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Key people at Okolo.
Oklo Inc. develops and deploys advanced fission power plants, focusing on delivering clean, reliable, and affordable energy solutions. Their Aurora powerhouse utilizes a novel approach to nuclear fission, enabling inherent safety features while repurposing nuclear waste as fuel. This technology positions the company to provide sustainable and efficient energy generation for various applications.
The company was founded in 2013 by Jacob DeWitte and Caroline DeWitte. Their foundational insight stemmed from the potential to re-envision existing nuclear fission processes. They identified an opportunity to develop reactor designs that not only enhance safety but also address the significant challenge of nuclear waste by integrating it into the fuel cycle.
Oklo targets a range of entities requiring resilient and environmentally responsible power sources, from communities to various industries. The company's overarching vision is to transform the energy landscape by making advanced nuclear technology a widespread and accessible solution, contributing to a future powered by clean, reliable energy.
Key people at Okolo.
Oklo Inc. (NYSE: OKLO) is a California-based clean energy company founded in 2013, specializing in advanced fission power plants and nuclear fuel recycling to deliver emission-free, reliable, and affordable electricity at scale.[1][2][5] Its flagship Aurora powerhouse is a modular, inherently safe fast fission reactor producing 15-100+ MWe, operable on fresh, recycled, or down-blended nuclear fuel, with a build-own-operate model selling power via long-term purchase agreements (PPAs) for recurring revenue.[1][7] Oklo serves data centers, industrial customers, and utilities, addressing the surging demand for clean baseload power amid AI-driven energy needs, while commercializing fuel recycling to repurpose nuclear waste and build a domestic supply chain; it has achieved key milestones like DOE permits and NRC assessments, targeting first deployment in 2028.[1][5]
With 113 employees and a market cap over $12B as of late 2025, Oklo remains pre-revenue but shows strong investor interest, evidenced by high trading volume and partnerships with U.S. national labs.[2][3] Note: A separate Colombia-based startup named Okolo focuses on eco-friendly reusable diapers, but context points to Oklo Inc. as the primary match.[4]
Oklo was founded in 2013 in Sunnyvale (now Santa Clara), California, by nuclear engineers Jacob DeWitte and Caroline Cochran, who met at MIT and aimed to rethink fission for safer, more accessible clean energy.[1][2] Inspired by historical fast reactor designs but innovating with liquid metal cooling for inherent safety, the idea emerged from recognizing nuclear waste as an untapped fuel source amid growing clean energy demands.[7] Early traction included DOE site permits, selection for the DOE Reactor Pilot Program, and fuel recycling grants with national labs; going public via SPAC in 2024 accelerated progress toward commercialization.[1][5]
Oklo rides the nuclear renaissance fueled by AI data centers' insatiable clean energy needs—projected to consume 8% of U.S. power by 2030—where intermittents like solar fall short on reliability.[1][7] Timing is ideal post-IRA incentives and amid uranium supply constraints, with market forces like hyperscaler net-zero pledges (e.g., Microsoft, Google) favoring SMRs over fossil backups.[5] Oklo influences the ecosystem by pioneering waste-to-fuel, potentially slashing nuclear costs 50-80% long-term, and enabling energy abundance for tech innovation while bolstering energy security.[1][2]
Oklo is poised for 2027-2028 commercialization, with pilots scaling to gigawatt deployments if NRC licensing succeeds, potentially capturing a slice of the $1T+ advanced nuclear market.[1][3] Trends like AI electrification, fuel recycling mandates, and policy tailwinds (e.g., advanced reactor funding) will propel growth, though execution risks around regulation and first-of-kind costs loom.[3] Its influence could evolve from pioneer to scale provider, powering the next computing era and redefining nuclear as tech's baseload backbone—transforming "clean, reliable, affordable energy at scale" from vision to reality.[5][7]
