How does DAGKNIGHT adapt its confirmation rules to the network?

Unlike GHOSTDAG, DAGKNIGHT has no hardcoded parameter k, so it can adapt to the real k present in the network at any given time. In GHOSTDAG, k is a fixed value baked into the protocol that controls how the network orders parallel blocks — it cannot change without a protocol update. DAGKNIGHT removes that fixed ceiling, letting each client or wallet measure actual network conditions and set its own confirmation threshold accordingly, much like how some Bitcoin clients require 6 confirmations to consider a payment final while others require 30. For a beginner, this means DAGKNIGHT-based wallets will be able to tune their own safety thresholds rather than relying on a single number decided in advance by protocol designers.