The latest version of the Unified Simulator is a fully interactive, browser-based control system that combines navigation modelling, AI decision logic, and real-time system monitoring into one dynamic dashboard.
This project simulates how multiple intelligent systems can operate together in a single unified environment. It brings together navigation tracking, process automation, and AI-style decision outputs, all visualised through live progress bars and a responsive control interface.
π§ Navigation System
The navigation module simulates movement between coordinates using distance and direction logic. It updates live metrics such as distance, progression percentage, and directional data, giving a realistic sense of motion across a virtual map.
π¦ Traffic Light Simulation
A built-in traffic control system cycles through red, amber, and green states. This demonstrates real-time state switching and timing logic, useful for modelling transport systems or smart-city behaviour.
π€ AI HUD System
The AI dashboard generates structured outputs including:
- Loop progression tracking
- Letter-based stage transitions
- Binary and octal conversions
- System status updates
It behaves like a simplified βAI operating layerβ that continuously evolves with each simulation cycle.
π Process Engine
The process simulator evaluates virtual vehicles using a scoring system based on performance and efficiency metrics. It dynamically selects the βbestβ option each cycle, demonstrating basic decision-making logic similar to AI optimisation systems.
π‘ System Console Tools
The simulator also includes terminal-style commands such as:
- DNS flush simulation
- Traceroute visualisation
These features mimic network diagnostics inside the interface for a more immersive technical experience.
β‘ Live Progress Bars
Each major subsystem (navigation, AI HUD, and process engine) includes animated progress bars that visually represent system activity in real time.
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π Unified Simulator β AI Navigation & Control System (Web-Based)

This project simulates how multiple intelligent systems can operate together in a single unified environment. It brings together navigation tracking, process automation, and AI-style decision outputs, all visualised through live progress bars and a responsive control interface
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