My paradox is this.
Even if we find a form of quantum encryption,
And quantum computing scales , it renders the current encryption obsolete.
There's no shifting. No pivoting, nothing....
Implementing quantum encryption can be quite complex, Thus the concern about its longevity and usability arises. If it becomes too unmanageable or resource-intensive, organizations might find themselves moving back to older methods, ultimately rendering the new technology obsolete before it can be fully adopted.
There is no way to apply it to current classical computing.
There's virtually infinite workarounds to "Pre-Layering"
Maybe encryption isn't what we need to be looking for in terms of security in the quantum realm.
Don't we think applying cryptographic algorithm that is resistant to quantum attacks can solve this security bridge. A decentralised trust models such as the known Blockchain technologies that are temper proof and trustless.