Singapore Beyond 30 by 30
In November 2025, Singapore dropped its "30 by 30" target where the goal was for the country to be producing 30 percent of nutritional needs locally by 2030. The goal has now become narrower: 20 percent of fiber needs (leafy vegetables, sprouts, mushrooms) and 30 percent of protein needs (eggs and seafood) by 2035 [1][2].
Minister Grace Fu announced the change at the Asia-Pacific Agri-Food Innovation Summit on 4 November 2025, calling it the result of a year-long review, not a retreat [1]. Singapore still imports more than 90 percent of its food and has under 1 percent of its land available for farming [3]. High energy costs, high labor costs, and the difficulty of scaling high-tech farming in a tropical, humid climate made the original 2030 timeline unrealistic.
This piece lays out where things stand and what a workable path to 2035 looks like for domestic resilience.
Where things stand
As of 2024, local production covered 8 percent of fiber needs and 26 percent of protein needs [4]. Eggs did best, at roughly 34 percent self-sufficiency; vegetables and aquaculture lagged well behind [4].
The technology works. The SkyFarm Tower in Singapore's Jurong Innovation District runs rotating vertical towers on a low-energy hydraulic system, using gravity and a small hydraulic pump to cycle growing troughs through natural sunlight, each nine-meter tower draws about as much power as a light bulb [5]. Sustenir grows non-native crops like kale and strawberries indoors under LED lighting with hydroponics [6].
But several high-tech farms have shut down or scaled back because running costs exceeded projections [3]. The lesson: proven technology doesn't guarantee commercial viability. Heat, humidity, and expensive electricity are constraints that imported farming models didn't always account for.
The real constraints
Energy is the main one. Artificial lighting and climate control in a tropical climate drive up electricity costs, and most systems already recycle 90 to 95 percent of their water. Water isn't the bottleneck, power is.
Economics comes next. High upfront capital costs plus energy-sensitive operating costs stretch out returns compared to temperate-climate farms with cheaper power. Investors have grown more cautious about scaling risk.
Labor, regulation, and price competition with imports round out the list, though freshness and local origin can still command a premium in some segments.
Together, these explain the shift from a blunt "produce more" target to narrower, measurable goals.
What Singapore has going for it
Singapore is a useful test bed: solutions proven here under real tropical conditions transfer directly to other dense, humid cities across Southeast Asia, India, and parts of Africa.
The supporting ecosystem already exists. The Singapore Food Agency backs the sector. SingFarms, an NTU-led initiative with Wageningen University, NUS, and Temasek Life Sciences Laboratory, funded by the National Research Foundation, is working specifically on energy and water efficiency in urban farming [7]. The Green Plan 2030 gives this work a policy home: urban farms contribute to the "City in Nature" pillar, and efficiency gains support the energy transition and circular economy [8].
The bigger challenge is shifting from importer to exporter. Such ambition would be turning documented, tropical-tested know-how into a sellable product. Therefore insuring B to B and G to G reciprocal deals.
Roadmap, 2026–2035
1. Treat energy efficiency as the priority. Use solar power, and innovate. Scale up SingFarms' results. Favor hybrid systems that pair natural light with optimized LED, AI-driven climate control, and crop varieties bred for lower light intensity. Tie public funding to hard metrics like kilowatt-hours per kilogram produced, not just output volume.
2. Build shared economic models to save on costs. Singapore is already studying a multi-tenant facility model, where several farms share utilities, processing, and logistics to cut fixed costs [1]. Pair this with long-term retail contracts, traceability-based premium pricing, and data services as additional revenue streams.
3. Don't rely on large farms alone. Community, street and household-scale production, small hydroponic setups, low-cost sensors, simplified vertical systems, adds resilience and builds public buy-in alongside industrial-scale farms.
4. Aim at turning local know-how into an export product. Document what works and what doesn't, then package it: training, pilot projects, and partnerships in other tropical cities. Export models and expertise, not just equipment. We will reach higher, learn faster and have more weight abroad.
5. Tighten coordination and fix the metrics. Better alignment between SFA, research institutions, investors, and producers. Track energy intensity and skills development alongside output. Adjust policy on a real-world feedback loop, not a fixed multi-year plan.
Where this leaves Singapore
The 2025 revision is a correction, dropping a target that outsized the country's land and energy constraints in favor of ones it can actually hit. What determines the outcome now is execution: whether energy efficiency, shared infrastructure, and ambitious exportable know-how get built out with the same discipline as the original 30-by-30 ambition, or whether the sector just settles for a smaller number. We need entrepreneurs to run small and large projects.
The pieces, funding, research programs, and a Ministry-level mandate, are already in place. What's left is running them at scale.
References
[1] British Chamber of Commerce Singapore, "Singapore drops '30 by 30' farming goal, sets revised targets for fiber and protein by 2035," Nov 2025. https://britcham.org.sg/news/singapore-drops-30-30-farming-goal-sets-revised-targets-fibre-and-protein-2035
[2] Xinhua, "Singapore targets to locally produce 20 pct of fiber, 30 pct of protein by 2035," Nov 4, 2025. http://www.china.org.cn/world/Off_the_Wire/2025-11/04/content_118159044.shtml
[3] Asia Pacific Food Industry, "Singapore Revises Food Security Goal," Nov 5, 2025. https://www.apfoodonline.com/industry/singapore-revises-food-security-goal-new-fibre-and-protein-targets-set-for-2035/
[4] Wikipedia, "Agriculture in Singapore" (SFA 2024 production figures). https://en.wikipedia.org/wiki/Agriculture_in_Singapore
[5] EcoWatch, "World's First Hydraulic-Driven Vertical Farm Produces 1 Ton of Vegetables Every Other Day." https://www.ecowatch.com/worlds-first-hydraulic-driven-vertical-farm-produces-1-ton-of-vegetabl-1882095600.html; Sky Greens. https://www.skygreens.com/vertical-farming/
[6] PMC, "Safeguarding sustenance: Singapore's strategic commitment to enhancing food security through advancing food research and innovation." https://pmc.ncbi.nlm.nih.gov/articles/PMC12444370/
[7] Ibid. (SingFarms initiative details, NRF/NTU/WUR/NUS/TLL partnership).
[8] Wikipedia, "Singapore Green Plan 2030." https://en.wikipedia.org/wiki/Singapore_Green_Plan_2030