Value2021202220232024TTMSelling/general/admin expenses———26.09 M56.03 MResearch & development———26.71 M41.54 MOperating income—-1.81 M-4.27 M52.8 M97.58 MNon-Operating Income, Total—7.21 M22.23 M20.13 M6.11 MInterest expense, net of interest capitalized—————Non-Operating Income, excl. Interest Expenses—7.21 M22.23 M20.13 M6.11 MUnusual income/expense—————Pretax income—5.4 M17.96 M72.93 M79.72 MEquity in earnings—————Taxes—1.47 M6.09 M683 K5.67 MNon-controlling/minority interest—————After tax other income/expense—————Net income before discontinued operations—3.93 M11.87 M73.62 M76.56 MDiscontinued operations—————Net income—3.93 M11.87 M73.62 M76.56 MDilution adjustment—4.54 M14.79 M——Preferred dividends—4.54 M14.79 M——Diluted net income available to common stockholders—3.93 M11.87 M73.62 M76.56 MBasic earnings per share (Basic EPS)—0.060.8-0.74-0.5Diluted earnings per share (Diluted EPS)—0.060.8-0.74-0.5Average basic shares outstanding—50 M118.74 M98.91 M527.47 MDiluted shares outstanding—50 M118.74 M98.91 M527.47 MEBITDA—————EBIT—————Cost of revenue—————Other cost of goods sold—————Depreciation & amortization (cash flow)———268 K461 K
Oklo Inc. Class A
Oklo Inc. is a designer of advanced nuclear reactors based in Santa Clara, California. Founded in 2013 by Jacob and Caroline DeWitte, Oklo Inc. focuses on fast-fission power plants. OpenAI co-founder Sam Altman served as Chairman of the Board of Directors, but stepped down in April 2025 to "avoid a conflict of interest ahead of talks between his company and the nuclear start-up on an energy supply agreement."
The company's name is derived from Oklo, a region in the country of Gabon, Africa where self-sustaining nuclear fission reactions occurred approximately 1.7 billion years ago.
Oklo's business model is aimed at developing, building, and operating fast-fission power plants to sell power to customers, and its main product line for producing power is the Aurora powerhouse product line. The Aurora powerhouse is a design for a small power plant to generate 15-75 MWe of electrical power using a fast neutron reactor to produce heat. Around 20 fast reactors have been tested since the 1950s, with over 400 reactor-years of cumulative operating experience.