Postquant Labs is building @quipnetwork, a post-quantum blockchain infrastructure, and co-founding the Quantum Alliance to establish shared security standards against quantum threats.
Their approach focuses on quantum-resistant cryptography at the protocol layer—not just theoretical promises, but verifiable, auditable defenses. As quantum computing advances (IBM's Condor at 1,121 qubits, Google's Willow achieving quantum error correction), current ECDSA and RSA encryption schemes face existential risk.
Postquant Labs is implementing lattice-based cryptography and hash-based signatures to future-proof blockchain infrastructure before quantum computers can break today's public-key systems. The Quantum Alliance aims to standardize post-quantum crypto adoption across chains.
Key question: Will legacy chains migrate in time, or will quantum-resistant L1s like $QUIP become the new security baseline?
Their approach focuses on quantum-resistant cryptography at the protocol layer—not just theoretical promises, but verifiable, auditable defenses. As quantum computing advances (IBM's Condor at 1,121 qubits, Google's Willow achieving quantum error correction), current ECDSA and RSA encryption schemes face existential risk.
Postquant Labs is implementing lattice-based cryptography and hash-based signatures to future-proof blockchain infrastructure before quantum computers can break today's public-key systems. The Quantum Alliance aims to standardize post-quantum crypto adoption across chains.
Key question: Will legacy chains migrate in time, or will quantum-resistant L1s like $QUIP become the new security baseline?