KUALA LUMPUR, 9 April 2026 — In a demonstration of cutting-edge maritime technology innovation, a collaborative effort between Universiti Sains Malaysia (USM) and Beyond Horizon Technologies Sdn. Bhd. has been recognised at the Persidangan Public-Private Research Network (PPRN) 2026. The initiative demonstrates how strategic academia–industry partnerships are redefining subsea operational capabilities and setting new benchmarks in wireless inspection systems.

The project, led by Associate Professor Dr. Wan Mohd Yusof Rahiman Wan Abdul Aziz from USM’s School of Electrical and Electronic Engineering, focuses on re-engineering conventional tethered Remote Operated Vehicle (ROV) systems into a wireless-enabled architecture. Supported by an approved allocation of RM64,000.00 under the PPRN initiative, the research targets longstanding limitations in underwater inspection systems, particularly in communication reliability, operational flexibility, and deployment efficiency.

From an industry standpoint, the collaboration provides Beyond Horizon Technologies Sdn. Bhd. with a clear technological pathway to overcome constraints inherent in traditional ROV operations. Tethered systems, while widely adopted, are restricted by limited operational range and vulnerability to signal degradation, especially in dynamic and high-interference subsea environments. These limitations often translate into reduced inspection precision, elevated operational risks, and increased costs for extended or complex missions.

The proposed system introduces a wireless communication framework supported by an Unmanned Surface Vehicle (USV), fundamentally reconfiguring how subsea inspection systems are deployed. By eliminating the physical tether and enabling surface-assisted wireless transmission, the architecture enhances real-time command capability, stabilises data exchange, and ensures greater continuity in inspection outputs. This is particularly critical for applications such as offshore infrastructure monitoring, marine asset integrity assessment, and environmental surveillance.

In addition to its technical contributions, the innovation delivers measurable operational efficiencies. The wireless-enabled system reduces dependency on large support vessels and extensive manpower, thereby lowering costs associated with logistics, deployment, and mission downtime. These gains position the technology as a scalable and commercially viable solution, particularly for small and medium enterprises seeking high-performance yet cost-efficient inspection alternatives.

More broadly, the initiative exemplifies a mature model of translational research, where targeted funding and structured collaboration accelerate the movement of engineering solutions from conceptual development to industrial application. It aligns with national priorities in strengthening maritime technological capabilities, supporting Industry 4.0 adoption, and enhancing the digitalisation of critical sectors.

Vice-Chancellor of USM, Professor Dato’ Seri Ir. Dr. Abdul Rahman Mohamed, positioned the innovation within a broader global engineering and systems context:

“As subsea operations become increasingly complex and data-intensive, the limitations of legacy tethered systems necessitate a fundamental rethinking of communication architectures. This work reflects a decisive shift towards distributed, wireless-enabled frameworks that enhance system resilience, operational reach, and real-time intelligence in demanding environments.”

He further underscored the evolving role of research universities in shaping high-impact technological ecosystems:

“As technology and industry converge at unprecedented speed, research universities are called to bridge theory and application, mitigating uncertainties while accelerating the translation of ideas into operational solutions. This partnership demonstrates how focused engineering research, guided by real-world imperatives, can create innovations with both systemic impact and international relevance.”

By addressing both structural inefficiencies and cost constraints in subsea inspection systems, the project strengthens the operational capabilities of its industry partner while reinforcing the strategic value of collaborative platforms such as PPRN in driving sustainable, high-impact innovation.

Source & Photo: Associate Professor Dr. Wan Mohd Yusof Rahiman Wan Abdul Aziz, School of Electrical and Electronic Engineering / Text: Privinkumar Jayavanan, Media & Public Relations Centre (MPRC) / Editing: Associate Professor Dr. Shaik Abdul Malik Mohamed Ismail, Senior Editorial Consultant @ MPRC USM