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  • Singapore deep tech talent pool

    Singapore deep tech talent pool



    Singapore’s Deep Tech Talent Pool: A Deep Dive

    Singapore has set its sights on becoming a global hub for deep tech innovation. This ambitious goal requires a robust and growing pool of talent. Deep tech refers to companies built on substantial scientific or engineering advances. These innovations often address significant global challenges. Cultivating this talent pool is a complex but vital task for Singapore’s economic future. This article explores the current state of Singapore’s deep tech talent, its strengths, weaknesses, and the strategies in place to bolster it.

    Singapore’s Strategic Investment in Deep Tech

    Singapore’s commitment to deep tech is evident in its significant investments. Government agencies like the National Research Foundation (NRF) play a crucial role. They provide funding for research and development. They also support deep tech startups. These investments aim to create a vibrant ecosystem. This ecosystem attracts both local and international talent. The government recognizes that deep tech is essential for long-term economic growth and competitiveness.

    Specific initiatives like the Research, Innovation and Enterprise (RIE) plan demonstrate this commitment. This plan allocates billions of dollars to support research across various sectors. These sectors include advanced manufacturing, healthcare, and urban solutions. These areas are ripe for deep tech innovation. The RIE plan aims to foster collaboration between academia, industry, and government. This collaboration is key to translating research into commercial applications. The ultimate goal is to create high-value jobs and boost the economy.

    The Academic Foundation: Universities and Research Institutions

    Universities such as the National University of Singapore (NUS) and Nanyang Technological University (NTU) are crucial talent generators. They offer world-class education and research programs. These programs equip students with the necessary skills for deep tech careers. Their engineering and science departments are particularly strong. They produce graduates who are highly sought after by deep tech companies. The universities actively collaborate with industry to ensure curriculum relevance. This focus on practical skills makes graduates more employable. The universities also host numerous research centers that focus on deep tech areas.

    These research centers attract top researchers from around the world. This creates a dynamic environment for innovation. Examples include research institutes focused on AI, quantum technologies, and advanced materials. The Agency for Science, Technology and Research (A*STAR) also plays a vital role. A*STAR’s research institutes contribute significantly to Singapore’s deep tech ecosystem. They conduct cutting-edge research and work closely with industry partners. This collaboration ensures that research is aligned with industry needs and market demands.

    The Startup Ecosystem: Fostering Deep Tech Entrepreneurship

    Singapore boasts a thriving startup ecosystem. This ecosystem is supported by a range of incubators, accelerators, and venture capital firms. These organizations provide funding, mentorship, and resources to deep tech startups. They help these startups navigate the challenges of commercializing their innovations. Incubators like Entrepreneur First and accelerators like SGInnovate play a key role. They nurture early-stage deep tech startups. They provide them with the support they need to grow and scale.

    Venture capital firms are also increasingly interested in deep tech startups. They recognize the potential for high returns. They invest in companies that are developing groundbreaking technologies. This influx of capital helps startups to accelerate their development and expand their operations. The government also provides funding to support startups through grants and loans. This helps to reduce the financial risk for investors. Overall, Singapore’s startup ecosystem provides a fertile ground for deep tech entrepreneurship to flourish. The supportive environment encourages individuals with innovative ideas to take the leap and start their own companies. This drives innovation and creates new jobs.

    Attracting Foreign Talent: A Global Hub for Innovation

    Singapore actively attracts foreign talent to augment its local talent pool. The government offers various incentives and visa programs to attract skilled workers. These programs target professionals with expertise in deep tech areas. This strategy is crucial for filling skill gaps and ensuring that Singapore has the talent it needs to compete globally. The appeal of Singapore lies in its strong economy, stable political environment, and high quality of life. These factors make it an attractive destination for foreign professionals.

    The government also promotes Singapore as a hub for research and development. It attracts multinational corporations to set up their R&D centers in Singapore. These centers create high-value jobs and provide opportunities for local talent to work on cutting-edge projects. The presence of these companies also helps to transfer knowledge and expertise to the local ecosystem. Furthermore, Singapore’s strategic location in Southeast Asia makes it an ideal gateway to the region’s growing markets. This attracts companies that are looking to expand their operations in Asia. Overall, Singapore’s proactive approach to attracting foreign talent is a key factor in its success as a deep tech hub.

    Challenges and Opportunities: Addressing the Talent Gap

    Despite its strengths, Singapore faces challenges in building a sufficient deep tech talent pool. One of the main challenges is the limited supply of skilled professionals in certain specialized areas. This includes areas like artificial intelligence, quantum computing, and biotechnology. The global demand for these skills is high, making it difficult to attract and retain talent. Competition from other countries, particularly the United States and China, is intense. These countries offer attractive opportunities for deep tech professionals. Addressing this talent gap requires a multi-pronged approach.

    This approach involves investing in education and training programs. It also requires attracting foreign talent and fostering innovation. The government needs to continue to support initiatives that promote STEM education. This will encourage more students to pursue careers in science, technology, engineering, and mathematics. It also needs to provide opportunities for professionals to upgrade their skills and knowledge through continuing education programs. Collaboration between universities, industry, and government is essential. It ensures that training programs are aligned with industry needs. Furthermore, it’s vital to create a supportive and attractive environment for foreign talent. This will encourage them to come to Singapore and contribute to the deep tech ecosystem.

    Retaining Talent: Creating a Conducive Environment

    Retaining talent is as important as attracting it. Creating a conducive environment for deep tech professionals is crucial. This includes providing competitive salaries and benefits. It also means offering opportunities for career advancement and professional development. Deep tech professionals are often driven by a passion for innovation. They seek opportunities to work on challenging and impactful projects. Companies need to provide them with these opportunities to keep them engaged and motivated.

    Furthermore, a positive work culture is essential. This includes fostering collaboration, promoting diversity, and valuing creativity. Companies need to create an environment where employees feel valued, respected, and empowered to contribute their best. The government can also play a role in retaining talent by providing support for families. This includes providing affordable childcare and healthcare. It can also promote work-life balance policies. These measures help to make Singapore a more attractive place to live and work for deep tech professionals. Strong intellectual property protection is also important to attract and retain innovative talent. This protects their work and encourages further innovation.

    The Future of Singapore’s Deep Tech Talent Pool

    The future of Singapore’s deep tech talent pool looks promising. The government’s continued investment in research and development. It is also focused on attracting and retaining talent. These investments should help to ensure that Singapore remains a leading hub for deep tech innovation. The growing demand for deep tech solutions in areas like healthcare, advanced manufacturing, and sustainability presents significant opportunities for Singaporean companies.

    However, Singapore needs to remain vigilant in addressing the challenges of building a sufficient talent pool. It is important to continuously adapt its strategies to meet the evolving needs of the industry. This includes investing in new areas of expertise, such as quantum computing and artificial intelligence. It also includes fostering greater collaboration between academia, industry, and government. By doing so, Singapore can ensure that it has the talent it needs to drive deep tech innovation and achieve its economic goals.

