Indonesia/Asia-Oceania
There are four main activities in Indonesia toDark Sky Park, to conserve the environment

and Policy; (2) Space Science; (3) Satellite,

area for Astrotourism, and to boost economic

support Earth Observation, i. e.: (1) Space Law
and (4) Remote Sensing. Indonesia has finallyissued Government Regulation No. 7 of 2023
on Space Technology Acquisition. The main
objectives are control on dual use

technologies; mastering and development ofrocket technology, satellite technology,

aeronautical technology etc; technology

safeguard provision and mandatory standard
on design, production, test, and operation of

space vehicle, facility and personnel handlingof space technologies; andpeople participation in mastering spacetechnologies.

Indonesia has been supporting in spacescience such as (1) Participation in KIBO-ABC(Asian Beneficial Collaboration) Programs

through the Space Research Center, BRIN,
actively encourages the participation ofyoung people in space activities with thecollaboration with the Japanese space

agency, JAXA, within the KIBO-ABC programs:
Asian Herb in Space (AHiS) and Asian Try
Zero-G; (2) Popular Scientific Facts Chatby designing a unique education & tourism
development for society; etc.

Indonesia has Indonesian Space Program tosupport Earth Observation. The current

development plans are to develop 2 VHRsatellites, 2 SAR satellite in near equatorial

orbit, and 10 IoT satellites in equatorial orbit.

Indonesia also has a plan to launch A4/NEO-1
Satellite in 2024. The missions are for Earthobservation, maritime survailance, and Earthmagnetic field measurement. Beside that,Indonesia has also been developing A5/NEI-1

Satellite. The missions are supporting disaster
early warning, maritime surveillance, andMachine to Machine (M2M) & Internet ofThing (IoT) Comm. Another satellite

development is Surya Satellite-1 (SS-1). It is a
10 cm x 10 cm x 10 cm nanosatellite thatdesigned and produced by Surya University’scollege student in cooperation withLAPAN/BRIN, ORARI, PT. Pasific Satelit
Nusantara, PT. Pudak Scientific, andstakeholders. It was Launched on November
26 th , 2022.
PP

Dialogue in Space Science (Dofida) is a public

In Collaboration with International

education. It has been broadcasted sinceparticipating In Crop-Bio Project (Promotingcommunication activity related to space
2021; (3) Development of Observatory(Progress Report) Timau National

Organization, Indonesia has been
Crop Biodiversity ThroughInnovative Space Applications). This project

Observatory and Dark Sky National Park. Theaims to promote crop diversity in selecteda solicitation for International Collaboration

space applications. To achieve this objective,

New Astronomy Observatory in Indonesia as
on Space Science Research

The observatory is expected to be part ofSouth-East Asia countries through innovative
it will enhance the availability and accessibilityof data on crop biodiversity in selectedsubnational locations in Indonesia, Malaysia,

distributed to user through startup company.

databases and conducting a crop diversity

Sustainable Cities and Communities. BRIN inand Philippines by building geospatial crop

Another example is supporting SDGs #11

assessment that could become a model forcollaborating with other institutions inlocations. This project was initiated by bybeen developing a model for slum area

conducting future assessments in other

ESCAP and AIRCAS in line with the Asia-

Pacific Plan of Action on Space Applicationsfor Sustainable Development (2018-2030).

Indonesia has also been participating inSpace Applications for Environment (SAFE)
CH4Rice Project. The project title isIndonesia and supported by UN ESCAP, hasdetection using machine learning. Indonesia
has also been supporting disaster responseusing remote sensing, in collaboration withUNSPIDER and Data Analysis Node Sentinel
Asia.

Assessment of Methane Emission from Rice

To distribute the data and information ofcountries involved are VNSC Vietnam (Project

developing a platform for multi-input andPaddies and Water Management. TheLeader), BRIN Indonesia, GISTDA Thailand,
ISRO India, JAXA Japan, and PUST

Bangladesh. The outcomes areEarth Observations, BRIN has been

multi-output called Geoinformatics for Multiinput and Multi-output (GEOMIMO). This
platform uses multi-input from remoteclimate change mitigation such as carbon

sensing data and geospatial data to beby efficient irrigation with lower CH4

security (crop, fishing ground), environment

credit through CH4 MRV, water management
emission), and regional and global

sustainable agriculture-relatedinitiatives/activities.

Indonesia also participates in remote sensing
activities for SDG’s. For instance, Indonesia
has supported SDG’s #2 Zero Hunger bydeveloping innovations for agriculture andfishery. In agriculture, Indonesia hasdeveloped satellite-based technology
innovation that produces Precision

Agriculture in determining planting area,

harvest area, productivity, and national riceproduction estimates. The potential fishingground derived from remote sensing

technology has developed. The information isprocessed for many needs, such as foodand disasters, carbon accounting, andstrategic issues. etc. This platform developedby collaboration with internal BRIN, domestic
and foreign patners. This platform produces
digital services, so that the users can accessthe data easily and use the information quick
and near-real time.