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That day is nowhere near IMO and maybe we won't see it in my lifetime.
I think there is a reasonable argument to be made that maybe bitcoin needs to move faster now than it should in the future, and the cost of having the community remain vigilant against harmful changes is worth the extra speed. The question then becomes, does doing soft forks more often make things go faster? Its not clear to me that the answer is yes.
> This is not possible in a decentralized network like Bitcoin and makes no sense.
Why do you think that its not possible? I completely disagree. The bitcoin community has already come up with cultural norms like this, like the idea of doing soft forks instead of hardforks wherever possible. Its impossible to prevent others from doing otherwise, but its completely possible and desirable for the bitcoin community to adopt standards that we attempt to adhere to.
> More changes bundled require more review and still more probability to have bugs.
I already addressed this in my previous email. Why do you think there is more to review in a soft fork with two bundled changes than in two separate concurrent soft-fork activations using BIP8 or BIP9? Both require both changes to be in the software and both require testing to ensure that the changes interact appropriately. The difference is that in the second case, you have to test all combinations of which order the proposals activate in.
And let's consider the easiest case of change A, then soft fork 1, then change B, and soft fork 2. Change A needs to be tested all on its own, and change B when it comes along also then needs to be tested on code that already has change A. If the changes are bundled, the same procedure needs to happen. You just avoid having to do soft fork 1.
> BIP 8 with LOT=TRUE was a better activation mechanism
I completely disagree, but that's not relevant to this topic.