Being able to identify many such compounds very quickly implies some new threat models that are a bit disturbing.
Of the 40000 substances identified, perhaps one of them has another interesting characteristic we've never seen in a toxic compound before? Perhaps such characteristics could be idenfified and filtered for, and perhaps someone could pin down something entirely unique and outside of any threat-assessment anyone's produced.
>and not surprising at all
it's obvious in retrospect, but they claim that the threat vector had not been seriously concidered before, and I see no reason to doubt their assessment. Many things aren't surprising once they've been pointed out, but were missed for far too long beforehand, and I personally had never concidered this before, despite seeing multiple articles about AI-generated substances for positive purposes.
For example, is one of the super VX alternatives a good candidate for a binary type delivery? Where two or more compounds react on deployment to create the toxic version. Now you can have people safely (for some value of safe when performing organic chemistry) producing the components in many more laboratories
Being able to identify many such compounds very quickly implies some new threat models that are a bit disturbing.
Of the 40000 substances identified, perhaps one of them has another interesting characteristic we've never seen in a toxic compound before? Perhaps such characteristics could be idenfified and filtered for, and perhaps someone could pin down something entirely unique and outside of any threat-assessment anyone's produced.
>and not surprising at all it's obvious in retrospect, but they claim that the threat vector had not been seriously concidered before, and I see no reason to doubt their assessment. Many things aren't surprising once they've been pointed out, but were missed for far too long beforehand, and I personally had never concidered this before, despite seeing multiple articles about AI-generated substances for positive purposes.