    In conclusion, Singapore’s deep tech talent pool is a critical asset for its future economic growth. While significant progress has been made, ongoing efforts are needed to address the challenges and capitalize on the opportunities. With continued investment, strategic planning, and a collaborative approach, Singapore can solidify its position as a global leader in deep tech. This proactive approach will attract more funding and talent. It will encourage more innovation and job growth.



    🚀 Discover Deep Tech SG

    Find startups, grants, and patents at app.deeptech.sg.

  • Singapore Deep Tech research breakthroughs

    Singapore Deep Tech research breakthroughs




    Singapore Deep Tech Research: A Deep Dive into Breakthroughs and Future Prospects

    Singapore Deep Tech Research: A Deep Dive into Breakthroughs and Future Prospects

    Executive Summary / Hook: Singapore is rapidly emerging as a global hub for deep tech innovation, driven by significant investments in research and development, a supportive government ecosystem, and a growing pool of talent. This article delves into recent breakthroughs in key deep tech areas, examines their potential impact on the Singaporean ecosystem, and forecasts the strategic outlook for the next two years. In a world grappling with complex challenges ranging from climate change to healthcare crises, deep tech – innovations rooted in cutting-edge scientific discoveries – offers a pathway to transformative solutions. Singapore’s strategic focus on fostering these technologies positions it as a key player in shaping the future.

    Detailed Context: Defining Deep Tech and Singapore’s Strategic Approach

    Deep tech, unlike traditional technology sectors focused on software and internet-based solutions, is characterized by its reliance on significant scientific or engineering advances to address complex problems. These technologies typically require long development cycles, substantial capital investment, and specialized expertise. Key areas of focus within the deep tech landscape include:

    • Artificial Intelligence (AI): Advancements in areas like explainable AI (XAI), federated learning, and neuromorphic computing are crucial for developing more robust and trustworthy AI systems.
    • Biotechnology & Healthcare: Innovations in areas such as synthetic biology, gene editing (CRISPR), personalized medicine, and advanced diagnostics are revolutionizing healthcare.
    • Advanced Materials & Manufacturing: The development of novel materials like graphene, nanomaterials, and advanced composites is enabling new possibilities in various industries, including aerospace, automotive, and energy. Additive manufacturing (3D printing) further accelerates innovation in this sector.
    • Quantum Computing: The development of quantum computers promises to solve complex problems that are intractable for classical computers, with applications in areas such as drug discovery, materials science, and cryptography.
    • Clean Energy Technologies: Innovations in solar energy, energy storage (batteries and hydrogen fuel cells), and carbon capture are critical for mitigating climate change.
    • Space Technology: Developing satellite technologies, propulsion systems, and remote sensing capabilities allows us to solve problems relating to communications, resource monitoring and environmental sustainability.

    Singapore’s government has recognized the strategic importance of deep tech and has implemented a multi-pronged approach to fostering its growth. This includes significant funding for research institutions like the National University of Singapore (NUS), Nanyang Technological University (NTU), and the Agency for Science, Technology and Research (A*STAR). These institutions are actively engaged in cutting-edge research across various deep tech domains. Furthermore, the government provides various grants, tax incentives, and accelerator programs to support deep tech startups and attract foreign investment.

    For example, the Research, Innovation and Enterprise (RIE) plan allocates significant funding to deep tech research initiatives. The Agency for Science, Technology and Research (A*STAR), a key player in Singapore’s deep tech ecosystem, focuses on translational research, bridging the gap between fundamental research and commercial applications. A*STAR’s research institutes are actively collaborating with industry partners to develop and deploy innovative technologies. Additionally, the government actively promotes collaborations between academia, industry, and government agencies to accelerate the development and commercialization of deep tech innovations.

    A critical element of Singapore’s strategy is attracting and retaining top talent in deep tech fields. This involves investing in STEM education, offering scholarships for postgraduate studies, and creating a vibrant ecosystem that attracts researchers and engineers from around the world. The government also actively encourages entrepreneurship and supports the creation of deep tech startups through incubators, accelerators, and venture capital funding.

    Impact Analysis: The Ripple Effect on the Singapore Ecosystem

    Singapore’s deep tech initiatives are having a profound impact on its ecosystem, benefiting founders, investors, and the government in various ways:

    • For Founders: Deep tech startups in Singapore gain access to a supportive ecosystem that provides funding, mentorship, infrastructure, and talent. Government grants and incubator programs help early-stage startups overcome the challenges of long development cycles and high capital requirements. The availability of world-class research institutions and talent pools allows startups to collaborate with leading researchers and develop cutting-edge technologies. Furthermore, Singapore’s strong intellectual property protection regime provides a safe environment for deep tech startups to protect their innovations.
    • For Investors: Singapore’s deep tech ecosystem is attracting increasing attention from venture capitalists and angel investors, both domestic and international. The potential for high returns from deep tech investments, coupled with the government’s commitment to supporting the sector, is driving investment activity. Investors are particularly interested in startups with strong intellectual property, experienced management teams, and clear commercialization pathways. Government-backed venture capital funds and co-investment schemes further de-risk deep tech investments, making them more attractive to private investors.
    • For the Government: Singapore’s investment in deep tech is yielding significant economic and social benefits. The growth of the deep tech sector is creating high-skilled jobs, attracting foreign investment, and enhancing Singapore’s competitiveness in the global economy. Deep tech innovations are also addressing pressing societal challenges, such as climate change, healthcare, and food security. Furthermore, Singapore’s reputation as a hub for deep tech innovation is enhancing its brand and attracting top talent from around the world.

    For example, the development of advanced AI algorithms for medical diagnostics can improve healthcare outcomes and reduce costs. The development of sustainable energy solutions can mitigate climate change and reduce Singapore’s reliance on fossil fuels. The development of advanced materials can enable new manufacturing processes and create high-value-added jobs. One such example is TurtleTree, a Singapore-based company focused on producing cell-based milk. Such advancements contribute significantly to Singapore’s future food security plans and position it as a leader in cellular agriculture.

    Strategic Outlook: The Next 12-24 Months

    In the next 12-24 months, several key trends are expected to shape the development of Singapore’s deep tech ecosystem:

    • Increased Investment in Specific Deep Tech Areas: Expect to see increased investment in specific deep tech areas that align with Singapore’s national priorities, such as AI, biotechnology, and clean energy. The government is likely to launch new initiatives and funding programs to support these areas.
    • Greater Focus on Translational Research: There will be a greater emphasis on translational research, bridging the gap between fundamental research and commercial applications. A*STAR and other research institutions will work closely with industry partners to develop and deploy innovative technologies.
    • Stronger Collaboration Between Academia, Industry, and Government: Collaboration between academia, industry, and government agencies will be further strengthened to accelerate the development and commercialization of deep tech innovations. Collaborative research projects, joint ventures, and technology transfer agreements will become more common.
    • Enhanced Talent Development Initiatives: The government will continue to invest in talent development initiatives to attract and retain top talent in deep tech fields. This will involve expanding STEM education, offering scholarships for postgraduate studies, and creating a vibrant ecosystem that attracts researchers and engineers from around the world.
    • Growing Number of Deep Tech Startups: The number of deep tech startups in Singapore is expected to continue to grow, driven by the availability of funding, mentorship, and infrastructure. These startups will play a key role in driving innovation and commercializing deep tech technologies.

