Skudai, Johor Bahru, 2025 — A groundbreaking innovation by Prof. Dr. Suhairul bin Hashim from the Faculty of Science, Universiti Teknologi Malaysia (UTM) is set to transform Malaysia’s capability in radiation detection and national security monitoring. The Wireless Transmission System for Radiation Portal Monitoring (MyRPM) is the nation’s first locally developed, ANSI N42.35-compliant system for detecting gamma and neutron radiation in people, vehicles, and cargo — especially at borders, airports, and seaports.
The project, funded by MyLAB and developed in collaboration with Billion Prima Sdn. Bhd., represents a major stride toward technological self-reliance, industrial safety, and national security.
Enhancing Malaysia’s Security Through Smart Radiation Monitoring
Malaysia and ASEAN countries have long relied on imported Radiation Portal Monitors (RPMs), which are often expensive, difficult to maintain, and lack the flexibility to adapt to evolving security demands. These imported systems increase operational costs and dependency on foreign suppliers while limiting national readiness in responding to potential radiation incidents.
The MyRPM system directly addresses these challenges by introducing a cost-effective, high-performance, and locally supported alternative. Designed with advanced hybrid detection capability and wireless transmission features, MyRPM provides real-time, multi-site monitoring that meets global safety standards and strengthens Malaysia’s technological independence.
Innovation and Technical Features
MyRPM integrates hybrid gamma-neutron detection using advanced scintillation materials, supported by time-coincidence and directional analysis. This ensures high sensitivity, rapid source localization, and reduced false alarms, which are key improvements over conventional imported systems.
Key features include:
-
High-sensitivity detectors with directional source identification.
-
Automated calibration and real-time cloud analytics.
-
Wireless connectivity allowing remote operation and mobile accessibility.
-
Modular design with vertically stacked detector columns for scalable use in ports, mining sites, and industrial facilities.
-
Secure cloud-based monitoring platform that enables nationwide network integration.
Protected by two patents and a registered trademark, MyRPM exemplifies UTM’s innovative strength and practical application of scientific research in real-world scenarios.
Advantages and Impact
The MyRPM system offers several competitive advantages:
-
Fully ANSI N42.35-compliant and developed locally, ensuring compatibility with international standards while reducing import dependency.
-
High detection accuracy through advanced hybrid technology.
-
Lower operational costs and faster servicing with local technical expertise.
-
Scalable modular design, adaptable from small checkpoints to major ports.
-
Wireless transmission and cloud monitoring, providing centralized data access and analytics for multiple sites.
By combining superior performance, affordability, and real-time capability, MyRPM positions Malaysia as a regional leader in radiation detection technologies and a potential exporter of advanced safety systems.
Meeting Global and National Needs
The global market for radiation detection and monitoring is projected to exceed USD 3.5 billion by 2030, driven by stricter border control, international trade, and industrial safety regulations.
Domestically, Malaysia handles millions of cargo containers each year, requiring effective screening to prevent illicit trafficking of radioactive materials. Additionally, industries such as scrap metal recycling, mining, rare earth processing, and healthcare demand reliable radiation monitoring for worker safety and environmental compliance.
MyRPM addresses these critical needs by providing a locally manufactured, high-performance, and cost-efficient system — reducing dependence on imported technologies and reinforcing national resilience.
Driving Innovation for National Security
According to Prof. Dr. Suhairul, “MyRPM is more than a monitoring system — it is a national initiative towards self-reliance in radiation safety and defense technology. By harnessing UTM’s research expertise, Malaysia can secure its borders and industries using locally developed, world-class technology.”
This achievement underscores UTM’s commitment to advancing AI-driven and sensor-based technologies that support Malaysia’s vision for a resilient and sustainable future, as showcased during the 27th Industrial Art & Technology Exhibition and Competition (INATEX 2025).
Researcher Information:
Prof. Dr. Suhairul bin Hashim
Faculty of Science, Universiti Teknologi Malaysia
📧 suhairul@utm.my
Category: Biotechnology, Life Science & Pure Science
Event: 27th Industrial Art & Technology Exhibition and Competition (INATEX 2025)
Theme: Harnessing AI for a Resilient and Sustainable Future
