Independent inventor Peter Lablans has secured U.S. patent 12,476,789 for a cryptographic system designed to counter the looming quantum threat to secure communications. The innovation, called the Finite Lab Transform (FLT), integrates with post‑quantum key exchange to introduce real‑time agility into existing encryption protocols — without requiring new primitives.

“The FLT’s solution space exceeds 10^480 possibilities, driven by factorial explosion,” Lablans said. “Even if every atom in the universe were a quantum computer running for the universe’s lifetime, we would still be nowhere near exhausting the FLT solution space.”

How It Works

The FLT creates a massive solution space beyond brute force capabilities projected for even future quantum computers. Built on a reversible inverter transform derived from post‑quantum secure PKI keys (such as Kyber), it integrates seamlessly with AES‑GCM and ChaCha20. Its mathematical foundation leverages linear and non‑linear conjugation, including automorphisms, to ensure rigor and credibility for professional cryptographers.

Strategic Relevance

The Finite Lab Transform complements NIST’s framework for cryptographic agility by offering a deployable solution that:

• Enables session‑level cryptographic variation
• Provides novel entropy injection
• Supports compliance with emerging post‑quantum security standards
• Offers a practical path to quantum resilience without replacing existing infrastructure

Importantly, a dynamic self‑propagating algorithm enables transformations at the session, message, packet, and block level — a real-time agility that is completely novel.

Patent Disclosure

Patent No. US 12,476,789 covers functional transformations and automorphism‑based design generated from standard PKI shared keys, establishing FLT as a unique approach to quantum‑resilient cryptography.

Technical Kit

A technical information kit summarizing the Finite Lab Transform and PKI‑based key generation process is available at: www.labcyfer.com/fltkit.pdf.

Media Contact 
Peter Lablans 
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