We can see things moving faster than light

There should be a value for the expansion of space, but that accelerated speed should also be compounded according to the distance of the object in question?? The farther the object the faster the acceleration is compounded?? The acceleration may be uniform at every point in space, but since an object twice the distance from us should have a doubled acceleration from an object at half its distance?? The acceleration should be uniform throughout because there is no center to the expansion?? If every point is receding from every other point then the rate of acceleration should be the same from every point?? Right?? But how do we know that there is an accelerated expansion?? Since a constant rate of expansion would also be compounded by distance?? Is that the reason why some speculate that dark energy doesn’t really exist?? I guess you could check if two points in space have an accelerated expansion but I guess that rate of acceleration would be very tiny, because if it wasn’t the galaxies would fly away from each other too fast?? But i guess we have the tech to detect it?? If you had three equally spaced points on paper you would be able to calculate the exact value of expansion due solely from a constant but compounded acceleration?? Then you could pick three equally spaced points in the actual space and any more added rate of expansion than that baseline would be the accelerated expansion between every two points in space??