    Specific examples include potential advancements in AI-powered cybersecurity solutions, personalized cancer treatments based on genomic data, and the development of high-performance batteries for electric vehicles. Further partnerships are expected between Singapore and international deep tech ecosystems, potentially leveraging existing bilateral trade agreements. The Enterprise Singapore is expected to play an even greater role in helping local startups access global markets.

    In the coming months, expect to see increased focus on regulatory frameworks to support deep tech innovation, particularly in areas such as AI ethics and data privacy. The government will likely work with industry stakeholders to develop clear guidelines and regulations that promote responsible innovation while fostering economic growth. Furthermore, expect a continued push for Singapore to be a testbed for Deep Tech innovation. Policies will incentivise companies to trial their new innovations and gain insights into the commercialisation and scale-up process in real-world environments.

    Conclusion

    Singapore’s strategic focus on deep tech research and development is positioning it as a global leader in this transformative sector. By investing in research institutions, supporting startups, attracting talent, and fostering collaboration, Singapore is creating a vibrant ecosystem that drives innovation and addresses pressing societal challenges. The future looks bright for Singapore’s deep tech sector, with significant potential for economic growth, job creation, and social impact. Continued investment, strategic partnerships, and a focus on talent development will be crucial for sustaining this momentum and ensuring that Singapore remains at the forefront of deep tech innovation for years to come. As the world seeks solutions to complex challenges, Singapore’s commitment to deep tech positions it as a key contributor to a more sustainable and prosperous future. Singapore’s commitment to future-proofing itself via Deep Tech innovation is clearly an important step. More information on Singapore’s plans on future technology innovation can be found here.



    🚀 Discover Deep Tech SG

    Find startups, grants, and patents at app.deeptech.sg.

  • Singapore Deep Tech investment trends

    Singapore Deep Tech investment trends

    Singapore Deep Tech Investment: Charting the Course

    Singapore has steadily positioned itself as a global hub for innovation, and its deep tech ecosystem is a critical component of this strategy. While recent specific news data may be unavailable at this moment, analyzing broader trends and existing initiatives allows us to understand the direction of deep tech investment in the region. This analysis is particularly relevant for investors looking to capitalize on emerging opportunities.

    Deep tech, encompassing fields like artificial intelligence, biotechnology, advanced materials, and quantum computing, requires significant capital investment due to its long development cycles and inherent technological risks. Singapore’s government plays a crucial role in mitigating these risks and fostering a conducive environment for deep tech startups. Agencies like Enterprise Singapore, though not directly cited in recent news, have historically provided grants, incubation programs, and access to funding to support early-stage deep tech ventures. Investors should continue to monitor these initiatives as potential avenues for co-investment and due diligence.

    One continuing trend is the increasing focus on sustainability and climate tech within the deep tech landscape. Singapore’s commitment to a green economy is driving investment in areas such as renewable energy, carbon capture technologies, and sustainable materials. Venture capital firms and private equity funds are actively seeking opportunities in these sectors, recognizing both the potential for financial returns and the positive impact on the environment. Moreover, there’s a growing emphasis on strategic partnerships between research institutions, universities, and the private sector to accelerate the commercialization of deep tech innovations. These collaborations are crucial for bridging the gap between academic research and real-world applications.

    Looking ahead, expect to see continued government support and private sector investment in Singapore’s deep tech ecosystem. While specific funding announcements fluctuate, the underlying strategic commitment remains strong. For investors, the key lies in identifying promising startups with strong intellectual property, experienced teams, and a clear path to market. Thorough due diligence, a deep understanding of the relevant technological landscape, and a long-term investment horizon are essential for success in this dynamic and rapidly evolving sector. In addition, exploring collaborative opportunities and leveraging government resources will be critical for maximizing returns.


    🚀 Discover Deep Tech SG

    Find startups, grants, and patents at app.deeptech.sg.

  • Singapore Deep Tech Industry 4.0 adoption

    Singapore Deep Tech Industry 4.0 adoption

    Singapore Deep Tech Industry 4.0 Adoption: A Nation Forging the Future

    Singapore, a global hub for innovation and technology, is aggressively pursuing Industry 4.0 adoption, with a particular focus on deep tech. This strategic move is aimed at enhancing its manufacturing capabilities, boosting productivity, and ensuring long-term economic competitiveness. While specific groundbreaking news may not always dominate headlines, the underlying trend is clear: Singapore is committed to becoming a leader in the next industrial revolution.

    Deep tech, characterized by technologies built on cutting-edge scientific discoveries and engineering innovations, forms the backbone of Singapore’s Industry 4.0 strategy. These include areas like advanced materials, artificial intelligence, biotechnology, and robotics. The government actively supports the development and deployment of these technologies through various initiatives.

    These initiatives often involve substantial investments in research and development, providing funding for startups and established companies alike. Furthermore, Singapore is fostering a vibrant ecosystem that encourages collaboration between academia, industry, and government agencies. This collaborative approach ensures that research breakthroughs are translated into practical applications that can benefit the manufacturing sector.

    Beyond funding, the government plays a crucial role in creating a conducive regulatory environment for deep tech companies. This includes streamlining regulations, providing access to skilled talent, and facilitating the adoption of new technologies by SMEs. The emphasis is on creating a “sandbox” environment where companies can experiment with innovative solutions and refine their offerings before scaling up.

    The impact of Industry 4.0 adoption on Singapore’s manufacturing sector is already being felt. Companies are leveraging AI-powered automation to improve efficiency, using data analytics to optimize production processes, and adopting additive manufacturing to create customized products. These advancements are not only boosting productivity but also enhancing the quality and precision of manufactured goods.

    Looking ahead, Singapore’s deep tech Industry 4.0 journey will continue to evolve. The focus will likely shift towards integrating these technologies into existing infrastructure, scaling up successful pilot projects, and addressing the challenges associated with workforce transformation. By embracing innovation and fostering collaboration, Singapore is well-positioned to reap the rewards of the next industrial revolution and solidify its position as a global leader in advanced manufacturing.


    🚀 Discover Deep Tech SG

    Find startups, grants, and patents at app.deeptech.sg.

  • Startup SG Tech Grants Jump to S400kandS800k

    Startup SG Tech Grants Jump to S400kandS800k

    It’s official. The runway for deep tech founders in Singapore just got significantly longer.

    For years, the Startup SG Tech grant was capped at S250,000forProof−of−Concept(POC)andS500,000 for Proof-of-Value (POV). While generous, many deep tech founders found these amounts barely covered the cost of specialized equipment and talent in an inflation-heavy market.

