Lockheed Martin is working with OpenAI to address complex mathematics and physics challenges tied to the advanced sensor capabilities of the F-35 fighter jet, according to Sarah Hiza, a senior vice president at the defense contractor. Hiza said the company has taken a model-agnostic approach to AI, using 55 different large language models across its business.
She said those tools are being applied in areas ranging from internal operations to autonomous weapons systems. Hiza also discussed the company’s testing process before deploying AI and pointed to the growing role of autonomy and manned-unmanned teaming in its work. The remarks were cited by Bloomberg Technology and relayed by Techub News.
Lockheed Martin is working with OpenAI to solve complex mathematics and physics problems related to the advanced sensor capabilities of the F-35 fighter jet, according to Sarah Hiza, a senior vice president at the company.
Hiza said Lockheed Martin has adopted a model-agnostic AI approach in its operations. The company has used 55 different large language models and applied the technology across a range of functions, from internal operations to autonomous weapons systems.
She also discussed the company’s testing process before AI deployment and said autonomy and manned-unmanned teaming are taking on a larger role.
The remarks were reported by Bloomberg Technology.
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