1. A method of using behavioral biometric algorithms implemented on a computer to authenticate user operation comprising: a. using a pinpad entry device identifying behavioral traits based on at least three of the following: i. an angle of the swipe when entering or leaving one or more measuring points, ii. a velocity between one more measuring points, iii. an acceleration between one or more measuring points, iv. a quotient between one or more measuring points, v. a sequence between multiple measuring points, vi. a start sequence to a first measuring point, vii. an end sequence from last measuring point, viii. a flight between one or more measuring points, the dominant side between one or more measuring points, ix dominant side between one or more measuring points, x. an area between one or more measuring points, xi. a curve fitting between one or more measuring points, xii. a heat map between one or more measuring points; xii. the average time of the sample, xiii. keypress timings; and b. filtering the selected behavioral traits based on at least one of the following: i. raw data in the highest resolution available for the particular system, ii. raw data in the resolution determined by the current application, iii. filtered data fitting different behavior traits; c. determining shape input sequence from the filtered behavior traits wherein the shape input sequence is the total aggregated distance, time or pressure for a touch input that moves over two or more collision detection shapes and behavior is distinguished by shape contact and direction d. analyzing the shape input sequence with user profiles to establish at least one of the following: i. determining if said input sequence is deemed from the same user, ii. determining if said input sequence is deemed from another user, iii. determining if said input sequence is deemed not human.