Spatial Orchestration and Agentic AI Management: The Project Room Framework for Secure, Physical Command Centres

Spatial Orchestration and Agentic AI Management: The Project Room Framework for Secure, Physical Command Centres This whitepaper by Christopher Morris of CM Innovations Ltd introduces The Project Room (TPR)—a physical, zero-trust spatial computing architecture designed to solve the human-computer interface bottleneck in managing autonomous Multi-Agent Systems (MAS). While AI models have transitioned into parallel, multi-agent workflows, human operators remain constrained to two-dimensional, single-screen graphical user interfaces. The Project Room addresses this mismatch by moving agentic interaction out of traditional browsers and into a physicalized, multi-display command environment. Core Architectural Innovations: The Command Arc & Edge Compute: A gently curved, zero-latency multi-display array driven by a thin-client hardware authentication token ("The Key"). The system operates on zero-trust edge servers with zero persistent local data retention—removing "The Key" instantly purges all visual buffers and session states. The Security Matrix ("Phantom Overlays"): A bifurcated visual rendering architecture. Public displays render redacted, non-sensitive baseline layers, while wearable AR optics project encrypted, holographic Phantom Overlays exclusively to authorized eyes. This enables open-room collaboration with tiered visual clearance. Spatial Peripheral Mechanics ("The Baton"): An Ultra-Wideband (UWB) and IMU-tracked physical peripheral enabling 3D vector trajectory mapping across screen gaps. Physically moving data onto specific displays acts as an actionable trigger for the AI "Worker Agent" assigned to that monitor. Multimodal Orchestration & Spatial Audio: Combines directed vocal input—where pointing the Baton focuses the room's auditory attention on a specific display agent—with directional, multi-voice spatial audio routing. Kinetic Infrastructure: Ultra-low-profile, floor-integrated workstations utilizing self-locking mechanical worm-gear actuation and hinged floor panels to expand or contract physical real estate dynamically. Applicability & Dual-Use Scope: This publication outlines the commercial scalability of the framework across executive boardrooms, architectural collaboration, virtual production studios, and high-intensity, low-latency teleoperation setups (such as disaster response and search-and-rescue).