I've been having this hard to articulate notion that humanity hasn't really begun to fathom the changes that will come with "cheap" launch vehicles.
We have better than half a century where space launch was so expensive, and so rare, that this had an impact on the payloads themselves. Perversely it caused the payloads to become so highly engineered (for a variety of reasons) that they also became ultra-expensive in-line with the launch vehicle and launch opportunity cost.
This also created a negative feedback loop that because the payload was expensive, the launch vehicle had to be extra reliable and thus cost more.
Think of the entire lifetime program expense (R&D, launch, repair, etc.) for the Hubble program, billions upon billions of dollars to basically put a large 1 MP sensor at the end of a tube with a digital radio for communications.
What would happen if this program cost went into hundred of launches, every month, for decades? We could launch not only an equivalent, but technologically improving payload every month? Why not make the device cheaper? Experiment a bit? Who cares if one fails? Maybe launch 2, 3, 4 at a time? Have constellations of Hubbles spread throughout the system? What if Hubble was 300 telescopes with massive 20MP sensors clustered into a distributed virtual telescope the size of the orbit of Mars?
When the launch costs, and cadence drop so low, it doesn't really matter if your satellite doesn't work because you didn't spend 15 years of R&D, and a billion dollars putting up as technologically "perfect" a device as possible, you fab another one, maybe with better parts, and put it up next month instead and write-off the couple hundred thousand as cost of doing business. It's all still cheaper than the alternative.
Smallsats were a kind of way to try to squeeze costs down by simply cutting capability, size, and power. But the cost of a smallsat in orbit was still dominated by the cost of the launch. What if you could launch a fully capable space platform (not a compromised small sat) for less than the cost of a shared-ride smallsat.
With the tonnage going up comes more capability as a by-product. The ISS took over 40 flights to get ultra expensive space hab parts into orbit. A SpaceX Starship might be able to life equivalent mass in 5 launches, at a fraction of the cost. What if, instead of one space station every 20 years, we get two per year?
We have no idea what's about to happen in the next decade.