FT UB’s Triple Helix Collaboration Supports National Defense Technology

Today, November 15, 2024, a Dynamic Test of the C4 Integration System was conducted at the Parade Ground of Bengpus Arhanud in Batu, Malang. This test is the result of a Triple Helix collaboration between Pussenarhanud, Mitra Nexin, and the Faculty of Engineering, Universitas Brawijaya (FT UB), which acts as a key pillar in implementing the C4 Integration System for Arhanud’s defense equipment.

The C4 Integration System, which stands for Command, Control, Computer, and Communication, is an integrative tool to connect various defense equipment components, allowing them to work synergistically.

During this activity, the dynamic test of the C4 system was performed to ensure that the three main components of defense equipment—radar, artillery, and the Air Defense Command Post (Poskodahanud)—can operate in an integrated manner.

The radar is the first element in this system. Its primary function is to detect and track targets. It is tasked with detecting the position and movement of objects approaching the surveillance area. The data generated by the radar forms the initial component in the C4 integration process.

The artillery is the second element in the defense system connected to the C4 system. It functions as an active defense tool responsible for neutralizing threats detected by the radar. Based on data received from Poskodahanud, the artillery can act promptly.

Poskodahanud, as the third element, plays the role of command and control center. It receives data from the radar, analyzes the information, and issues instructions to the artillery to respond to threats as needed. Poskodahanud is critical in enabling swift and accurate decision-making.

The primary objective of this dynamic test is to ensure effective integration among the radar, artillery, and Poskodahanud. Through the C4 system, data from the radar can be directly relayed to Poskodahanud for further analysis, after which Poskodahanud can command the artillery to take action according to the information received.

The results of this dynamic test are expected to improve coordination and response to various potential threats. Through real-time integration among these three elements, the C4 system ensures that each unit can respond to threats quickly and in a coordinated manner.

The proven C4 system is also expected to enhance the accuracy of decision-making in critical situations. This integration creates better communication between the radar, artillery, and Poskodahanud, allowing for efficient control of defense equipment.

The use of the C4 system aims to improve the overall operational efficiency of defense equipment. With integrated coordination, each element can optimally perform its role and support stronger defense needs.

The collaboration between Pussenarhanud, the Faculty of Engineering UB, and Mitra Nexin highlights the synergy of the Triple Helix model, which serves as the foundation for innovation development in defense technology. This collaboration underscores FT UB’s commitment to supporting national defense technology needs.

“The dynamic test marks an initial step in the utilization of C4 technology within the Indonesian Army. It is hoped that this collaboration will continue to make positive contributions to national defense and open opportunities for further development in the future,” concluded the Professor of Power Systems Engineering & Artificial Intelligence.