MANASSAS, Va. - Arizonar -- Paul McGough today released Enqpy™, a finite-key stream cipher he has spent roughly thirty years developing, together with the materials needed to examine it directly: the math proof, Formal Cryptographic Description, C reference implementation, test vectors and verification materials.

The release centers on a single checkable claim. Enqpy's proof asserts that ciphertext does not contain enough information to uniquely recover the underlying message — not that recovery is merely slow, but that the information needed to settle a single answer is not present. In Claude Shannon's terms, the proof claims the Ideal System property: secrecy that does not erode as computers get faster.

"A claim this size shouldn't be believed because I say so," said McGough, inventor of Enqpy™ and Founder Chair of the Enqpy™ Foundation. "So I've put the proof, the code, and the test vectors in the open. The right response isn't belief — it's examination. Proved, not assumed."

More on The Arizonar

• List2u Expands Healthcare Growth Focus Through Patient Discovery Strategy
• Search Is Broken. Curated Discovery Is the Future
• 20 Ways to Save Money Running a Van
• How Fortress Law Group Turned a DUI Arrest in Ohio Into a Full Acquittal at Trial
• Breaking the Silence: Tour Sparks National Conversation on Men's Mental Health and Domestic Abuse

Most encryption in use today protects information by relying on present-day assumptions about hardware, algorithms, and attack cost. As those assumptions change, protected data captured today can become readable later. Enqpy's published proof materials make a different kind of claim: that ciphertext is structurally underdetermined, leaving no unique message to recover no matter how much computation is applied.

The release is structured around review and stewardship, not a product splash. The Enqpy™ Foundation Inc. exists to preserve the public technical record, steward reference materials, and support independent verification. NQP LLC provides optional commercial engineering, implementation, licensing, and support for organizations deploying Enqpy in production. The cipher itself is free to use, port, and deploy at any scale — including commercially — under an irrevocable public patent non-assertion covenant.

To keep the record durable, the proof, construction materials, reference code, test vectors, and governance documents are mirrored through independent public archives beyond any single website, company, foundation, repository, or individual.

More on The Arizonar

• Logan Mascarenhas Enterprises Launches Equity-Free Grants For Youth Startups
• Mr. Hospital Bed Helps Home Care Buyers Find the Right Hospital Bed
• Able Rooter Expands Services to Offer Premium Water Heater Installation Across St. Louis
• Director Sean McNamara Reunites with Award-Winning Cinematographer Shawn Seifert for Upcoming Feature Home
• Women's Orchestra Of Arizona Kicks Off 10th Anniversary Season With High-Energy "Let's Dance"

McGough invites cryptographers, engineers, journalists, educators, and public-interest organizations to examine the claim directly and report what they find.

Public release: https://enqpy.com/announcement.html
Technical materials: https://enqpy.com/technical.html
Use Enqpy: https://enqpy.com/use.html

Media / technical / foundation inquiries:
Paul McGough
RPM@enqpy.com

About Enqpy™

Enqpy™ — pronounced "En-Q-P" — is a publicly released finite-key stream cipher and proof suite. The public record includes formal proof, a Formal Cryptographic Description, reference implementation, test vectors, verification resources, and independent archive links. Enqpy is released under a public-interest stewardship model through the Enqpy™ Foundation Inc., with optional commercial engineering and deployment support through NQP LLC (https://nqpllc.com).