    The caps have now been raised.

    We have verified across multiple new 2025 application guidelines that the funding limits have increased by 60%:

    • Proof-of-Concept (POC): Now up to **S400,000∗∗(previouslyS250,000)
    • Proof-of-Value (POV): Now up to **S800,000∗∗(previouslyS500,000)

    What This Means for Founders

    This isn’t just an “inflation adjustment.” It is a strategic signal that Enterprise Singapore wants to back higher-risk, higher-CAPEX technologies.

    • The “Valley of Death” Bridge: The jump to S800kforPOVismassive.ThatadditionalS300k is effectively a pre-seed round without the dilution. It allows you to build a robust pilot, secure your first commercial trial, and walk into a Series A investor meeting with real data, not just a pitch deck.
    • Higher Barriers to Entry: With higher amounts comes higher scrutiny. We expect the technical evaluation panel (TEP) to be even more rigorous on the “proprietary” aspect of the tech. If you are building a wrapper around ChatGPT, you likely won’t qualify. This money is for hard tech.

    The Fine Print (Read This)

    The grant remains a competitive, milestone-based scheme. It is not an entitlement.

    1. Equity Component: Remember that for Startup SG Tech, the government (or its nominee) typically reserves the right to exercise a share subscription of roughly 50% of the grant value during your next equity round.
    2. Capital Matching: You still need to show “skin in the game.”
      • POC: Requires ~10% paid-up capital.
      • POV: Requires ~20% paid-up capital.
      • Example: To unlock the full S800kPOVgrant,youlikelyneedtoshowS160k in paid-up capital on your ACRA BizFile.

    DeepTechSG Verdict

    This is the best non-dilutive deal in Southeast Asia right now. If you have a patentable technology and haven’t applied yet, update your deck and move fast.


    DeepTechSG Resources

  • The “Pink IC” Premium: Do Singaporean Founders Actually Get More Funding?

    The “Pink IC” Premium: Do Singaporean Founders Actually Get More Funding?

    If you walk into a networking event at Block 71, you will hear two conflicting narratives.

    • Narrative A (The Local View): “The government gives all the special passes and easy landings to foreign talent. We are second-class citizens in our own startup ecosystem.”
    • Narrative B (The Foreign View): “It is impossible to get a single cent of grant money unless I give away 30% of my company to a Singaporean paper co-founder.”

    So, who is right?

    We dug into the grant criteria, the VC data, and the university spin-off rules for 2025. The answer is nuanced, but the financial reality is clear: Nationality is an asset class.

    1. The “Free Money” Moat: The 30% Rule

    When it comes to non-dilutive grants (free money from the government), Singaporeans have a massive, undeniable advantage.

    Almost every major grant scheme under Enterprise Singapore (EnterpriseSG)—including the Startup SG Founder grant (S$50k) and the Enterprise Development Grant (EDG)—has a “Golden Rule”: 30% Local Shareholding.

    • The Rule: To qualify, your company must have at least 30% of its ordinary shares held by Singapore Citizens (SC) or Permanent Residents (PR).
    • The Implication: If you are a foreign founder (on an EP or EntrePass) with 100% ownership, you are effectively locked out of the grant ecosystem. You cannot access the productivity grants (PSG) or the market expansion grants (MRA) that your local competitors use to subsidize their burn rate.

    DeepTechSG Verdict: For grants, the playing field is not level. It is structurally tilted to favor locals. If you are a foreign founder, you either bootstrap, raise VC money immediately, or find a Singaporean co-founder to hold that 30% stake.

    2. The University “Backdoor”: NUS & NTU

    Interestingly, the walls are lower if you come from the “Ivory Tower.” University spin-off programs like NUS GRIP (Graduate Research Innovation Programme) or NTUitive are surprisingly meritocratic—but with strings attached.

    • The Loophole: These programs generally accept teams based on the technology, not just the passport. A foreign PhD student or researcher can be the technical lead.
    • The Catch: To actually receive the investment (often S$100k from the university), you must incorporate a Singapore Private Limited company. While the university investment is equity-based (not a grant), accessing follow-on government grants (like the Central Gap Fund) often forces the spin-off to appoint a Singaporean commercial lead or CEO to meet the eligibility criteria.

    3. The VC Landscape: Where Meritocracy Reigns

    Once you leave the world of government grants and enter the world of Venture Capital, the “Pink IC” premium evaporates.

    Top-tier VCs—Sequoia, Lightspeed, Jungle Ventures—do not care about your passport. They care about your Total Addressable Market (TAM).

    • The Data: In 2024, despite the “Funding Winter,” a significant portion of Series A+ funding went to companies with diverse, often foreign, founding teams.
    • The “Global Founder” Bias: In fact, some VCs privately admit a bias towards foreign founders who have relocated to Singapore, viewing the relocation as a signal of high conviction and “hunger.”

    4. The “Foreigner’s Tax”: Visa Friction

    While VCs might be colorblind, the Immigration and Checkpoints Authority (ICA) is not. Foreign founders face a “time tax” that locals do not: The Visa.

    • EntrePass: This is the specific visa for foreign entrepreneurs. It requires you to be venture-backed or own IP. It is not easy to get.
    • ONE Pass / Tech.Pass: These are for high-earners (S$20k+/month) or established tech leaders.
    • The Friction: We have seen foreign founders lose 3-6 months of runway simply waiting for visa approvals before they can legally draw a salary or sign contracts. Singaporean founders can start executing on Day 1.

    5. Investment Numbers: The “Local Core” Mandate

    There is one specific type of VC that does care about nationality: Government-linked VCs (e.g., SEEDS Capital, EDBI).

    • The Mandate: While they invest in foreign startups, they often require the company to build a “strategic core” in Singapore. This doesn’t explicitly mean the founder must be Singaporean, but the company must create high-value jobs for Singaporeans.
    • The Stat: In 2025, SG Growth Capital (the new EDBI + SEEDS entity) has a clear mandate to “anchor” capabilities here. A foreign founder who promises to hire 50 local engineers will get the funding over a Singaporean founder who plans to outsource everything to Vietnam.

    The Bottom Line

    • If you are Singaporean: You have a S50k−S500k head start in grants. Use it. It is your unfair advantage.
    • If you are Foreign: Ignore the grants. They are a distraction. Focus entirely on customer revenue and VC equity. If you try to engineer a “fake co-founder” situation just to get a $30k grant, you will likely ruin your cap table for very little upside.

    Here is the deeply researched analysis on the “Pink IC” premium. I have removed all inline links and consolidated every resource at the bottom of the article.


    Title: The “Pink IC” Premium: Do Singaporean Founders Actually Get More Funding?

    Date: 13 December 2025 Category: Policy & Funding Analysis

    If you walk into a networking event at Block 71, you will hear two conflicting narratives.

