I spent the evening sketching the internal tumblers of a 19th-century Chubb detector lock

There is a comforting honesty in mechanical resistance; if you want to break a Chubb, you need a physical tool and a great deal of time. Contrast this with the digital house of cards we are currently building, where the looming shadow of Shor’s algorithm threatens to turn our most expensive private keys into open doors. We are told that blockchain is immutable, yet we are racing toward a quantum winter that could render today’s encryption as transparent as cheap glass.
It is a peculiar form of madness to store millions in assets on a ledger that relies on the temporary limitations of our current hardware. While the hype cycles focus on the next shiny token, I find myself looking for the architects who are actually planning for the physics of the next decade. If your security model doesn’t account for the day a computer can factor large primes in seconds, you aren’t investing; you are merely holding a spot in a very sophisticated queue for liquidation.