Summary

This platform, iPort, serves as a bridge for students who lack technical skills, empowering them to explore AI and STEAM without needing advanced software or hardware knowledge. It consists of three essential modules: an online AI Training Platform, a drag-and-drop ePlatform for wireless communication, and physical hardware to manage peripherals. Students can utilize the system to train AI models without coding, analyze results to generate robotic reaction plans, and eventually execute real-world AI applications. By connecting these components through a unified interface, the system supports seamless workflow management and allows users to track performance across diverse project areas effectively. The comprehensive solution includes robust capabilities such as dual-mode QR and RFID admission validation, which handle high-volume attendee flows up to 60 attendees per minute. These systems are fully compatible with onsite point-of-sale terminals that support 16 different payment methods, ensuring that event experiences can transition seamlessly from digital registration to tangible cashless transactions. The solution further includes self-service kiosks for token top-ups, organized via campaign management with automatic distribution to RFID cards. Additionally, the dashboard provides essential reporting on sales, inventory levels, and financial transactions, while also handling compliance requirements. Designed specifically for the educational and vocational needs of this region, iPort allows students to build comprehensive, industry-relevant projects through a structured, accessible learning environment that combines theoretical AI development with practical robotics and event planning skills.

Title

Home - Smart Government Innovation LAB

Description

Home - Smart Government Innovation LAB

Keywords

service, smart, solutions, data, information, system, intelligence, government, technology, solution, content, time, public, platform, find, needs, will

NS Lookup

A 43.154.94.77, A 159.138.142.117

Dates

Created 2026-03-09

Updated 2026-04-15

Summarized 2026-04-16