One Giant Leap for Mankind: Singapore’s National Space Agency (Part 2)

Harry Lee and T Malini
May 20
8 min read

In this Explainer, find out...

What are the strengths of the National Space Agency?
What are the limitations of the National Space Agency?
How does Singapore’s National Space Agency compare with other space agencies?

Introduction

Beyond its role in shaping Singapore’s space economy, the National Space Agency of Singapore (NSAS) also serves as a critical government effort. It advances the nation’s broader economic, technological, and strategic ambitions in the space domain.

In the first of our two-part series of Policy Explainers on the NSAS, we examined why the NSAS was established and what its mandate is. We also explored its key functions, as well as its role in shaping Singapore’s space economy.

In this piece, we will examine the strengths and limitations of the NSAS, and compare it with space agencies in other jurisdictions.

Strengths of the National Space Agency

The establishment of the NSAS presents several strategic advantages for Singapore’s long-term development. We explore four key strengths below, namely:

Strategic focus: leveraging Singapore's comparative advantages;

Economic potential: positioning Singapore in a growing global economy;

Cross-agency coordination: strengthening national capabilities; and

Soft power: building credibility through space partnerships.

Strategic Focus: Leveraging Singapore’s Comparative Advantages

A key strength of NSAS lies in its calibrated and pragmatic approach. Rather than pursuing capital-intensive agendas such as launch capabilities or human spaceflight, NSAS focuses on high-value niches. These are areas where Singapore already possesses strong capabilities, including satellite engineering, sensor technologies, and data analytics.^,

Such a targeted approach allows Singapore to avoid costly ventures that may not yield proportional returns. This ensures a more efficient allocation of limited natural, financial and manpower resources. By concentrating on areas of comparative advantage, NSAS aligns with Singapore’s broader development strategy. This strategy emphasises specialising and investing in high-value, knowledge-intensive sectors.

Economic Potential: Positioning Singapore in a Growing Global Industry

The global space economy is projected to exceed US$1 trillion by 2040, presenting significant opportunities for growth and innovation. NSAS positions Singapore to capture a share of this expanding market by fostering a conducive environment for space-related industries.

Through its support for innovation, NSAS helps to drive technological development within Singapore's space sector. It also attracts international firms to establish operations in the country. Together, these efforts contribute to the creation of high-skilled jobs and the advancement of a knowledge-based economy. In this regard, the agency serves not only as a technological initiative but also as an economic strategy aimed at sustaining long-term competitiveness.

Cross-Agency Coordination: Strengthening National Capabilities

NSAS enhances coordination across Government agencies through initiatives such as the establishment of a multi-agency operations centre. This enables more effective use of satellite data and space-based technologies across sectors.

For instance, satellite imaging can improve disaster response by providing real-time data during floods or environmental crises. Similarly, space-based systems can improve maritime security by helping authorities monitor shipping activity more effectively. By reducing policy silos and centralising policy coordination, NSAS strengthens Singapore’s overall national resilience.

Soft Power: Building Credibility through Space Partnerships

Beyond the tangible benefits, NSAS strengthens Singapore’s soft power (the ability to influence other nations through persuasive means). It does so by positioning the country as a credible, rules-based and reliable partner in global space cooperation. Singapore collaborates with regional and international counterparts on space-related issues. In doing so, it is able to participate in shaping norms around the peaceful and sustainable use of outer space.

This builds on foundations laid by the Office for Space Technology & Industry (OSTin). At the Singapore Space Summit 2026, OSTIn engaged the Association for Southeast Asian Nations (ASEAN) member states and international partners. It hosted 19 delegations and signed multiple Letters of Intent. These engagements allow Singapore to shape (rather than react to) emerging norms in space governance, despite its small size.

As OSTIn’s successor, NSAS is well-placed to scale these efforts and deepen space partnerships. This will help cement Singapore’s reputation as a constructive player in the space domain.

Limitations of the National Space Agency

While the establishment of NSAS presents several strategic advantages, it may also be constrained by a number of structural and practical limitations. We explore four key limitations below, namely:

Structural constraints: limits of scale and capability;

Talent and capability gaps: building a highly specialised workforce;

Economic uncertainty: balancing investment risk and returns; and

Regulatory and ethical challenges: navigating a complex global domain.

Structural Constraints: Limits of Scale and Capability

A fundamental limitation of NSAS lies in Singapore’s structural constraints as a small state. Unlike major spacefaring nations, Singapore does not possess domestic launch capabilities and remains dependent on foreign partners for access to orbit.

The small size of Singapore’s domestic market also limits economies of scale for space-related industries. This restricts the extent to which local firms can expand domestically. As a result, Singapore is likely to remain a supporting player within the global space ecosystem. It will contribute in specialised niches rather than emerging as a dominant force.

Talent and Capability Gaps: Building a Highly Specialised Workforce

The development of a competitive space sector requires highly specialised expertise across fields such as engineering, astrophysics and artificial intelligence. While Singapore has strong foundations in related disciplines, the depth and breadth of talent required for advanced space technologies are still developing.

This challenge is compounded by intense global competition for skilled professionals. Competition is especially strong from established space powers such as the United States (US), China and the European Union. To address this, sustained investment in education, training and talent pipelines will be necessary. However, such efforts require time and long-term commitment before yielding tangible results.

Economic Uncertainty: Balancing Investment Risk and Returns

Despite optimistic projections of the global space economy, investments in space technologies are often characterised by high costs. They also tend to involve long development cycles. This raises the risk of over-investment in projects that may not yield immediate or guaranteed economic benefits.

