The Shift from Persuasion to Execution
The prevailing strategy in climate advocacy has long focused on achieving universal consensus—a "bringing everyone along" approach that Chi identifies as a fundamental strategic error. He posits that the effort spent attempting to reason with those who reject basic physical laws is a misapplication of energy that delays critical action. Chi draws a sharp parallel to aerospace engineering: one does not attempt to build a functional aircraft by first seeking the approval of those who do not believe flight is possible. Instead, the focus must shift toward securing the minimum necessary agreement to begin construction, allowing the eventual success of the machine to serve as the ultimate form of persuasion.
This philosophy of "stop postponing" characterizes Chi’s approach to both technology and venture capital. Having played pivotal roles in the development of Microsoft Outlook, Yahoo Search, and Google’s "moonshot" projects like Google Glass and self-driving cars, Chi views the climate crisis through the lens of a builder. At his firm, At One Ventures, he focuses on seed-stage funding for disruptive technologies that aim to make industries a net positive for nature. His perspective is rooted in the belief that when a discipline is truly advancing, its vocabulary becomes more technical and precise, moving away from moral posturing toward the mechanics of execution, finance, and regulation.
From Climate Change to Climate Destabilization
One of the central tenets of Chi’s work is the need for a linguistic evolution in environmental science and policy. He argues that the term "climate change" has been normalized to the point of being counterproductive, suggesting a gradual, manageable shift. In reality, the planet is experiencing "climate destabilization," a breakdown of the predictability that underpins modern civilization.
While the scientific community has historically focused on global temperature averages—such as the widely cited 1.5-degree Celsius threshold—Chi asserts that averages are a "trap." They mask the true threat: volatility. In engineering and finance, it is not the average condition that causes system failure, but the variance and standard deviation. Averages do not overwhelm municipal drainage systems; extreme, localized rainfall events do. Averages do not destroy agricultural yields; unseasonal frost and sudden heat domes do. By failing to track and communicate these extremes, Chi argues that the scientific and economic communities have underestimated how quickly disruptive events, such as catastrophic wildfires and flooding, would arrive.
The Economic Implications of Volatility
The transition from weather patterns to financial risk is most visible in the global insurance and reinsurance sectors. In Canada, for instance, the Insurance Bureau of Canada (IBC) has reported a significant surge in insured losses from catastrophic weather events. In the 1980s and 90s, annual insured losses averaged around $450 million (CAD). In the current decade, that figure frequently exceeds $2 billion, with 2023 seeing approximately $3.1 billion in insured damage.
As these losses become more frequent and harder to price, the financial burden migrates from the balance sheets of global insurers directly into the lives of citizens through rising premiums, higher deductibles, and the outright exclusion of certain risks. Chi points out that "destabilization" captures this migration of risk across systems: from the atmosphere to underwriting, from underwriting to housing costs, and eventually into the realm of political instability and socioeconomic inequality. When home insurance becomes unaffordable, the underlying asset—the home—loses value, threatening the primary source of wealth for the middle class.
A Chronology of Climate Response and the "One-Way Doorways"
The urgency of Chi’s message is underscored by a timeline of ecological tipping points, which he describes as "one-way doorways." His transition from a tech-centric focus to a climate-centric one was accelerated by witnessing the mass bleaching and death of coral reefs.
- The 1970s–1980s (Awareness): Early scientific consensus on the greenhouse effect began to form, but the discourse remained confined to academic and specialized circles.
- The 1990s–2000s (Globalization of Policy): The Kyoto Protocol and the formation of the IPCC brought climate change to the geopolitical stage, yet the focus remained on long-term averages and distant targets.
- The 2010s (Technological Maturation): Renewable energy costs (solar and wind) plummeted, proving that low-carbon alternatives could be economically competitive, yet capital continued to flow toward legacy extractive industries.
- The 2020s (The Era of Destabilization): Extreme weather events have become a constant feature of global news, shifting the conversation from mitigation to the immediate need for adaptation and resilience.
Chi warns that we are reaching points of no return. If the Amazon rainforest transitions into a savanna-like state due to deforestation and shifting rain patterns, the change becomes biologically and economically irreversible. The cost of restoration eventually exceeds the economic capacity of the human species, making the preservation of the "better state" a matter of immediate economic viability.
Economics as a Design Discipline: The 4Cs Rubric
Chi rejects the notion that the current economic system is governed by immutable natural laws. Instead, he treats economics as a design discipline—a system of rules, incentives, and governance that can be redesigned to finance durability rather than damage. To facilitate this redesign, he proposes an institutional capability set known as the "4Cs":
- Critical Thinking: The ability to interrogate the assumptions embedded in current risk models, particularly those that ignore the "killing edge" of volatility.
- Creativity: The development of new financing structures that bridge the "valley of death" for first-of-a-kind (FOAK) climate technologies, moving them from prototypes to massive deployment.
- Compassion and Community: Chi argues that the "soft stuff" is actually the hardest part of governance. The quality of relationships on a board of directors or within a government agency determines whether an institution can handle the emotional labor of making difficult, high-speed decisions without fracturing under conflict.
In Chi’s view, transitions fail not because the technology is absent, but because institutions lack the relational capital to navigate trade-offs. Trust is not a "nice-to-have" luxury; it is a form of capital that either compounds or collapses under the pressure of a destabilizing climate.
Implications for Future Governance and Investment
The path forward requires a fundamental shift in "builder behavior." This involves a procurement process that values long-term resilience over immediate unit cost and investment committees that treat adaptation as essential infrastructure rather than an afterthought.
The global financial sector is beginning to respond, albeit slowly. The Task Force on Climate-related Financial Disclosures (TCFD) and the emergence of ESG (Environmental, Social, and Governance) metrics represent early attempts to quantify climate risk. However, Chi’s analysis suggests these measures are insufficient if they continue to rely on "averages" rather than "variance." For "build back better" to be more than a political slogan, it must become the default operational mode for insurers, builders, and governments working in tandem.
Ultimately, the test of progress in the climate era will not be found in eloquent statements or international treaties. It will be found in the tangible actions of redesigning the invisible infrastructure of decision-making. As Chi concludes, the goal is to stop financing the destruction of the natural world and start investing in the tools that allow humanity to thrive within a destabilized, yet manageable, planetary boundary. The era of persuasion is over; the era of regenerative execution has begun.