    • Narrative A (The Local View): “The government gives all the special passes and easy landings to foreign talent. We are second-class citizens in our own startup ecosystem.”
    • Narrative B (The Foreign View): “It is impossible to get a single cent of grant money unless I give away 30% of my company to a Singaporean paper co-founder.”

    So, who is right?

    We dug into the grant criteria, the VC data, and the university spin-off rules for 2025. The answer is nuanced, but the financial reality is clear: Nationality is an asset class.

    1. The “Free Money” Moat: The 30% Rule

    When it comes to non-dilutive grants (free money from the government), Singaporeans have a massive, undeniable advantage.

    Almost every major grant scheme under Enterprise Singapore (EnterpriseSG)—including the Startup SG Founder grant (S$50k) and the Enterprise Development Grant (EDG)—has a “Golden Rule”: 30% Local Shareholding.

    • The Rule: To qualify, your company must have at least 30% of its ordinary shares held by Singapore Citizens (SC) or Permanent Residents (PR).
    • The Implication: If you are a foreign founder (on an EP or EntrePass) with 100% ownership, you are effectively locked out of the grant ecosystem. You cannot access the productivity grants (PSG) or the market expansion grants (MRA) that your local competitors use to subsidize their burn rate.

    DeepTechSG Verdict: For grants, the playing field is not level. It is structurally tilted to favor locals. If you are a foreign founder, you either bootstrap, raise VC money immediately, or find a Singaporean co-founder to hold that 30% stake.

    2. The University “Backdoor”: NUS & NTU

    Interestingly, the walls are lower if you come from the “Ivory Tower.” University spin-off programs like NUS GRIP (Graduate Research Innovation Programme) or NTUitive are surprisingly meritocratic—but with strings attached.

    • The Loophole: These programs generally accept teams based on the technology, not just the passport. A foreign PhD student or researcher can be the technical lead.
    • The Catch: To actually receive the investment (often S$100k from the university), you must incorporate a Singapore Private Limited company. While the university investment is equity-based (not a grant), accessing follow-on government grants (like the Central Gap Fund) often forces the spin-off to appoint a Singaporean commercial lead or CEO to meet the eligibility criteria.

    3. The VC Landscape: Where Meritocracy Reigns

    Once you leave the world of government grants and enter the world of Venture Capital, the “Pink IC” premium evaporates.

    Top-tier VCs—Sequoia, Lightspeed, Jungle Ventures—do not care about your passport. They care about your Total Addressable Market (TAM).

    • The Data: In 2024, despite the “Funding Winter,” a significant portion of Series A+ funding went to companies with diverse, often foreign, founding teams.
    • The “Global Founder” Bias: In fact, some VCs privately admit a bias towards foreign founders who have relocated to Singapore, viewing the relocation as a signal of high conviction and “hunger.”

    4. The “Foreigner’s Tax”: Visa Friction

    While VCs might be colorblind, the Immigration and Checkpoints Authority (ICA) is not. Foreign founders face a “time tax” that locals do not: The Visa.

    • EntrePass: This is the specific visa for foreign entrepreneurs. It requires you to be venture-backed or own IP. It is not easy to get.
    • ONE Pass / Tech.Pass: These are for high-earners (S$20k+/month) or established tech leaders.
    • The Friction: We have seen foreign founders lose 3-6 months of runway simply waiting for visa approvals before they can legally draw a salary or sign contracts. Singaporean founders can start executing on Day 1.

    5. Investment Numbers: The “Local Core” Mandate

    There is one specific type of VC that does care about nationality: Government-linked VCs (e.g., SEEDS Capital, EDBI).

    • The Mandate: While they invest in foreign startups, they often require the company to build a “strategic core” in Singapore. This doesn’t explicitly mean the founder must be Singaporean, but the company must create high-value jobs for Singaporeans.
    • The Stat: In 2025, SG Growth Capital (the new EDBI + SEEDS entity) has a clear mandate to “anchor” capabilities here. A foreign founder who promises to hire 50 local engineers will get the funding over a Singaporean founder who plans to outsource everything to Vietnam.

    The Bottom Line

    • If you are Singaporean: You have a S50k−S500k head start in grants. Use it. It is your unfair advantage.
    • If you are Foreign: Ignore the grants. They are a distraction. Focus entirely on customer revenue and VC equity. If you try to engineer a “fake co-founder” situation just to get a $30k grant, you will likely ruin your cap table for very little upside.

    DeepTechSG Resources & References

  • The “Funding Winter” is a Myth. It’s Actually an Ice Age for Mediocrity.

    The “Funding Winter” is a Myth. It’s Actually an Ice Age for Mediocrity.

    If you have tried to raise a Seed or Series A round in the last 6 months, you have felt it. The emails go unanswered. The due diligence drags on for months. The valuations are… humbling.

    Everyone calls it the “Funding Winter.” But that implies it’s just a season that will pass, and soon the warm sun of “growth-at-all-costs” capital will return.

    Newsflash: It won’t.

    We investigated the definitive numbers for 2024 and 2025, and the data tells a different story. We aren’t in a winter; we are in a permanent climate shift. For Singapore’s founders, understanding this distinction is the difference between survival and extinction.

    The Ugly Numbers

    Let’s look at the cold, hard stats first. The drop isn’t a dip; it’s a cliff.

    • The Big Drop: Singapore’s overall tech funding crashed by 56% in 2024, falling to just $2.1 billion. To put that in perspective, that is a massive slide from $4.8 billion in 2023 and $8.1 billion in 2022.
    • Fintech Freeze: Southeast Asia’s darling sector, Fintech, has been hit the hardest. Funding for the sector has dropped to its lowest levels since 2016. The days of raising millions on a pitch deck and a generic “buy now, pay later” thesis are effectively over.
    • Late-Stage Drought: The pain is most acute at the top. Late-stage investments plummeted by nearly 75%. The “mega-rounds” that used to make headlines every week have all but vanished.

    The “K-Shaped” Reality

    However, if you look closer, the “Winter” isn’t freezing everyone equally. The market has bifurcated into a brutal K-shaped recovery.

    Who is Freezing (The Bottom Leg of the K):

    • Consumer Apps: E-commerce, food delivery, and “Uber for X” models with negative unit economics.
    • Me-Too Fintech: The 50th digital wallet or payment gateway.
    • SaaS without AI: Generic B2B software that doesn’t leverage proprietary intelligence.

    Who is Heating Up (The Top Leg of the K): While general tech funding slumped, Deep Tech is proving to be the exception.

    • Deal Volume is UP: While the dollar amount dipped slightly, the number of deals for early-stage emerging tech startups actually increased in 2024 (rising from 49 to 56 deals). This means VCs are still writing checks—they are just writing them for harder, more defensible problems.
    • Strategic Sectors: Advanced Manufacturing and Sustainability are leading the resurgence. These sectors are seeing renewed interest because they align with global demands for supply chain resilience and decarbonization.
    • Government “Dry Powder”: The Singapore government isn’t sitting on the sidelines. They recently injected an additional S$440 million into the Startup SG Equity scheme specifically to attract more global VC investment into deep tech.

