Resilient

Systems

Capital

1990s: Climate Change

2030s: Resilience

The difference? Policy won’t drive demand—nature will.

Resilience is climate tech in the era of climate consequence.

Thematic Thesis

  • EXPONENTIAL ENERGY

    Building clean energy infrastructure and networks is non-optional. It is hard to overstate the economic opportunity associated with the growth of the energy sector through the 2030s.

  • RESILIENT SYSTEMS

    Hardier crop varieties currently cost $100M+ each; wildfire losses are 2-4% of the US GDP; the depth of human systems toxicity is just starting to be understood; resilient investment is 6x cheaper than cleaning up.

  • INFRASTRUCTURE AI

    AI that helps us measure & rebuild the world. From robotic automation to bio-manufacturing to planetary intelligence, AI is the definition of better, faster, cheaper. 

WHAT WE INVEST IN

FOUNDERS WITH GRIT, AUDACITY, AND INTEGRITY, BUILDING COMPANIES AROUND:


ENERGY SYSTEMS

Deliver reliable power through innovations in generation, storage, T&D, and security.


Efficiency, efficiency, efficiency for industrial manufacturing - to reduce waste and streamline processes.

INDUSTRIAL EFFICIENCY


INFRASTRUCTURE RESILIENCE

Technology that enables supply chains to stay online and rebound quicker from disruption.


INTELLIGENT OPERATIONS

Automating consultants. Processing planetary datasets. Defensible decision-making.


BIO-INDUSTRIAL SOLUTIONS

Replace conventional inputs with efficient, biology-driven processes and materials.


DETOXIFICATION & RECOVERY

Identify, remove, and remediate toxins from planetary & human systems.

Team

General Partner

SUNDEEP AHUJA

IAN CAMPBELL

Partner

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