Sarawak is set to transform its natural resource management by adopting small-scale satellite technology known as CubeSats. The technical framework for this initiative involves utilizing Low Earth Orbit (LEO) satellites to provide high-bandwidth Earth observation and data for disaster preparedness. These systems orbit the planet rapidly to enable continuous global coverage and real-time monitoring of Sarawak’s complex geography.
To support this transition, the state is investing in ground operations and AI-driven data analytics to provide actionable intelligence for the agriculture and forestry sectors. This strategic move aims to foster a local aerospace ecosystem by transitioning from raw data collection to sophisticated insights derived from space-based sensors. During the Asia Pacific Aerospace Conference and Exhibition (APACE) 2026, state leadership highlighted the massive fiscal advantages of these nanosatellites over traditional platforms. While conventional satellites often require investments ranging from USD 106 million to USD 318 million, CubeSats can be developed and placed in orbit for under USD 530,000. This lower entry cost reduces financial risk and accelerates deployment timelines from several years to less than twelve months.
Beyond the technological shift, the state anticipates the creation of up to 30,000 high-value aerospace jobs. To build the necessary technical expertise, i-CATS University College is establishing a Faculty of Space Technology. This faculty will leverage academic collaborations with world-class institutions such as Tsinghua University and Istanbul Technical University. As noted by Premier Tan Sri Abang Johari Tun Openg, this phased approach ensures that Sarawak’s youth are equipped with the specialized skills required to manage high-tech satellite systems. By integrating global industrial trends with local talent development, the state is positioning itself as a regional leader in the burgeoning commercial space sector.
(Sources: Malay Mail; Borneo Post)
