Singapore built a space agency to cement its maritime hub status and better plan its city

So I spent a week with 45 pages of government factsheets. Exactly as glamorous as it sounds. Over the same period within the country, I chose random people in the Singapore space research and industrial community to speak with, finding a common thread across this niche fraternity.

The thing that set me off. Singapore committed S$37 billion to research over five years from April 2026 — about 1% of GDP. That's the RIE2030 plan, endorsed last December. I went hunting for the space chapter. There isn't one. Space appears once, inside the Manufacturing, Trade and Connectivity domain, filed under emerging sectors next to the bioeconomy.

To be fair har, the ambition in that paragraph is big. The factsheet promises to "amplify our national pursuit to harness the tremendous potential of space technologies." The same sentence reaches for new opportunities in the space economy. Aviation and maritime get a mention as sectors this will support as well.

So I went and collected every other list the government has published about what space is actually for.

METI says space underpins digital connectivity, navigation, maritime monitoring and climate resilience. Parliament was told the national needs are urban planning and port operations. Current missions cover disaster response, marine pollution, maritime security and coastal infrastructure.

That's a wide brief.

Not one item on any of those lists is about being in space. Every single one is about something happening down here.

So where did the space money go?

The only space figure the government has published is S$210 million, set aside since 2022 through the Space Technology Development Programme. It funds institutes and companies to conduct research, build innovative payloads and fly them.

For scale, at METI's Committee of Supply debate in March, the semiconductor flagship got S$800 million in one announcement.

That gap isn't a snub. It's a different bet. Singapore isn't funding space as an industry to own. It's funding space as an enabler to industries it already owns — ports, chips, aviation, water, land.

So that's the big picture. And it makes everyone's role a lot sharper — startups, investors, the funding programmes. Less guessing what Singapore wants. More knowing what you can actually aim at.

What does Singapore actually want from orbit?

The National Space Agency of Singapore (NSAS) took over from and absorbed the old Office for Space Technology and Industry (OSTIn), which had been running since 2013. It started with 30 officers and is set to roughly double in three years.

Its first real build isn't a satellite. It's a multi-agency operations centre, which NSAS told reporters in July it wants running by the first half of 2027.

Three things will live in it. Mission planning and tasking for the national satellites. Space situational awareness, so Singapore can see what its satellites might hit, and what might hit them. And a coordination layer across government agencies.

The current missions run to disaster response, marine pollution incidents, maritime security, coastal infrastructure and urban planning. Chief technology officer Dr Desmond Lim said the focus ahead could sit on Earth observation and geospatial analytics. Also maritime and aviation incident management. Also urban planning, again.

Urban planning shows up on almost every one of those lists.

The current national fleet is three Earth observation satellites, co-owned with ST Engineering. Chief executive Ngiam Le Na noted they run five to seven years, so replacements are due around 2029 to 2030.

Singapore currently works with various providers to provide space situational awareness data. The partnerships are already layered in. DSTA is co-developing satellite-tracking software with India's Digantara, in support of NSAS. ST Engineering Geo-Insights signed an MOU with America's LeoLabs to explore an SSA centre and wider equatorial radar coverage.

Ngiam came from DSO National Laboratories, and before that was deputy chief executive at Defence Science and Technology Agency (DSTA). Her deputies split the work: Lim (formerly the chief technology officer at DSO) on technology, Jonathan Hung on industry and partnerships. Hung was executive director at OSTIn before this. Earlier he founded and chaired Singapore's space trade body and grew various successful local and foreign space companies — years successfully convening and building the industry rather than regulating it. And remember this started two decades ago, when there wasn't much of a space ecosystem to speak of on the island. A case study that uncannily mirrors the Singapore growth story.

Between them: the person who has deep tech expertise and buys the satellites, and the person who knows everyone building them (and everyone else), and perhaps most elusive to many, how to make the commercial case for space. Meet the NSAS "A" team.

Dr Lim was candid about the hard part. Across government, he said, there's still limited awareness of how space could change daily operations. So NSAS is going agency by agency, hunting for workflows worth rebuilding.

So what's actually at stake?

This part isn't really about dirt.

Roughly a quarter of Singapore's land has been reclaimed. The island grew from about 581 square kilometres in 1960 to around 735 square kilometres in the mid-2020s. That new ground isn't spare land. Changi Airport sits on reclaimed land. So does Tuas Port. So does Jurong Island, where much of Singapore's petrochemical industry is based.

The airport, the port and a large part of the industrial base stand on ground the country made.

About 30% of Singapore's land is less than five metres above mean sea level. PUB says Singapore's mean sea level could rise by up to 1.15 metres by 2100 and around two metres by 2150. That makes coastal protection a problem of both sea level and land level: Singapore needs to know where the ground is moving, and how fast.

In February 2025, the Singapore Land Authority announced partnerships to use space-based technologies and data for climate-related challenges. One strand involves exploring the integration of SiReNT data with satellite Synthetic Aperture Radar for millimetre-level land-motion monitoring. Another, involving SLA and NUS's Centre for Remote Imaging, Sensing and Processing, involves using SAR and InSAR to track vertical land movement across mainland and coastal Singapore.

SLA identified coastal protection, flood-risk monitoring and infrastructure planning as potential applications.

