Pilon Laboratories careers

The global financial system runs on cryptographic keys that were never designed to survive a quantum computer.

RSA and ECDSA — securing SWIFT messaging, RTGS settlement rails, and institutional custody — will be broken by a cryptographically-relevant quantum computer within the next decade. Nation-state adversaries are already harvesting encrypted financial communications today to decrypt them retroactively when that threshold arrives. The NIST migration deadline is 2030. Most institutions haven't started.

The conventional solution — swapping in a new algorithm — doesn't fix the deeper problem. Private keys stored in HSMs for months or years remain a concentrated, long-lived attack surface regardless of which algorithm protects them.

We built something different.

The Quantum State Key does not live in silicon. Before the ceremony, it exists in the quantum field — the same probabilistic substrate from which its entropy is drawn — undefined, unobservable, and completely partitioned from the physical world. No hardware holds it. No drive that was made by any human stores it. It cannot be targeted because, outside the ceremony window, it has no known definite location in the physical universe.

At the moment of authorization, quantum entropy collapses into a specific ML-DSA-87 keypair. The key signs the transaction. In under 0.01ms, it is cryptographically destroyed — not archived, not moved, not cold-stored — dissolved back into the quantum field from whence it came. The silicon that processed it retains nothing. The ceremony closes. The key is, once again, nowhere and everywhere.

The attack surface of a persistent key does not merely shrink. It does not exist. We call this Chrono-Isolated Secrecy™.

The PALLAS Auth SDK is deployable today on existing infrastructure with zero modification to payment rails, database schemas, or clearing systems.

Two CIPO patents filed. Live benchmarks published. Applications active in financial services, government, and defence.