The article proposes a six-event “Army Cyber Fitness Test” (ACFT) to improve cyber readiness and understanding of cyber threats.

Captain Larry D. Tran assesses how a reduction to three-person crews might impact the Armored community at the tactical level. @USArmy @TRADOC @usacac @ArmyUniversity.

Brazilian Army engineers act as a vital force multiplier, helping to achieve and maintain combat objectives while providing essential engineering support for military operations. Read more here: @USArmy.

Properly built Combat Configured Loads (CCLs) of construction materials are vital for rapid defensive preparations in large-scale combat operations. @USArmy @TRADOC @usacac.

Captains, Master Sergeants & CW4s, Are you looking for a broadening opportunity?.Check out the Harding Fellowship.1 year grad school at @KUJournalism followed by 2 years as editor-in-chief of your branch journal before returning back to the force.

The Special Warfare feature proposes using humanoid digital twins and AI-powered data to personalize and optimize medical training—mirroring pro sports analytics—to create a more ready medical force.

In the May Pulse of Army Medicine, COL O’Neal calls for transforming Medical Simulation Training Centers into unitized, standardized structures—equipped, staffed, and funded—to better prepare combat medics for large-scale combat.

The Protection article emphasizes that integrated Protection Working Groups—bringing together all warfighting functions—are essential to synchronize planning, close institutional knowledge gaps, and ensure protection is woven into every mission.

XVIII Airborne Corps tested the Army Intelligence Data Platform at WFX 24‑05—sharing real-time analytics across echelons to speed decision‑making. Challenges remain, but this marks a leap toward “intelligence at the speed of modern war.”

Military Police interoperability isn’t just talk—this article details how U.S. MPs are building trust, sharing TTPs, and overcoming comms and cultural barriers to secure personnel, equipment, and operations.

An Avenger Triad ’24 G‑2 debrief shows how the XVIII Airborne Corps tested the Army Intelligence Data Platform to unify tactical and operational collection—marking progress toward “intelligence at the speed of modern war.” .

Chaplains must prepare “sacred speech” for future warfare—it's got to be simple, tactical, and adaptable using the BLUF/Big Idea model so leaders or Soldiers can relay it even when chaplains can’t.

The light infantry must rethink culture and endurance—embracing “move further, mask emissions, make explosions.” It’s about mindset and self‑reliance: extended movement, emission discipline, and high‑explosive lethality.

1st Armored Division reshaped its protection WfF during WFX 25‑1—using a “converse of targeting” model, a tiered prioritization list, and protection working groups to integrate protection across all warfighting functions.

Space is the new high ground. Aviation Digest highlights how Combat Aviation Brigades now embed Space Enabler specialists (3Y ASI) to leverage satellite intel, SIGINT, and EM effects—ensuring space-driven advantage for modern ops.

The light infantry must rethink culture and endurance—embracing the mantra “move further, mask emissions, make explosions.” This isn’t about new gear but about mindsets: self‑sustainment, emission discipline, and high‑explosive lethality.

Effective mortar fires depend on more than trigger pullers. This article highlights how FSOs must take ownership of ammunition planning—understanding haul capacity, aligning loads to doctrine, and ensuring responsive support in high-demand environments.

The Army’s sustainment enterprise holds vast amounts of data but lacks the standardization needed to unlock predictive logistics. This article outlines a path forward—connecting systems, enabling AI integration, and modernizing readiness.

The Massachusetts Appellate Tax Board’s decision in Riggs v. Board of Assessors confirms that the Servicemembers’ Civil Relief Act shields leased vehicles—along with owned ones—from local excise taxes.

The U.S. Army's Synthetic Training Environment integrates haptic technology with virtual and augmented reality to create realistic combat simulations. @USArmy @TRADOC @usacac @ArmyUniversity.