This is borderline Misinformation. You are attempting to create an impression that there is no problem, and that everything has been or will be mitigated. Some choice quotes, with sources:

From that totally disreputable, clickbait publication, Science.org:

> The Rubin Observatory, with an 8.4-meter mirror that will take pictures of the sky the size of 40 full Moons in 30-second exposures, "is the perfect machine for running into these satellites," Tyson says.

> He and his team conducted simulations that suggested the track of a satellite image across their camera would saturate each camera pixel as it passes, and cause leakage into neighboring ones. The resulting artifacts "cannot be removed in software. We have failed in doing that," Tyson says. The team looked at altering schedules to avoid satellite trails, but with such a wide field of view, avoiding thousands of satellites would end up as "a wild goose chase," he says.

Speaking of the Rubin Observatory:

> Simulations of the LSST observing cadence and the full 42,000 SpaceX satellite constellation show that as many as 30% of all LSST images would contain at least one satellite streak. With constellations of 400,000 LEOsats, most images will have very bright streaks.

> Due to its rapid cadence, LSST cannot usefully avoid tens of thousands of LEOsats.

> Darkening satellites to 7th magnitude would simplify removal of some artifacts in LSST images, but there is no guarantee most of the satellites will be limited in brightness to fainter than 7th magnitude.

> The bright main satellite trail would still be present, potentially creating bogus alerts and systematics at low surface brightness. This is a challenge for science data analysis, adding significant effort and potentially limiting discovery of the unexpected.

> However there is a larger challenge: because of the unprecedented large samples, LSST science will be limited by systematics rather than sample variance (area incompleteness). Of concern are various systematic effects that do not simply scale with the number of lost pixels—in other words, the residuals from these mitigation strategies on the science cases for which LSST was designed. For example, the LSST ability to detect asteroids approaching from directions interior to the Earth's orbit may be severely impacted because those directions are visible only during twilight when LEO satellites are brightest—nearly every LSST image taken at this time would be affected by at least one satellite trail. [My emphasis added]

TLDR: I could provide further quotes, especially about the harm to radio astronomy, but the point here is that software can't remove the streak when the CCD has been saturated - that would be like dumping thousands of identical lemons into a bin that initially contains only one or two, shaking the bin vigorously, and then trying to identify the original occupants. This isn't about amateur astrophotography - this is about trying to identify transient phenomena that are captured in single exposures. No software in the world can undo the harm if hardware and physics don't allow for it.