StarBoy 🗽

The more i read about blockchain security, the more i think adaptability deserves as much attention as the cryptography itself. We spend a lot of time asking whether a system is secure today. But i think another question matters just as much: What happens when the technology changes and the security assumptions behind that system no longer look as reliable? That’s one reason @Starknet’s work on quantum preparedness caught my attention. Its native account abstraction allows accounts to operate as programmable smart contracts. In practical terms, that gives developers room to introduce different signature verification methods without necessarily requiring a network-wide upgrade. I find that flexibility interesting, especially when thinking about long-term security. Of course, there’s more to the picture. Signatures authorize transactions, while STARK proofs verify computation. Starknet’s hash-based STARKs provide a different cryptographic foundation, but that doesn’t mean every part of the network is quantum-safe. Ethereum also matters because Starknet currently operates as an L2. The exploration of an independent L1 makes the wider security discussion even more worth following. I don’t think anyone should pretend the quantum threat has been fully solved. There are still technical questions, dependencies and migration challenges to work through. But I’d rather see networks thinking about these problems early than treating them as something to worry about later. To me, that’s the bigger lesson: security isn’t just about what protects a network today. It’s also about how prepared that network is to change tomorrow. —> quantum.starkware.co … x.com/Starknet/statu