Secure Passage Adds MCP Server Capabilities to Truman, Connecting AI to Multi-Vendor Physical Security and Operations

New capabilities position Truman as a common access and control layer for AI across connected security systems, infrastructure, and autonomous technologies.

KANSAS CITY, Mo., Nov. 10, 2026 /PRNewswire/ -- Secure Passage today announced the development of Model Context Protocol (MCP) server capabilities for Truman, its identity-driven Physical AI Operating System. The new capabilities enable compatible AI applications and agents to access capabilities exposed by Truman across connected vendor systems, providing a common interface for AI-assisted investigations, operational insights, and coordinated response.

Organizations depend on a growing collection of cameras, access control platforms, building systems, sensors, robots, and drones. Each system holds part of the operational picture. Truman brings those inputs together with identity, location, and operational context. Its MCP server capabilities extend that foundation, allowing compatible AI tools to work through Truman to interact with connected systems.

"Organizations have invested heavily in technologies that still operate in separate silos. Truman brings those systems together. With MCP server capabilities, we are extending that value to AI applications and agents, giving them a common way to work across the environment through Truman. The goal is straightforward: ask a question, understand what is happening, and take an authorized action."
— Gary Fish, Chairman and CEO, Secure Passage

A Common AI Interface Across Vendors

The new capabilities are designed to make Truman a shared access layer between AI applications and the systems an organization already uses. Rather than requiring each AI application to establish its own connection to every underlying vendor platform, Truman can expose supported information and functions through its MCP server.

This approach creates a foundation for AI-assisted workflows such as:

• Cross-system investigations: Bring together available identity, access, video detection, and location information to understand an event.
• Operational awareness: Ask natural-language questions about connected facilities, equipment conditions, and security activity.
• Coordinated response: Initiate supported workflows across connected systems, subject to configured permissions and approval requirements.
• Autonomous operations: Incorporate supported robot and drone capabilities into broader investigation and response workflows.

Specific functionality depends on the integrations, capabilities, and permissions configured in each deployment.

Extending the Capabilities of Existing Infrastructure

Truman's operational control plane extends MCP-enabled AI capabilities to connected systems that do not natively support the protocol, including legacy access control platforms. Where supported by existing integrations, AI agents can request operations such as managing users, updating access permissions, and initiating workflows through Truman's common interface. The same architecture can extend across connected OT, cyber, infrastructure, and autonomous systems by expanding what organizations can accomplish without replacing existing investments.

"What's significant isn't simply adding MCP support to another security product. It's making that capability available across an entire connected environment, including systems never designed for AI interaction," said Andy Jones, Chief Technology Officer of Secure Passage. "That's the power of Truman as an operational control plane. We're extending the useful life and capabilities of existing infrastructure while creating a common, governed path from AI intelligence to real-world action spanning legacy physical security systems, OT, and more."

Identity and Policy at the Center

Truman's approach pairs AI interpretation with deterministic controls. Defined policies govern what Truman can execute automatically and what requires human approval. The MCP capabilities are intended to extend that operating model to compatible AI clients, keeping access and action tied to the organization's configured controls.

"An AI agent's ability to request an action should never be confused with permission to execute it," Fish added. "Our vision is for Truman to provide the operational context and governed access that make AI useful in the physical world. That means connecting intelligence to action while keeping the organization in control."
— Gary Fish, Chairman and CEO, Secure Passage

The development advances Secure Passage's vision for Truman as a vendor-neutral Physical AI Operating System—connecting existing investments and enabling people and AI to work across them as one coordinated environment.

About Secure Passage

Secure Passage develops Truman, an identity-driven Physical AI Operating System that connects physical security, digital identity, infrastructure monitoring, and autonomous systems. Truman brings information from disparate technologies into a common operational view to help organizations understand conditions, investigate events, and coordinate responses.

One Platform. Every Mission.

Learn more at securepassage.ai.

Media Contact

Kelly Cerny, Marketing Director
Secure Passage | Kansas City, Missouri
Email: [email protected] | Phone: 877-442-4553
Web: securepassage.ai

SOURCE Secure Passage