OpenAI Touts New AI Safety Research. Critics Say It’s a Good Step, but Not Enough

OpenAI has faced opprobrium in recent months from those who suggest it may be rushing too quickly and recklessly to develop more powerful artificial intelligence. The company appears intent on showing it takes AI safety seriously. Today it showcased research that it says could help researchers scrutinize AI models even as they become more capable and useful.

The new technique is one of several ideas related to AI safety that the company has touted in recent weeks. It involves having two AI models engage in a conversation that forces the more powerful one to be more transparent, or “legible,” with its reasoning so that humans can understand what it’s up to.

“This is core to the mission of building an [artificial general intelligence] that is both safe and beneficial,” Yining Chen, a researcher at OpenAI involved with the work, tells WIRED.

So far, the work has been tested on an AI model designed to solve simple math problems. The OpenAI researchers asked the AI model to explain its reasoning as it answered questions or solved problems. A second model is trained to detect whether the answers are correct or not, and the researchers found that having the two models engage in a back and forth encouraged the math-solving one to be more forthright and transparent with its reasoning.

OpenAI is publicly releasing a paper detailing the approach. “It’s part of the long-term safety research plan,” says Jan Hendrik Kirchner, another OpenAI researcher involved with the work. “We hope that other researchers can follow up, and maybe try other algorithms as well.”

Transparency and explainability are key concerns for AI researchers working to build more powerful systems. Large language models will sometimes offer up reasonable explanations for how they came to a conclusion, but a key concern is that future models may become more opaque or even deceptive in the explanations they provide—perhaps pursuing an undesirable goal while lying about it.

Source : Wired