The connection to reclaimed land is straightforward. Reclaimed ground can continue to settle as fill and soft marine sediments consolidate. InSAR can provide broad-area information on changes in the height of the ground surface by comparing radar observations taken at different times. SiReNT, SLA's national GNSS reference network, can provide precise positioning and a reference framework for surveying and validating ground measurements.

This would not replace marine surveys or geotechnical instruments. It would add a wide-area monitoring layer that could help identify locations requiring closer investigation and support assessments of coastal infrastructure.

The work also involves other public agencies. SLA said it was exploring collaboration with PUB, the Maritime and Port Authority of Singapore and the Centre for Climate Research Singapore to integrate SiReNT data with SAR imagery for land-motion monitoring. The stated objective was millimetre-level monitoring, with potential relevance to coastal protection, flood-risk monitoring and infrastructure planning.

That is where the space agency enters the story. CNA reported that NSAS is working with government agencies to define their requirements and use cases for satellite technology. The areas under discussion include "Earth observation, geospatial analytics, maritime and aviation incident management and urban planning."

According to the same report, Dr Desmond Lim, NSAS's Deputy Chief Executive and Chief Technology Officer, said Singapore has a "good idea" of how many satellites it will need in the future, but "this number may change with improvements in commercial technology, as well as changes in the government's requirements and budget."

CNA also reported that NSAS is "working with agencies to study if the government needs other satellite capabilities." One capability mentioned in the report is "the use of satellites with Interferometric Synthetic Aperture Radar (InSAR) technology that measures land changes with millimetre precision." Lim said this "can be used to track land subsidence, coastal encroachment and forest growth."

For Singapore, these are not abstract Earth-observation applications. Land subsidence and coastal encroachment could affect reclaimed land beneath ports, airports, industrial areas and future coastal defences.

The question for NSAS is therefore not simply how many satellites Singapore can launch. It is which satellite capabilities government agencies will need, and how those capabilities should fit with commercial technology, national GNSS infrastructure and existing geospatial workflows.

NSAS's mission is to strengthen how Singapore and the world "lives, moves, connects and thrives." The reclamation use case makes that mission concrete. Satellite observations can contribute to monitoring land movement and coastal change; SiReNT provides Singapore's national positioning infrastructure; and agencies can use the resulting information in decisions about maritime infrastructure, coastal protection and urban planning.

Who writes the rules — and when?

Singapore has launched more than 30 satellites over two decades. It still has no space law.

What exists today is a set of Guidelines for Singapore-Related Space Activities from 2024. They ask operators to register a space object at least 30 days before launch. Those are administrative, not statute.

Writing the real law is now NSAS's fifth formal mandate, and it's underway. The focus is space safety and space sustainability.

One example: operators could be required to plan how a satellite comes down, launching low enough that the orbit decays on its own. A national registry of Singapore space objects is planned too.

So how is the space industry actually developing?

Downstream first, and out of aerospace, advanced electronics, precision engineering and AI-enabled software.

At Space Summit 2026 in February, 11 homegrown companies filled the Singapore Pavilion. What they brought: satellite technologies, laser and quantum communications, remote sensing and hyperspectral imaging, radiation-hardened electronics, AI-enabled processing of the data that comes back.

Components and data services. Around 70 companies, 2,000 people.

The base underneath that is decades old. Singapore has more than 130 aerospace companies, close to 1% of GDP, over 4% of total manufacturing output and roughly 10% of global MRO output.

The crossover from one to the other is an active and a logical effort. AAIS — the Association of Aerospace Industries (Singapore) — was founded in 2003, a decade before Singapore had a space office at all. It set up the Singapore Space Community, now over 50 organisations. It publishes the country's space industry directory, produced with the national space office and four other agencies. It coordinated that pavilion. It signed cooperation agreements with industry bodies in Australia, India and Japan.

A well-established, respected aerospace association steering its own members into space, and running its own Asia-Pacific diplomacy while it does it.

NSAS has committed to consulting the ecosystem on the new law. From what I've uncovered from the ground, AAIS is where that ecosystem already meets.

Three headlines and a lie

Three of these are true. One I made up.

1. Singapore's space agency told Parliament it isn't prioritising home-grown launch capability.
2. The government co-owns three Earth observation satellites with ST Engineering.
3. Singapore has set aside S$210 million for space technology projects since 2022.
4. The space agency reports to the Prime Minister's Office.

(Answer at the bottom.)

What to do with this

• Founders — does your product turn satellite data into an operational decision for a port, a utility, a land agency? Singapore just built you a buyer's desk. The operations centre is the procurement door.
• Investors — watch the innovative bets placed, commercial sector growth and future NSAS announcements. If you are looking for serious technical and commercial due diligence, do drop by the NSAS office to speak with the folks there that do this for a living.
• Licensing clarity moves a company's domicile, and these rules are being written now.
• Anyone trying to get in the room — NSAS is Singapore's national authority on all things space. AAIS is the convener, and the body the ecosystem says it will consult. If you are not talking to these guys, you aren't talking to the right people.

And you will want to be at the Singapore Space Summit in Feb 2027 where all the real action is.

Most countries look up and see a frontier. Singapore looked up and saw an instrument for the island underneath.

— shirley

Answer: 4. NSAS sits under the Ministry of Energy, Trade and Industry. The National Research Foundation is the one inside the PMO.

Cover: Marina Bay, Singapore by Dietmar Rabich, cropped, licensed CC BY-SA 4.0.