GE Aerospace joins AI safety consortium

The Artificial Intelligence Safety Institute Consortium (AISIC) was created earlier this year by the National Institute of Standards and Technology (NIST).

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GE Aerospace, one of the aviation industry’s top artificial intelligence (AI) patent holders, has signed on as a member of the National Institute of Standards and Technology’s (NIST) AI Safety Institute Consortium (AISIC). The AISIC was established earlier this year, with the goal of bringing together AI developers in industry, government, academia, and civil society organizations to develop guidelines and policies to promote the safe and responsible use of AI.

GE Aerospace joins a group of 280 member organizations committed to developing new guidelines and standards, promoting the safe and trustworthy application of AI.

Paul Ardis, Technology Manager for AI & Computer Vision Technologies for GE Aerospace's Research Center, who will lead GE Aerospace’s participation on the Consortium, says AISIC’s mission is perfectly aligned with the company's rigorous governance practices around AI developments, stating, “In everything GE Aerospace does, it’s always safety first and our approach to new AI developments is no different. We have a robust AI Board in place that already is thinking through and has established guiding principles around how we develop and deploy AI in the safest, most responsible ways.”

Ardis added, “We look forward to sharing the learnings and perspectives of our AI Board with the AISIC, and in turn, we’re eager to learn from through the Consortium how we can continuously improve our management of new AI developments and applications.”

Ardis noted that GE Aerospace applied a lean + digital mindset that always emphasizes safety first to guide AI developments. Over the past decade, GE Aerospace has more than doubled its investment in AI technology, positioning the company as one of the top AI patent holders within the aviation industry. Today, GE Aerospace is using AI to enhance everything from engine monitoring and part inspections to delivering insights for airline customers to enable predictive maintenance measures and new ways to optimize fuel efficiency and safety.