Efforts like this are well meaning, but only treat symptoms. The major impetus for watered down curricula is the very rational fear that large swaths of the student population will fail if expected to perform at the prior standards of rigor. Schools are not prepared to hold back massive numbers of kids, drop out proclivity for students held back rises, and teachers will be poorly evaluated by virtue of their students…
I don't think the previous standards of rigor were ever so high for most students.
When I was growing up in the 80s and 90s in the suburban working class Midwest, the vast majority of the students in my high school didn't advance beyond algebra. This was in a well resourced school district.
But that was a time when it was felt that most people didn't even need to know anything past basic math to be employable. Times have changed of course, but the vast majority of educational paths, even STEM paths, don't require calculus.
However a great many do require basic data analysis abilities, so it's reasonable to emphasize those.
This shouldn't be done at the cost of offering calculus as an option for students who are prepared for and motivated to do it, though. Of course in the end this is about cost. Assuming the same resources, to teach a broader set of students data science will require reducing the availability teaching resources for something else.
I also recall that in the 1980s in some places there were programs that taught calculus at public community colleges for students who were on an accelerated academic path in high school. That is another option to consider.