Earth Venture Capital's Roadmap for De-Risking SMR Deployment in Southeast Asia sets out four overlapping phases across roughly five years: Foundational Design (Years 0–2), Institutional Mobilization (Years 1–2), Bankability & Market Structuring (Years 2–4), and Pilot Deployment (Years 3–5). The framework exists because SMR programmes in the region fail on sequencing more often than on ambition — governments routinely attempt financing structures before licensing pathways exi

Earth Venture Capital's SMR–Data Center Financing Decision Tree routes a project to one of seven financing and ownership structures — Nuclear-as-a-Service, Long-Term PPA, Consortium Offtake, Government Anchor Offtake, Developer–Utility Joint Siting, Behind-the-Meter Deployment, BuildCo/OpCo separation, or Single-Entity Ownership — based on four sequential questions about risk tolerance, offtake concentration, public-sector participation and grid access. The framework exists t

Earth Venture Capital's SEA Market Entry Matrix for SMR Providers plots Southeast Asian markets against two variables — data center demand and regulatory readiness — producing four distinct strategic plays: Foundation Building, Market Activation, Partnership Structuring, and Development Readiness. The framework exists because SMR developers routinely misread the region as one market. It is not. High demand with low regulatory readiness requires an entirely different sequence

Earth Venture Capital's SMR Bankability Assessment Radar scores a Small Modular Reactor project across four dimensions — standardization, risk allocation, offtake certainty, and government backstops — on a 1-to-5 scale running from Insufficient to Financeable. A project enters the Bankable Zone only when it scores 4 or 5 on all four axes. The framework exists because SMR bankability depends far less on the reactor and far more on how financial, regulatory and contractual risk

A new strategic report from Earth Venture Capital, Nuclear Energy Fuels the AI Boom in Southeast Asia Data Centers, makes this case in detail. Drawing on 15 in-depth interviews with policymakers, data center operators, investors, SMR developers and other domain experts across six ASEAN countries—Singapore, Malaysia, Indonesia, the Philippines, Thailand, and Vietnam—the publication offers a comprehensive analysis of how nuclear energy could become the backbone of Southeast Asi

Six Southeast Asian countries are moving toward nuclear power, and none of them are at the same stage. Earth Venture Capital's Nuclear Regulatory Readiness Map sorts Vietnam, the Philippines, Indonesia, Thailand, Malaysia and Singapore into three tiers — Advanced, Emerging and Exploratory — based on legal framework maturity, published capacity targets and deployment pathway clarity. The map, current as of March 2026, is the first framework to grade ASEAN nuclear readiness on

When you look at Earth from above, the planet feels both infinite and impossibly delicate. From orbit, patterns emerge that are invisible on the ground: forests thinning before chainsaws arrive, ice retreating long before coastlines flood, emissions rising where no smokestack can be seen. This is the power of Earth Observation (EO) — turning the planet into a living dataset. And as climate risks accelerate, one question becomes unavoidable: What if the key to climate action s

Steel is everywhere, in our buildings, our cars, our infrastructure, our appliances. It’s the backbone of modern life. But here’s the steel's hard truth most people don’t know: Iron and steel production accounts for around 11% of all global CO₂ emissions. How Steel Is Made and Why It Pollutes So Much Steel starts with iron. Pure iron is soft, so manufacturers add carbon and other alloying elements to make it stronger and more versatile, turning it into the steel we rely on ev

We’re back with Season 2 of Science Decoding , where we decode the science shaping our planet’s next chapter. First up: Small Modular Reactors (SMRs), the quiet disruptors redefining nuclear power for the climate age. From Fear to Innovation Nuclear power has a complicated legacy — Chernobyl, Fukushima, and Three Mile Island still shape public perception. Yet the nuclear sector has spent decades learning from those failures. Enter Generation IV Small Modular Reactors — compac

As the global economy enters a decisive era of energy transition, the question is no longer whether climate solutions are possible, but whether they can scale fast enough. Climate Capitalism is a climate and business book that explores this challenge through real-world stories of markets, policy, and innovation. Earth VC has translated the Vietnamese edition of Climate Capitalism, written by journalist and climate commentator Akshat Rathi, published locally as Tư Bản Khí Hậu.

Launching a climate deep tech startup in Southeast Asia is no easy feat. Unlike software ventures, these companies face development timelines twice as long, require significantly more capital, and often take 7–10 years to commercialize. Yet the opportunity is real. In 2024, climate tech investment in Southeast Asia reached $26 billion, with capital flowing into clean energy, alternative fuels, and decarbonization technologies. Still, climate deep tech companies remain underfu

When you think of collagen, you probably picture glowing skin. The truth? Traditional collagen production comes at a cost—it still relies on cows, pigs, or fish, sourced from slaughterhouses and industrial fisheries before being processed into powders and serums. Cambrium is reinventing the industry with NovaColl™, the world’s first micro-molecular, skin-identical collagen developed through AI in biotech and precision fermentation. The result? A sustainable, scalable, and ani