    The Rise of “SG Growth Capital”

    One of the most significant shifts for 2025 is the consolidation of government funding power. The merger of EDBI and SEEDS Capital into the new SG Growth Capital entity is a game-changer.

    This signals a streamlined approach to backing high-potential startups. It effectively creates a massive “sovereign safety net” for companies building critical capabilities—semiconductors, biotech, and clean energy—that commercial VCs might deem too risky in this climate.

    How to Survive the Ice Age

    1. Forget “Growth,” Worship “Gross Margin”: In 2021, you were valued on GMV (Gross Merchandise Value). In 2025, you are valued on Gross Profit. If your unit economics don’t work today, you won’t get a Series A.
    2. Hunt for “Sovereign Money”: Don’t just pitch VCs. Pitch the national interest. Does your startup help Singapore secure its food, water, or energy? If yes, target SG Growth Capital.
    3. Get Technical: The data shows that “Emerging Tech” is resilient while “General Tech” is collapsing. If your “AI Startup” is just a wrapper around OpenAI’s API, you are vulnerable. Build proprietary IP that justifies a valuation premium.

    The Verdict

    The “Funding Winter” is really just a return to sanity. The tourists have left the building. What remains are the serious builders and the serious investors.

    If you are building something real, there has never been a better time to be in Singapore. The check sizes might be smaller, and the diligence harder, but the capital is there for those who can prove they aren’t just melting ice.


    Sources & References

    1. Singapore Business Review: Singapore’s tech funding drops 56% to $2.1b in 2024
    2. The Business Times: Funding for fintech in South-east Asia drops to lowest level since 2016
    3. Tracxn Report: Singapore Tech Annual Report 2024
    4. SGInnovate: Advanced Manufacturing and Sustainability lead emerging tech startup funding
    5. Enterprise Singapore: Additional S$440 million in funding to drive growth of deep tech

    Here is the final, polished article. I have kept the narrative text completely free of links and consolidated everything—both the external data sources and your internal platform links—at the very bottom for a clean reading experience.


    Title: The “Funding Winter” is a Myth. It’s Actually an Ice Age for Mediocrity.

    Date: 13 December 2025 Category: Market Analysis

    If you have tried to raise a Seed or Series A round in the last 6 months, you have felt it. The emails go unanswered. The due diligence drags on for months. The valuations are… humbling.

    Everyone calls it the “Funding Winter.” But that implies it’s just a season that will pass, and soon the warm sun of “growth-at-all-costs” capital will return.

    Newsflash: It won’t.

    We investigated the definitive numbers for 2024 and 2025, and the data tells a different story. We aren’t in a winter; we are in a permanent climate shift. For Singapore’s founders, understanding this distinction is the difference between survival and extinction.

    The Ugly Numbers

    Let’s look at the cold, hard stats first. The drop isn’t a dip; it’s a cliff.

    • The Big Drop: Singapore’s overall tech funding crashed by 56% in 2024, falling to just $2.1 billion. To put that in perspective, that is a massive slide from $4.8 billion in 2023 and $8.1 billion in 2022.
    • Fintech Freeze: Southeast Asia’s darling sector, Fintech, has been hit the hardest. Funding for the sector has dropped to its lowest levels since 2016. The days of raising millions on a pitch deck and a generic “buy now, pay later” thesis are effectively over.
    • Late-Stage Drought: The pain is most acute at the top. Late-stage investments plummeted by nearly 75%. The “mega-rounds” that used to make headlines every week have all but vanished.

    The “K-Shaped” Reality

    However, if you look closer, the “Winter” isn’t freezing everyone equally. The market has bifurcated into a brutal K-shaped recovery.

    Who is Freezing (The Bottom Leg of the K):

    • Consumer Apps: E-commerce, food delivery, and “Uber for X” models with negative unit economics.
    • Me-Too Fintech: The 50th digital wallet or payment gateway.
    • SaaS without AI: Generic B2B software that doesn’t leverage proprietary intelligence.

    Who is Heating Up (The Top Leg of the K): While general tech funding slumped, Deep Tech is proving to be the exception.

    • Deal Volume is UP: While the dollar amount dipped slightly, the number of deals for early-stage emerging tech startups actually increased in 2024 (rising from 49 to 56 deals). This means VCs are still writing checks—they are just writing them for harder, more defensible problems.
    • Strategic Sectors: Advanced Manufacturing and Sustainability are leading the resurgence. These sectors are seeing renewed interest because they align with global demands for supply chain resilience and decarbonization.
    • Government “Dry Powder”: The Singapore government isn’t sitting on the sidelines. They recently injected an additional S$440 million into the Startup SG Equity scheme specifically to attract more global VC investment into deep tech.

    The Rise of “SG Growth Capital”

    One of the most significant shifts for 2025 is the consolidation of government funding power. The merger of EDBI and SEEDS Capital into the new SG Growth Capital entity is a game-changer.

    This signals a streamlined approach to backing high-potential startups. It effectively creates a massive “sovereign safety net” for companies building critical capabilities—semiconductors, biotech, and clean energy—that commercial VCs might deem too risky in this climate.

    How to Survive the Ice Age

    1. Forget “Growth,” Worship “Gross Margin”: In 2021, you were valued on GMV (Gross Merchandise Value). In 2025, you are valued on Gross Profit. If your unit economics don’t work today, you won’t get a Series A.
    2. Hunt for “Sovereign Money”: Don’t just pitch VCs. Pitch the national interest. Does your startup help Singapore secure its food, water, or energy? If yes, target SG Growth Capital.
    3. Get Technical: The data shows that “Emerging Tech” is resilient while “General Tech” is collapsing. If your “AI Startup” is just a wrapper around OpenAI’s API, you are vulnerable. Build proprietary IP that justifies a valuation premium.

    The Verdict

    The “Funding Winter” is really just a return to sanity. The tourists have left the building. What remains are the serious builders and the serious investors.

    If you are building something real, there has never been a better time to be in Singapore. The check sizes might be smaller, and the diligence harder, but the capital is there for those who can prove they aren’t just melting ice.


    Sources & References

    1. Singapore Business Review: Singapore’s tech funding drops 56% to $2.1b in 2024
    2. The Business Times: Funding for fintech in South-east Asia drops to lowest level since 2016
    3. Tracxn Report: Singapore Tech Annual Report 2024
    4. SGInnovate: Advanced Manufacturing and Sustainability lead emerging tech startup funding
    5. Enterprise Singapore: Additional S$440 million in funding to drive growth of deep tech

    DeepTechSG Resources

  • Lam Capital Venture Competition 2026: A Bridge to Silicon Valley for Singapore Startups

    Lam Capital Venture Competition 2026: A Bridge to Silicon Valley for Singapore Startups

    The headline isn’t clickbait. If you are building in deep tech – specifically in AI infrastructure, advanced materials, or semiconductors – there is one room you need to be in this year.

