Indonesia is preparing a new satellite that could sharpen how the country observes its territory from space. BRIN is developing NEO-1 as an Earth observation satellite with a mission set that also covers maritime monitoring and geomagnetic research.
The project matters because it is aimed at concrete national needs, not only at space technology development. For a vast archipelagic country, the ability to gather reliable data from orbit can support surveillance, maritime awareness, and scientific work tied to strategic interests.
What BRIN says must happen before launch
BRIN describes satellite development as a long sequence of stages that cannot be rushed. The process begins with defining the mission, then moves to concept design, manufacturing, integration, testing, launch preparation, and operation from a ground station.
At the design stage, engineers must decide the satellite’s size, weight, power needs, communication system, and main payload. The payload is the core of the mission because it performs the primary function, such as a camera on a remote sensing satellite.
Testing that simulates space conditions
Before a satellite is cleared for flight, it must survive a strict testing phase. BRIN says this includes vibration testing to mimic the shock of rocket launch, thermal vacuum testing to check resistance in the extreme temperatures of space, and electromagnetic compatibility testing.
These checks are meant to reduce the risk of failures once the satellite is in orbit. If the system passes, it is more likely to operate according to its specifications after launch and during mission use.
From clean room assembly to launch site checks
After manufacturing and integration, the satellite is assembled in a clean room to keep contaminants away from sensitive components. Once testing is complete, it is sent to the launch facility for a final inspection before being integrated with the rocket.
That final stage is critical because the launch itself is the most decisive phase of the mission. After the rocket places the satellite into orbit, ground-station monitoring becomes part of everyday operation.
Indonesia’s earlier satellite experience
NEO-1 builds on a national history that already includes LAPAN-A1, A2, and A3. Those satellites were used for Earth observation, amateur radio communication, and maritime monitoring, forming an important foundation for future missions.
BRIN’s leaders say that mastering satellite technology carries strategic weight for Indonesia. Rika Andiarti, head of the Research Organization for Aviation and Space at BRIN, said, “Mastering satellite technology is not only about achievement, but also a strategic necessity to support territorial monitoring and national security.”
BRIN researcher Agus Hidayat added that NEO-1 is expected to open access to more accurate observation data. He said the satellite should support sectors ranging from maritime activity to disaster mitigation, which fits Indonesia’s needs as an island nation that depends on dependable Earth data.