ArenaOS AI combines live operational telemetry, spatial visualization, and AI‑assisted incident response into a unified command experience.
Venues today run on dozens of disconnected screens. When an incident happens, operators piece together the situation manually — losing critical seconds.
Every subsystem is intrinsically linked to the core intelligence engine.
A physically accurate 3D stadium mapped to real-time sensor telemetry. Every occupancy change, every zone alert, rendered live.
Analyzes structured incident data and generates operational recommendations. Supports optional LLM integration for advanced contextual reasoning.
Supports webcam‑based occupancy estimation today and is architected for future RTSP/IP‑camera integration.
Demonstrates how AI‑driven crowd forecasting can be integrated into the operational workflow.
Visualizes collaborative AI agents responsible for monitoring, analysis, planning, and response. The architecture supports future autonomous orchestration.
Visualizes coordinated drone deployment as part of the incident response workflow.
From detection to resolution in seconds. The operator approves — ArenaOS executes, logs, and summarizes the impact.
A seamless, real-time pipeline: sensors feed AI, AI drives the twin, the twin empowers decisions.
Four layers. One coherent operating system.

B.Tech Artificial Intelligence & Data Science
ArenaOS AI started from a simple question: why are operators still forced to monitor dozens of disconnected screens during critical incidents?
Modern venues generate enormous data from CCTV, sensors, access control, and building systems — but that information is scattered across silos. When a crowd surge or medical event occurs, there is no unified picture of reality.
I built ArenaOS AI to demonstrate how Digital Twins, Computer Vision, and AI agents can collapse that complexity into a single spatial command center — where the software explains the situation and the operator makes the call.