The expected small chance for a substantial reduction of the computation load allows one to appraise, and control that load in a rather credible manner. This credibility becomes a cryptographic asset that lends itself to time-sensitive transfer of knowledge, and related protocols. The description here identifies the issues, and the motivation for the Alexander algorithm. It offers operational specificity, and identifies some mathematical attributes. Alexander appears as a novel solution to a wide array of pressing cryptographic problems.
Criminals steal passwords from the sick and dead and scout classified systems without.