Ultimately, resources allocated to space initiatives are necessarily diverted from competing national priorities. This opportunity cost must be carefully weighed, particularly given the long payback periods associated with space ventures. NSAS must therefore prioritise projects carefully to ensure the most efficient and effective allocation of public resources.

In this context, NSAS must balance ambition with prudence, ensuring that investments are aligned with Singapore’s broader economic and strategic interests.

Regulatory and Ethical Challenges: Navigating a Complex Global Domain

As space becomes increasingly contested and commercialised, NSAS must also address a range of regulatory and ethical challenges. These include managing space debris, addressing the risks of militarisation, and regulating dual-use technologies that may serve both civilian and defence purposes.^,

In navigating these issues, Singapore must strike a careful balance. This involves advancing its economic interests and maintaining its position as a neutral and responsible international actor. Achieving this balance requires robust domestic regulation. It also requires active engagement in international discussions on the sustainable and peaceful use of outer space.

How does the National Space Agency compare with other space agencies?

The establishment of the NSAS can be better understood when situated against how other jurisdictions structure their space agencies. We compare NSAS with two overseas jurisdictions below:

Regulatory frameworks in the United Kingdom (UK); and

The private space industry in the US.

Regulatory Frameworks in the UK

As space activities become increasingly commercialised, clear regulatory frameworks are essential. NSAS plays a critical role in developing national legislation that governs space-related activities, ensuring alignment with international space law. This not only enhances operational safety and sustainability but also positions Singapore as a trusted hub for space-related businesses. At the same time, Singapore can actively participate in the development of norms such as space traffic management. In doing so, it can contribute to shaping the evolving governance of outer space.

The importance of such regulatory leadership can be seen in the UK. The UK has established a comprehensive legal framework through the Outer Space Act 1986 and the Space Industry Act 2018.^, These frameworks provide detailed clarity on licensing requirements and safety standards for both satellite operators and emerging spaceflight activities.

For instance, under the UK’s licensing regime, companies such as OneWeb were able to base key parts of their satellite operations in the UK. This was supported by a clear regulatory environment governing satellite launches and in-orbit operations.^, Similarly, the Space Industry Act 2018 enabled the development of domestic launch capabilities. This led to the establishment of spaceports such as Spaceport Cornwall and SaxaVord Spaceport in Scotland. These developments were made possible because firms had regulatory certainty regarding approvals, operational responsibilities and risk management.

As a result, the UK has attracted over £16 billion in annual space sector income and hosts more than 1500 space-related organisations. The presence of a transparent and well-defined regulatory framework has reduced uncertainty for private firms and encouraged sustained investment.

NSAS’s mandate to enact space legislation and regulate the sector mirrors the UK’s long-established legislative foundation. However, unlike the UK, NSAS is still in the process of developing its space legislative framework. Nevertheless, its mandate reflects a measured and forward-looking approach. It focuses on designing legislation that is pro-innovation and aligned with international obligations from the outset. In this regard, the UK’s success serves as a useful case study for NSAS by demonstrating how robust regulation can anchor growth in the space industry. NSAS can draw from this to develop a credible legal framework that supports the growth of Singapore’s space sector.

The Private Space Industry in the US

A key feature of the US’ space sector is the depth and maturity of its commercial space ecosystem. The US is home to renowned space-related government agencies such as the National Aeronautics and Space Administration (NASA). Beyond these agencies, the country also has a highly developed commercial space industry. This industry is supported by strong injections of private capital and sustained government partnerships.

Today, private space companies like SpaceX and Blue Origin are at the forefront of space innovation. They are lowering costs across the space value chain through developments such as reusable launch systems. Notably, government agencies themselves act as customers. They use space contracts and partnerships to develop advanced space capabilities that benefit both private and public sectors.

In comparison, NSAS’s mandate focuses on developing Singapore’s space industry through targeted, high-value niches. It prioritises these targets rather than capital-intensive ventures such as human spaceflight. Nevertheless, the US model demonstrates the importance of a strong private sector in driving innovation and scaling space capabilities.

While Singapore’s private space industry is notably smaller, it is already commercially active. Singapore already hosts 70 space-related companies across different parts of the value chain.

NSAS can thus enable private sector development by strengthening funding pathways and facilitating partnerships. It can also support the industry by clearly delineating Singapore’s space regulations. These measures would go a long way in integrating private firms into the local space market and accelerating the growth of Singapore’s space sector.

Conclusion

When we think of space, Singapore is still unlikely to be the first country that comes to mind. It remains a nation without rockets or astronauts, operating within clear physical and structural constraints. Yet, the establishment of NSAS signals a shift in how Singapore engages with space as a strategic and functional domain. This shift is closely tied to its broader economic and technological development.

Moving forward, the success of NSAS will depend on how effectively Singapore sustains its focus on niche strengths, builds a robust talent pipeline and deepens international partnerships. As the space economy continues to expand, NSAS aims to position Singapore as more than just a passive user of space technologies. Instead, it seeks to establish the country as an active participant in shaping their application and governance.

This Policy Explainer was written by members of MAJU. MAJU is a ground-up, fully youth-led organisation dedicated to empowering Singaporean youths in policy discourse and co-creation.

By promoting constructive dialogue and serving as a bridge between youths and the Government, we hope to drive the keMAJUan (progress!) of Singapore.