    It’s not in a hotel ballroom in Marina Bay Sands. It’s in Fremont, California.

    Lam Capital, the venture arm of semiconductor giant Lam Research, has just opened applications for its 2026 Venture Competition. For Singaporean startups, this is more than just a pitch event; it is the most direct bridge to the heart of the Silicon Valley hardware ecosystem.

    The “Who’s Who” Factor

    The biggest challenge for Singapore deep tech startups isn’t technology; it’s access. You can build world-class tech in One-North, but selling it often requires shaking hands in the Bay Area.

    This competition solves the access problem in one afternoon. When you pitch at this event, you aren’t just facing Lam Research executives. The room is historically packed with decision-makers from the giants of the US tech world – think Intel, Microsoft, and NVIDIA – along with top-tier deep tech VCs who rarely fly 16 hours to Singapore for a demo day.

    The Opportunity: You are not just competing for the $250,000 investment prize (though that helps). You are competing for the business cards of the people who sign POs (Purchase Orders) and Series B checks.

    The 2026 Theme: “Building the AI Backbone”

    This year’s theme is tailor-made for Singapore’s current R&D strengths. They are looking for startups that enable the AI revolution from the hardware up:

    • AI for Materials Discovery: (A huge focus for our local universities)
    • Smart Manufacturing & Digital Twins: (Right in the Industry 4.0 wheelhouse)
    • Advanced Packaging: (The sector where Singapore is already a global leader)

    Why This Matters for Singapore

    We talk a lot about “ecosystem building.” But a true ecosystem isn’t an island. Singapore has successfully attracted Lam Research to build manufacturing capacity here (like their facility in Batu Kawan and partnerships with local suppliers). Now, it’s time for the flow to go the other way.

    This competition is a rare “fast lane” for Singaporean IP to get validated by US standards. A finalist spot puts a stamp of approval on your tech that is recognized globally, instantly de-risking you for other investors.

    The Details

    • Event Date: May 21, 2026
    • Location: Fremont, California
    • Application Deadline: Sunday, March 15, 2026

    DeepTechSG Verdict: If you have a prototype and a passport, applying is a no-brainer. The application takes a few hours; the network you build in that room could define your next decade.

    Apply Here via Lam Capital

  • Singapore’s RIE2030: The S$37 Billion Signal Every Deep Tech Founder Needs to Hear

    Singapore’s RIE2030: The S$37 Billion Signal Every Deep Tech Founder Needs to Hear

    If you thought the previous RIE2025 plan was ambitious, hold onto your lab goggles. The government has just dropped the details for RIE2030, committing a record S$37 billion to research and development from 2026 to 2030.

    That is a 32% jump from the last five-year tranche. But the raw number isn’t the real story here.

    For the deep tech ecosystem, this isn’t just “maintenance money.” It is a massive war chest designed to turn Singapore into a global node for high-stakes innovation. As reported by The Straits Times, the focus has shifted decisively towards value creation and economic resilience.

    Think of RIE2030 as the “Chilli Padi” of tech budgets: compact relative to the US or China, but potent, fiery, and impossible to ignore.


    💰 DeepTechSG Reality Check: The Inflation Factor

    Before we pop the champagne, let’s look at the real numbers. A dollar in 2021 isn’t worth a dollar in 2026.

    We ran the budget against Singapore’s cumulative inflation over the last cycle (approx. 18.8% from 2021-2025).

    • Nominal Increase: +32.1% (S28B➔S37B)
    • Inflation “Tax”: -18.8%
    • Real Growth: ~11.2%

    The Verdict: Even after stripping away the inflation noise, this budget represents a solid double-digit real-term increase in firing power. The government isn’t just maintaining the status quo; they are aggressively expanding the runway.


    At DeepTechSG, we have combed through the white papers so you don’t have to. Here is the comprehensive breakdown of what RIE2030 really means—and how to ensure your startup gets a slice of the pie.

    1. The Strategic Pivot: From “Research” to “Results”

    For decades, the narrative was about building capacity—getting the labs built and the PhDs hired. RIE2030 marks a definitive pivot. The new keyword is “Value Creation.”

    The government is no longer just interested in how many papers you publish in Nature. They want to know:

    • Can this be patented?
    • Can this be spun out?
    • Can this create jobs in Singapore?

    Insider Tip: If you are a researcher, the “publish or perish” mantra is dead. It is now “productize or perish.” The most attractive grants in this cycle will require a clear commercialization roadmap from Day 1.

    2. The “Flagship” Plays: Where the Big Money is Flowing

    The plan introduces the concept of “Flagships” and “Grand Challenges” to direct funding into specific, high-impact zones. If your startup operates in these lanes, your valuation just got a hypothetical bump.

    • The Semiconductor Flagship: With global supply chains fracturing, Singapore is paying a premium to lock in its relevance. The focus isn’t on competing with TSMC on 2nm nodes (a losing battle). Instead, the R&D dollars are flowing into Advanced Packaging, Photonics, and Heterogeneous Integration.
    • The Ageing Grand Challenge: We are getting older, faster than almost anywhere else. The government is pouring money into “Longevity” research. The focus is moving from treating sickness to extending healthspan—a massive green light for MedTech and “Silver Economy” startups.

    3. For Founders: Unlocking the “War Chest” (20%)

    Crucially, S$7.5 billion (20%) of the budget is earmarked specifically for Innovation and Enterprise (I&E). This is the pot that fuels venture building and deep tech clusters.

    • De-risking the “Deep” in Deep Tech: Founders in high-CAPEX fields (Climate Tech, Advanced Materials) often die in the “Valley of Death.” This allocation signals more aggressive “gap funding” to bridge you to Series A.
    • The “White Space” Wildcard: With S$6.4 billion (17%) set aside for “White Space” (emerging areas that don’t exist yet), nearly 40% of the budget is flexible fuel for the unknown.
      • The Opportunity: If your startup idea is so weird it doesn’t fit into a standard grant category, do not give up. This fund is designed specifically for “moonshot” ideas that break existing categories.

    4. For Investors: The “Crowding In” Effect

    For VCs, incubators, and accelerators, RIE2030 is essentially a massive matching fund signal.

    • Co-Investment is King: The government wants private sector validation. Expect new schemes that match private VC capital with government grants.
    • The Talent Pipeline: 10% of the budget is dedicated to talent. The influx of funding for PhDs and research fellows ensures a steady stream of technical co-founders entering the market.

    5. What You Need to Do Next

    The money is there, but it won’t just land in your bank account. You need to position yourself in the path of the funding.

    1. Align with the Pillars: Review your pitch deck. Does your solution map onto one of the four key domains (Manufacturing, Health, Sustainability, Digital Economy)?
    2. Partner Up: The “Value Creation” focus favors consortiums. A startup partnering with A*STAR or a local university will likely have a higher win rate for grants.
    3. Get Connected: Don’t operate in a silo. Enter the DeepTechSG platform today to find the investors, projects, and startup partners that are already aligning themselves with these new RIE2030 priorities.

