TRIADIC DECISION ENGINE (TDE-A) — Algorithm v.1.0

The Triadic Decision Engine is the operational execution layer built on the Triadic Computational Core (TCC). It transforms structured system states into actionable decisions while preserving triadic architecture throughout the entire decision chain.

The engine prohibits binary collapse. Outputs {YES/NO}, {TRUE/FALSE}, {0/1} are structurally forbidden. All decisions resolve within the triadic space: RUN / SAFE / BLOCK.

The engine consists of five layers: Input Interpretation, State Formation, Decision Computation, Resolution, and Memory Feedback. Each decision is recorded, fed back into distributed memory, and used for precedent learning and routing optimization.

TDE-A is the execution implementation of System Transition Theory (STT), which originates from Complex Binarity Theory (CBT).