imagine discovering that your security system needs an urgent upgrade, but you can’t implement it until another system you’re connected to is ready. that is a challenge worth thinking about in blockchain infrastructure. quantum readiness isn’t just about finding better cryptography. It’s also about having the flexibility to implement changes when they’re needed. this is part of the conversation around Starknet exploring an independent Layer why does that matter? when a network depends on another blockchain for aspects of its security architecture, some changes may depend on the underlying network’s upgrade schedule and decisions. an independent L1 could give Starknet greater control over its own protocol and the timing of core security upgrades. that autonomy matters when the cryptographic landscape is evolving. researchers are exploring post-quantum alternatives today, but integrating new cryptography into a blockchain takes careful engineering, testing, and coordination. having greater control over the upgrade process could help a network respond to those developments on its own terms. there is an important distinction here: exploring an independent L1 doesn’t mean Starknet has already completed that transition, and it doesn’t automatically make the network quantum-resistant. the value lies in the possibility of having more control over how and when the underlying infrastructure evolves. because security isn’t only about choosing the right technology. It’s also about having the ability to change that technology when circumstances demand it. That is why Starknet’s exploration of an independent L1 is worth following.