We have 10 years to fundamentally transform energy, transportation, agriculture, and manufacturing. This isn't about incremental efficiency—it's about reinventing trillion-dollar industries. The climate transition will create more wealth than the internet. The problems are urgent, massive, and solvable.
Battery costs projected to decline 80% over the next decade. Distributed solar and microgrids are reshaping energy infrastructure. Build the storage layer.
Renewable energy is the cheapest power source, but its intermittency creates grid instability. A scalable, cost-effective storage solution is needed to unlock its full potential and ensure reliable energy supply.
Climate tech startups struggle to bridge the 'valley of death' between R&D and commercialization, hindering the clean energy transition. A new approach is needed to de-risk and accelerate scaling.
AI data centers need massive reliable power. SMRs offer cost-competitive, low-carbon baseload. Historical pre-regulation nuclear costs are being revisited. Build the energy for AI.
Battery costs projected to decline 80% over the next decade. Distributed solar and microgrids are reshaping energy infrastructure. Build the storage layer.
AI data centers need massive reliable power. SMRs offer cost-competitive, low-carbon baseload. Historical pre-regulation nuclear costs are being revisited. Build the energy for AI.
AI's insatiable demand for water in data centers is creating a global crisis. We need innovative solutions to decouple AI growth from unsustainable water usage before it cripples infrastructure and communities.
Current carbon removal technologies are insufficient to meet climate targets. A significant scaling challenge exists, demanding innovative solutions to remove gigatons of CO2 to mitigate climate change.
The global shipping industry is a top 6 emitter, producing 1 billion tons of CO2 annually. We are developing solutions to significantly reduce these emissions, tapping into a massive market driven by regulatory pressure and corporate sustainability goals.
Depleting topsoil reserves risk global food production collapse within 60 years. We need innovative solutions to reverse soil degradation and ensure sustainable agriculture for future generations.
Some problems are so large that solving them changes everything. Fusion energy. Brain-computer interfaces. Reversing aging. These aren't incremental improvements—they're civilizational shifts. We're looking for the technical breakthroughs and bold bets that seem impossible until they're inevitable.
The best businesses often start in markets that look too small. Vertical SaaS for dry cleaners. Tools for independent truckers. Software for yacht brokers. These niches are ignored by big companies but represent real pain for real people. Dominate a niche, then expand.
Work is being rebuilt from scratch. Remote collaboration. AI-augmented productivity. The death of the 9-to-5. The rise of the portfolio career. The companies that define how we work in 2035 are being built now. We're looking for the tools, platforms, and systems that will shape the next era of human productivity.
50 million people now consider themselves creators. Most make less than $500/year. The infrastructure is broken—discovery is algorithmic roulette, monetization favors platforms over people, and burnout is the norm. We need better tools for creators to build sustainable businesses around their work.
The science of aging is accelerating. Senolytics. Gene therapy. Epigenetic reprogramming. For the first time, extending healthy human lifespan is a serious engineering challenge, not science fiction. The companies solving these problems won't just build billion-dollar businesses—they'll change what it means to be human.
Financial infrastructure was built for a different era. Cross-border payments take days. 2 billion people are unbanked. Small businesses can't access capital. Crypto promised a revolution but mostly delivered speculation. We're looking for practical solutions that make money work better for everyone.