Exactly right, and it's a fascinating prospect. Earth like temperature and atmospheric pressure, and better protection from radiation than even Earth. Major advantages Venus has over Mars are that (1) it's closer, (2) aforementioned radiation protection, (3) no issue of aggressive bone decalcification.

Radiation on Mars is brutal and it doesn't get talked about enough. Anyone without sufficient protection from surface rays would have 5-10 years before they come down with some form of terminal cancer.

When Andy Weier went on book tour for Artemis he talked about how cities have to have an economic rationale for existing, which is why in his story, the Moon would be oriented around tourism. Venus seems to be disadvantaged in terms of having practically no access to rare or heavy metals because you can't safely get to the surface and even if you can, is basalt (which in many ways is great and chemically diverse and rich, like the nutritious potato of surface rocks, but it won't yield concentrated veins of valuable metal).

But what Venus does have is enough carbon ready to be processed into liquid fuel, while skipping complicated mining and extracting and refining processes that complicate the matter on Earth and would similarly complicate it from any other source in the solar system. You would have to source hydrogen from somewhere to synthesize fuel. But in a way that's an advantage, because you could source it from an asteroid, keep it in space, and just send up the carbon feedstock from Venus. You'd probably rather do it that way anyway, avoiding some of the more brutal costs of sending water weight in and out of the gravity well. So you pull the carbon feedstock from Venus, you synthesize fuel in space, and you're the premiere source of rocket fuel in the solar system. Economic rationale! The pin that might burst this bubble is that Venus's carbon feedstock advantage might not matter, because the water rather than the carbon maybe the more critical variable, and the second best options for sourcing carbon (mining, processing) may be good enough that Venus's advantage doesn't matter.

Then there's the buoyancy, another extreme eyebrow raising advantage given Venus's hellscape on the surface. It's remarkably easier to be buoyant on Venus than Earth, in some ways you could consider it an ocean planet, but it's an ocean of extremely thick air. Which is not only extremely important for any hypothesized floating settlements, but might open the door to buoyancy based passive dragnets to scrape and retrieve raw materials from the surface. But that too would hinge on having incredibly powerful carbon weaves netting and economics making it worth it. But still, there's something intriguing there.

Anyway, I feel like there's a wiiiide open lane in public communication and in hard sci-fi for a deep dive on Venus colonization, Kim Stanley Robinson style, and I just want someone to occupy that damn lane already.