They'd have to have a system by which the hit they are about to take is mitigated by what the mitigation value of their HP as it would be if the hit went through. This should solve the problem below
Describing the problem:
(We assume there is a new tank that has greater mitigation the lower their HP is)
(We assume for simplicity that this mitigation is linear between [0% mit] to [50% mit], and relates to the Tank's HP between [100% hp] to [0% hp])
(Lastly, let's assume the tank has 1,000 HP)
If the Tank is full HP receives a hit from the boss that does 900 damage. They are now at 100hp, and their mitigation is now at 45%. The tank buster that hit them for 900 damage was unmitigated by the Tank's passive due to the fact that it front-loaded all of that damage.
If the Tank is at 900 (90%) HP when he receives that same hit for 900 damage, that hit would be mitigated by 5% due to their passive mitigation they gained from being at 90% HP, therefore making the hit do 855 damage instead, and letting them live with 45 HP.
Solution, as described in the beginning: Mitigation for this theoretical new Tank (Or let's be honest, DRK, since they're sorely lacking), should be calculated based on the damage of the pre-mitigated hit against their current HP, prior to damage being applied. Then their mitigation reduces the incoming damage appropriately.
What does the above scenario look like under this system?
Tank, 1,000 (100%) HP, incoming tankbuster for 900 (90%) damage.
IncomingDamage * ( 1 - ( 0.5 * ( 1 - (( CurrentHP - IncomingDamage ) / MaxHP ))))) = PostMitDamage
900 * ( 1 - ( 0.5 * ( 1 - (( 1000 - 900 ) / 1000 ))))) = 495
The 900 damage is turned into a 495 damage hit. This way, regardless of the size of the hit, monsters can't 'skip' the tank's mitigation, and in fact it would be more effective to load on more frequently smaller ticks of damage against this tank for the same time expenditure value per hit. New encounters could be tooled to allow different tanks to shine in different ways, all useful, but different in their application of their survivability.

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