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Title: QSymbolic Launches New Class of Software That Runs Quantum-Style Encryption on Classical Computers

Virginia Beach, VA, United States, 20th Jun 2025 – QSymbolic, founded by Francis X. Cunnane III, has developed a new kind of software that performs quantum-style encryption – without needing a quantum computer. The new system, called Symbolic BB84, uses a logic-based framework to mimic how quantum cryptography works. It can detect eavesdroppers and securely share encryption keys, just like quantum systems, but it runs entirely on classical hardware like laptops, servers, and mobile chips.“We’re showing that you don’t need lasers or other quantum hardware to simulate secure quantum behavior,” said Cunnane. “This opens the door to post-quantum security on everyday devices.”As quantum computing threatens traditional encryption, organizations are searching for future-proof alternatives. Symbolic BB84 offers a new option: post-quantum security that doesn’t require massive infrastructure investments or exotic hardware. Built on the Triangle Symbolic Processing Framework (TSPF), the system interprets quantum uncertainty as symbolic ambiguity — providing a unique approach to secure key distribution.What Makes It Different?No Quantum Hardware Needed: Symbolic BB84 uses symbolic logic instead of quantum physics.Quantum-Style Security: It imitates how real quantum systems protect secrets, using uncertainty and collapse-like behavior.Runs Anywhere: It can work on classical CPUs, embedded systems, or in secure hardware environments.Patent Pending & Publicly Available: Source code and academic paper are available for non-commercial use.Learn MoreGitHub Project: https://github.com/Frank-QSymbolic/symbolic-bb84Preprint PDF: https://github.com/Frank-QSymbolic/symbolic-bb84/blob/main/BB84_No_Quantum_Hardware.pdfAbout the CreatorFrancis X. Cunnane III is a U.S. Marine Corps veteran an...

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