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Oklo Inc
Previous close
$26.12
Day range
$24.40 - $27.00
Year range
$5.35 - $31.91
Market cap
3.08B USD
Avg Volume
14.02M
P/E ratio
-
Dividend yield
-
Primary exchange
NYSE
Financials
Income Statement
Revenue
Net income
(USD) | Sep 2024info | Y/Y change |
---|---|---|
Revenue | — | — |
Operating expense | 12.28M | 163.33% |
Net income | -9.96M | -14.90% |
Net profit margin | — | — |
Earnings per share | -0.08 | — |
EBITDA | -12.21M | -162.59% |
Effective tax rate | -2.31% | — |
Balance Sheet
Total assets
Total liabilities
(USD) | Sep 2024info | Y/Y change |
---|---|---|
Cash and short-term investments | 231.45M | 2,212.17% |
Total assets | 293.79M | 2,027.85% |
Total liabilities | 30.52M | -11.69% |
Total equity | 263.28M | — |
Shares outstanding | 122.10M | — |
Price to book | 12.09 | — |
Return on assets | -10.36% | — |
Return on capital | -11.50% | — |
Cash Flow
Net change in cash
(USD) | Sep 2024info | Y/Y change |
---|---|---|
Net income | -9.96M | -14.90% |
Cash from operations | -7.88M | -121.77% |
Cash from investing | -5.61M | -16,068.89% |
Cash from financing | -388.19K | -104.57% |
Net change in cash | -13.88M | -382.33% |
Free cash flow | -5.99M | -73.83% |
About
Oklo Inc. is an advanced nuclear technology company based in Santa Clara, California. Founded in 2013 by Jacob DeWitte and Caroline Cochran, both graduates of the Massachusetts Institute of Technology, the company designs compact fast reactors with the aim of providing clean, safe, and affordable energy.
Its chairman is OpenAI co-founder Sam Altman.
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 focused on selling power to customers, and its main product line for producing power is the Aurora nuclear reactor powerhouse product line. The Aurora powerhouse is a design for a small power plant to generate 15-50 MWe of electrical power via a Siemens or similar power generation system and utilizing a compact fast neutron reactor to produce heat. Fast reactors were first implemented in the 1950s, with around 20 in operation at a time, demonstrating safety benefits over thermal-neutron reactors. Wikipedia
Founded
2013
Website
Employees
78