Data Theft Prevention
Prevent Optical Transmission Fiber Physical Tapping, Prevent Data Theft, Prevent Eavesdropping
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Enhanced Tampering Event Location Detection & Alert Sensor Capabilities1
Combination of Specialty Optical Fiber (available from multiple vendors) plus patented APRIORI Automated Intelligence end-point boxes prevents intruders from stealing data by placement of an undetectable physical tap on the fiber span.
By adding the patented Apriori Network Systems Secure Fiber Link to current Protective Distribution Systems or Alarmed Carriers, valuable optical fiber assets are fully protected from predatory hackers, state-sponsored tapping and interception of in-flight, in-motion data.
Apriori Network Systems Secure Fiber Link does not process or touch passing transmission data and is a secure feed-thru or pass-thru design:
- no encryption
- does not impede data in anyway
- 100% network compatible
- agnostic to speed, protocol, modulation schemes, active analytics, encryption
- working with current alarmed carrier vendors to insure interoperability, plug & play with all hardened-alarmed-carrier systems used globally for new system or legacy field retrofits.
- used respectfully, in concert with all math-based encryption, full link or active analytics - the physically secure optical fiber link is 100% network compatible and not processed in any way because the in-flight data passes through transparently across the Apriori Network Systems Physically Secure Optical Fiber Link.
1 "Enhanced Tampering Event Location Detection & Alert Sensor Capabilities" is enabled by qualified electronics and detection instrumentation that is currently in use by U.S. Government and Military. Apriori Network Systems produces "new" add-in or add-on optical fiber technology that enables these systems, who currently use standard single mode fibers, to migrate to Physically Un-Tappable, single-mode optical fiber links. Apriori Network Systems fiber link is not alarmed, out-of-the-box, but is physically un-tappable. Competitors systems are alarmed out-of-the-box, but imminently tappable and vulnerable to data theft.
