  • Dynamic permissions based on context and risk
  • Integration with existing IAM systems
  • Zero-trust architecture with continuous verification