Army Program Seeks to Heighten Soldiers’ Cognition
A properly trained soldier can distinguish a vegetarian from a meat-eater based on their smell, a new Army publication says, since “different diets produce different human odors.”
He or she can to determine the age, gender and even the mental state of a target by studying their footprints.
Not simply a warrior, the ideal soldier is also an intelligence analyst, a cultural anthropologist, and a student of human nature with the ability to confront and overcome adversity — Sherlock Holmes and Leatherstocking and a bit of Tarzan, all in one.
That, at any rate, seems to be the goal of the US Army’s Advanced Situational Awareness program, which trains soldiers to discern even subtle anomalies in the combat environment, to swiftly assess their implications, and to act decisively in response.
Advanced Situational Awareness “optimizes human performance through building the skills necessary to develop agile, resilient, adaptive, and innovative Soldiers who thrive in conditions of uncertainty and chaos.”
The program was described in Advanced Situational Awareness, US Army Training Circular TC 3-22.69, 316 pages, April 2021.
Americans are paying too much for almost everything, because the United States has long treated its trucking industry as an artifact to be preserved rather than as an opportunity for innovation.
These ideas aim to advance the detailed policy solutions needed to foster public trust and implement fairness in the adoption of AI across diverse domains, from healthcare and government benefits to rural access, education, and worker protections.
The evidence is clear: algorithmic pay-setting is established in app-based work, and payroll/timekeeping failures show how software can produce systemic wage harm at scale
While a few states have taken steps to implement decision-making mechanisms for certain AI systems, too many leaders are simply accepting narratives about AI’s purported public benefit at face value – jumping to the “how” of AI implementation before thoroughly vetting potential systems and deciding whether they are appropriate to use at all.