    The Bottom Line

    At roughly 1% of GDP, Singapore’s R&D spending puts it on par with small, advanced powerhouses like Sweden and Denmark. But RIE2030 is different. It is less about academic prestige and more about economic survival.

    For the DeepTechSG community, the message is simple: The infrastructure is being built. The capital is deployed. The safety net is wider than ever.

    The only question left is – what will you build?

  • SWITCH 2025: Deep Tech Takes the Stage in Singapore

    SWITCH 2025: Deep Tech Takes the Stage in Singapore

    Singapore is set to host SWITCH 2025 – the Singapore Week of Innovation and Technology, from 29 to 31 October 2025 at Marina Bay Sands Expo & Convention Centre.
    This 10th edition marks a decade of connecting science, engineering, and entrepreneurship, and coincides with Singapore’s 60th year of independence. Together, these milestones highlight Singapore’s role as one of Asia’s most active deep-tech innovation hubs.

    Link to Marina Bay Sands Convention Center on Google maps

    A Decade of Deep-Tech Growth

    Over the past ten years, SWITCH has evolved from a national initiative into a truly global platform for research translation and venture creation. It brings together government agencies, research institutions, corporates, startups, and investors to move technology out of the lab and into the market.

    The event is central to Singapore’s innovation strategy, serving as a bridge between public R&D and private-sector application. Each year, SWITCH accelerates collaboration between scientists, engineers, entrepreneurs, and industry leaders. Its focus remains on areas where technology can drive industrial transformation—robotics, artificial intelligence, advanced materials, quantum technologies, and biotechnology.

    Unlike many startup exhibitions, SWITCH is designed for depth. It is about systems, not slogans; prototypes, not pitches. It draws those who are working on long-horizon challenges and creating technologies with real technical complexity and commercial potential.

    What’s New at SWITCH 2025

    Main Stage and Global Forums

    The main stage will feature thought leaders from across the world discussing how deep technologies are reshaping manufacturing, mobility, healthcare, and sustainability. Topics will include the future of embodied AI, quantum computing, industrial automation, and climate-tech solutions. These sessions are designed to provide both strategic context and practical insight into how innovation is deployed at scale.

    SWITCH Beyond

    The SWITCH Beyond programme continues to be the technical heart of the event. It offers deep-dive masterclasses led by experts in robotics, quantum systems, advanced manufacturing, and biomedical science. These sessions go beyond trendspotting—they dissect engineering challenges, business models, and scaling strategies. For founders and engineers, SWITCH Beyond is where ideas become implementable roadmaps.

    Exhibition and Innovation Marketplace

    More than four hundred exhibitors from around the world are expected to take part, representing startups, universities, research labs, and large corporates. The exhibition floor is structured as a marketplace for collaboration, where applied research meets industrial needs. Demonstrations, prototypes, and pilot systems provide tangible proof of progress in fields from automation and materials science to digital health and clean energy.

    SLINGSHOT 2025

    The annual SLINGSHOT competition remains one of the highlights of SWITCH. Thousands of startups apply from around the world, with sixty finalists invited to pitch live in Singapore. The competition offers founders not just exposure to investors, but opportunities to secure pilots, partnerships, and direct support from corporate innovation teams. Many previous winners have gone on to secure funding or international expansion following their appearance at SWITCH.

    Global Market Access and Matchmaking

    SWITCH 2025 includes dedicated programmes to connect innovators with opportunities across more than fifteen global markets. Market-access tracks and curated networking sessions will help startups explore international expansion, regulatory requirements, and potential partnerships. For Singapore-based founders, this is an unmatched opportunity to reach beyond the region.

    Youth, Community and SG60 Focus

    Because the 2025 edition coincides with Singapore’s 60th anniversary, SWITCH will also feature community-focused activities and youth innovation showcases. These segments aim to inspire the next generation of scientists and engineers while celebrating the role of research and technology in Singapore’s national story.

    Why SWITCH 2025 Matters

    For deep-tech founders, SWITCH is not just a conference—it is an ecosystem accelerator.

    Depth of Dialogue
    The event provides the rare chance to discuss engineering-level detail in an environment where technical expertise is valued. It brings together specialists who understand the timeframes, costs, and complexity of building deep-tech ventures.

    Pilot and Commercialization Opportunities
    Corporates and government agencies attend SWITCH looking for technologies ready for proof-of-concept or pilot deployment. For startups, this means real prospects for collaboration and validation.

    Investor Access
    Global venture firms and deep-tech investors are consistently present at SWITCH. For companies seeking funding for hardware, manufacturing, or applied research, the event provides direct visibility to investors who understand the long game of deep technology.

    Global Reach
    SWITCH strengthens Singapore’s position as the gateway between Asia and the world. Its international delegations and cross-border initiatives help founders access new markets, research partnerships, and production ecosystems.

    How Deep-Tech Founders Can Maximize SWITCH

    1. Plan Your Agenda Around Your Domain
      Identify masterclasses and talks most relevant to your field—robotics, AI, materials, or quantum—and reserve time for meaningful engagement.
    2. Show, Don’t Tell
      Prepare prototypes, models, or visual demonstrations. SWITCH is a hands-on event where technical readiness speaks louder than slides.
    3. Build Relationships in Advance
      Use SWITCH’s networking tools to pre-book meetings with potential partners and investors. A focused schedule yields far more results than spontaneous networking.
    4. Engage with International Delegations
      Explore opportunities to collaborate or co-develop technology with overseas accelerators, corporate labs, or research agencies represented at the event.
    5. Create Post-Event Momentum
      Capture insights, summarize key trends, and follow up with contacts after the event. The real value of SWITCH often comes in the weeks that follow, when discussions turn into partnerships.

    The Broader Context

    SWITCH 2025 represents more than an annual meeting—it reflects the trajectory of Singapore’s innovation economy. Over the last decade, deep technology has become central to national competitiveness, driving productivity in manufacturing, sustainability, and healthcare. SWITCH provides a visible focal point for these ambitions, linking policy, research, and enterprise.

    The event also demonstrates the maturity of Asia’s deep-tech ecosystem. From venture funds dedicated to hard science startups to corporate R&D partnerships, the region now supports innovation that rivals the most advanced markets globally. SWITCH 2025 is both a celebration of that progress and a catalyst for its next phase.

    Conclusion

    SWITCH 2025 is set to be the most comprehensive edition yet—a convergence of research excellence, technical innovation, and global collaboration. For scientists, founders, and corporates building the future of deep technology, it offers unmatched access to knowledge, capital, and partnerships.

    As Singapore marks both its 60th year and a decade of SWITCH, the event stands as proof of what sustained investment in innovation can achieve. It is where new technologies move from the lab to the factory floor, from concept to market—and where the future of deep tech begins.

    References and Useful Links