AI Systems & Intelligent Software Products

The AI Systems and Intelligent Software Products portfolio of the Center reflects the practical development of applied artificial intelligence solutions across institutional, medical, operational, educational, and advanced automation domains. These systems are designed not only as software concepts, but as structured digital products developed for real use cases, prototype validation, deployment, and future commercialization.

The AI products presented in this portfolio are not limited to conceptual ideas or early-stage software proposals. Each system represents a defined development effort carried out within the Center, with a practical application focus, structured software architecture, and a clear product direction. Several of these systems have already reached completed, delivered, near-completion, or deployment-ready stages, while others are actively progressing through development and validation. Across this portfolio, artificial intelligence is applied to decision support, automation, communication, institutional systems, emergency-response intelligence, and digitally assisted product generation.

Together, these AI systems demonstrate the Center’s capability to develop intelligent digital products across institutional, operational, commercial, medical, and advanced automation domains. The portfolio reflects a transition from software concept to structured product development, near-completion systems, completed applications, and future-ready AI platforms with practical deployment potential.

AI University Assistant

AI University Assistant is an institutional AI software product developed to support academic and administrative interaction within the university environment. The system is designed to improve digital communication, service accessibility, and intelligent user support through a structured AI-based interaction layer.

  • Product Type: Institutional AI Assistant
  • Application Area: University Services and Digital Communication
  • Use Context: Academic and Administrative Support
  • Status: Completed
  • Deployment Orientation: Institutional Use
  • Value Focus: Intelligent communication and service support

Real-Time AI Translation System

The Real-Time AI Translation System is an intelligent language-processing platform developed for live speech transcription and translation in academic and institutional environments. The product is designed to support real-time communication, multilingual accessibility, and digital usability in classroom, meeting, and operational settings.

  • Product Type: Real-Time AI Language Platform
  • Application Area: Academic and Institutional Communication
  • Core Function: Speech Transcription and Translation
  • Use Context: Live Educational and Operational Environments
  • Status: Completed
  • Product Orientation: Operational AI Software

Smart University AI System

Smart University AI System is a broader intelligent digital platform developed to support future-ready university operations through AI-enabled service logic, automation, and integrated institutional functionality. The system is intended to strengthen digital transformation and expand the use of intelligent services across the academic environment.

  • Product Type: Institutional AI Platform
  • Application Area: Smart Campus / University Digital Systems
  • Core Focus: Intelligent Services and Automation
  • Development Stage: Phase 3 – Near Completion
  • Use Context: Institutional Digital Transformation
  • Value Focus: Scalable AI-enabled campus support

AI Medical Splint Designer

AI Medical Splint Designer is an AI-assisted medical design platform developed for intelligent generation of customized orthopedic splint and support structures. The product focuses on digital design assistance, structured output generation, and practical medical-product workflow support for personalized splint solutions.

  • Product Type: AI-Assisted Medical Design Platform
  • Application Area: Medical / Orthopedic Digital Product Design
  • Core Function: Customized Splint Design Support
  • Use Context: Personalized Medical Device Workflow
  • Status: Completed

AI Psychological Analysis System

AI Psychological Analysis System is a research-oriented intelligent analysis platform developed to support structured behavioral and pattern-based analytical workflows. The system is designed as an AI-enabled evaluation environment for specialized research and professional applications.

  • Product Type: Research-Oriented AI Analysis Platform
  • Application Area: Behavioral / Pattern-Based Analysis
  • Core Function: Structured Analytical Support
  • Development Stage: Near Completion
  • Use Context: Research and Professional Evaluation Environments
  • Value Focus: AI-assisted advanced analysis

Tourism AI System

Tourism AI System is a commercial-oriented AI platform concept developed to support intelligent services in tourism and hospitality environments. The system is intended to enhance user interaction, service automation, and digitally assisted guest-oriented experiences.

  • Product Type: Commercial AI Platform
  • Application Area: Tourism and Hospitality
  • Core Function: Intelligent Service Support
  • Development Stage: Planned
  • Use Context: Service Automation and User Interaction
  • Value Focus: Commercial AI Application

AI Fire Detection System

AI Fire Detection System is an intelligent detection and monitoring software product developed to support early recognition of fire-related events and improve automated response readiness. The system is part of the Center’s broader effort to build applied AI tools for emergency-response support and operational decision assistance.

  • Product Type: AI Detection and Monitoring System
  • Application Area: Fire Detection / Emergency Intelligence
  • Core Function: Early Event Recognition and Alert Support
  • Development Stage: In Development
  • Use Context: Intelligent Monitoring and Response Preparation
  • Value Focus: High-value operational AI layer

AI Autonomous Firefighting Swarm System

AI Autonomous Firefighting Swarm System is an integrated intelligent software environment developed for multi-platform coordination, decision support, and autonomous response logic within firefighting and emergency-response scenarios. The system represents one of the Center’s advanced integrated AI developments in coordinated mission-oriented automation.
Product Type: Integrated AI Coordination System

  • Application Area: Firefighting / Autonomous Emergency Response
  • Core Function: Multi-Platform Coordination and Decision Support
  • Development Stage: In Development
  • Use Context: Intelligent Mission-Oriented Response Systems
  • Strategic Orientation: Advanced Integrated AI Platform

Unlimited Drone Swarm System

System Type: Multi-Vehicle Command & Control Platform
Supported Platforms: Quadcopters, Rovers, Fixed-Wing , Maritime Vehicles
Scalability: Up to 180 vehicles
Core Functions: Swarm control, leader-follower coordination, formation management
Mission Planning: 2D and 3D waypoint planning with terrain awareness
Operational Awareness: Live telemetry, HUD, map overlays, and multi-source video
Autonomy Layer: AI mission assistance and scenario-based support
Safety Functions: Geofencing, no-fly zones, collision avoidance, and failsafe