Patriot Labs Vault Desktop Compute

Vault is Patriot Labs’ purpose-built local compute platform for secure, self-contained AI deployment.

Designed to power Sentinel‍ ‍and Nexus‍ ‍within customer-controlled environments, Vault provides the compute foundation for privately deployable AI without dependence on external cloud services or unnecessary third-party exposure.

Vault is built for organizations that need local performance, operational control, and secure deployment in environments where data sensitivity, reliability, and infrastructure ownership matter.

What Vault delivers

  • Local AI execution
    Run Sentinel and Nexus within infrastructure you control.

  • Secure-by-design deployment
    Reduce reliance on external services and support stronger control over data, workflows, and system boundaries.

  • Purpose-built integration
    Vault is designed as part of the Patriot Labs stack, enabling a unified experience across model execution, user workflows, and operational deployment.

  • High-performance architecture
    Vault is configured to support demanding AI workloads across text, vision, code, and multimodal workflows.

  • Deployment flexibility
    Suitable for organizations that need private AI capability in office, enterprise, lab, or mission-oriented environments.

Why Vault

Advanced AI is only as useful as the environment in which it can actually run. Many organizations cannot rely on shared cloud infrastructure for sensitive workflows, proprietary data, or operationally constrained use cases.

Vault addresses that need by bringing Patriot Labs’ AI stack into a controlled local deployment model built for security, performance, and practical use.

Tech Specs

  • modern high-performance CPU/GPU architecture

  • high-speed local storage

  • enterprise-grade networking: Wi-Fi, Bluetooth, and Gigabit Ethernet

  • compact desktop form factor: 150 x 150 x 51 mm (5.91 x 5.91 x 2.01 inch) and 1.48kg (3.26 lb), 120V @ 0.5 Amps

  • optimized for secure local inference

Built for customer-controlled deployment in high-trust environments.