Ternary Flight Data Recording and Certification
DO-178C compliance methodology for ternary software — the certification path for three-valued airborne code.
Explore the Vision
Discover this technology through five complementary perspectives — from technical architecture to partnership outcomes. Each layer reveals a different aspect of how this innovation creates value.
DO-178C compliance methodology for ternary software — the certification path for three-valued airborne code.
What It IS
Technical VisionThe architectural essence — what makes this technology work
A certification framework document being written — the first airborne software standard for ternary logic. Structural coverage analysis, binary decision tests, and MC/DC criteria extended to cover three-state pathways. The bridge between ternary innovation and aviation safety certification.
Abstract
Flight data recorder design using ternary state machines for DO-178C compliance and tamper-proof accident investigation documentation.
Visual Essence
A certification framework document being written — the first airborne software standard for ternary logic. Structural coverage analysis, binary decision tests, and MC/DC criteria extended to cover three-state pathways. The bridge between ternary innovation and aviation safety certification.
Technology Domains
Related Patents
From the aerospace-power visual family
Ternary Aircraft Auxiliary Power Unit
Flight control actuators powered by ternary stages — safety through the neutral state.
Ternary Flight Surface Actuation Control
Aircraft electric propulsion driven by ternary — regenerative, fault-tolerant, three-state.
Ternary Regenerative Braking in Aircraft Landing Gear
Aircraft power distribution with ternary bus ties — primary, isolated, alternate in hardware.
Ternary Flight Control Systems for Aviation
Autonomous flight control — drones to cargo aircraft, all on edge NPUs.