Resilient

Systems

Resilience is climate tech in the era of climate, energy, and geopolitical consequence.

Thematic Thesis

EXPONENTIAL ENERGY

Building clean energy infrastructure and networks is non-optional in the AI era. 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.

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

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

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

Processing planetary datasets. Defensible decision-making.

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

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

General Partner

Sundeep previously founded Climate Capital, one of the most active early stage climate investors in the world. He's been in climate for 15 years and in tech for 25 years. Prior to becoming an investor he co-founded 3 companies (all exits).
He is a graduate of Stanford University and lives in Berkeley, CA.

Partner

Ian brings to RSC 5+ years of early-stage climate and energy investment on teams at MassCEC and Climate Capital. Previously, he drove research & adoption of technology for farmer profitability in both Ghana (Farmerline) and the US (Indigo).
He is a graduate of Northeastern University and lives in Seattle, WA.