Granted U.S. Patent

US 10,601,805 B2

Patent Title

Securitization of Temporal Digital Communications with Authentication and Validation of User and Access Devices

Status

Granted

Patent Type

U.S. Utility Patent

Grant Date

March 24, 2020

Inventor

Daniel Maurice Lerner

Assignee

IronClad Encryption

Priority Date

June 12, 2017

Abstract

The full abstract, detailed description, and claims for this granted patent are available on its official Google Patents record.

How It Works

A step-by-step walkthrough. It plays on its own, or click the dots and arrows to move through it yourself.

US 10,601,805 B2

Synchronized keys that are never transmitted

The foundation: both ends roll the same key in lockstep
YOUR DEVICE THE DOOR DASA records same records kept in sync only an ID + code travels, never the key ID + code rec # time rand gen rebuilds key rec # time rand gen rebuilds key same key, computed on both sides dynamic table look-up match advances → ← advances attacker replays the old code... ...rejected, both sides have moved on
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Imagine the door and your phone both running the exact same dice machine, started from the same seed. Every time you show up, each side independently rolls the next number, and the door opens only if your number matches what it just rolled too. The actual key is never sent through the air, each side computes it from the time, a record number, and shared randomness. So a hacker who records today's code gets nothing tomorrow, because both machines have already rolled past it.

  • DASA database split across your device and the door, kept in sync
  • Transaction-sequence codes checked by a dynamic table look-up
  • Five escalating security levels, up to a fresh key every transaction
  • Keys rebuilt from record number + time + random, never transmitted
Fields of Use

Technology areas where this patented method may apply.

  • Time-bound access control for enterprise and cloud systems
  • Multi-factor and device-aware authentication
  • Zero-trust session validation
  • Securing time-sensitive transactions
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