Demonstrate

The U.S. Army’s official channel presents its mission and ways to connect online.

Sources: US Army (YouTube)

The 7th Mission Support Command’s Episode 3 mission brief recaps activities across the theater. Throughout October, the command joins the Army in recognizing Domestic Violence Awareness Month, with leaders tasked to build a climate where people feel safe coming forward.

In September, the command gathered to honor soldiers retiring from service, acknowledging that strength is built on those who served before. The brief also highlights group physical training as a way to build readiness together, one rep at a time.

Sources: US Army Europe and Africa (YouTube)

The 30th Medical Brigade is testing a prototype M1087 expandable van, a tactical innovation meant to turn static medical setups into highly mobile, survivable surgical platforms for modern conflict.

The van contains the FRST surgical suite, which is normally a 20-man team split into two 10-man teams to provide forward resuscitative and surgical detachment capabilities. The vehicle allows for quicker teardown and setup, and lets the unit maneuver into positions it could not reach before, since the previous tent-based system had to be fully set up before the surgical suite could be readied.

Sources: US Army Europe and Africa (YouTube)

U.S. Army paratroopers can jump with up to 400 pounds of combat gear, and this video explains the exact science and meticulous process of adapting the tactical parachute and combat load to a Soldier’s body. The T11 advanced tactical parachute is a non-steerable canopy engineered to handle massive loads while minimizing oscillation, delivering a slower, safer rate of descent of roughly 18 feet per second.

The video details the primary loadout, including the T11 reserve parachute, the harness assembly, the Molly Rucksack, and the modular airborne weapons case. It also walks through the rigging process, from harness sizing to securing the weapon’s case to the left side of the harness, emphasizing the importance of a precise fit to avoid severe injury during the opening shock and wind blast.

Sources: US Army (YouTube)

DARPA’s QBI program assesses quantum computing efforts in three stages. Stage A defines the end goal a company or organization aims to build by 2032-2034, probing for obvious obstacles and required breakthroughs. Stage B maps current research and sets bespoke milestones over the next 6 months, 12 months, 24 months, and 6 years, tailored to each methodology rather than applying broad strokes. Stage C tracks progress against those milestones, determining whether efforts are behind, ahead, or on schedule. The program seeks teams whose quantum computing approach could serve a government mission, with advice provided to the rest of government.

Sources: DARPA (YouTube)

DARPA’s Quantum Benchmarking Initiative (QBI) is designed to rigorously verify and validate whether any quantum computing approach can achieve utility-scale operation — meaning its computational value exceeds its cost — by the early 2030s. The program seeks to separate hype from reality in the commercial quantum computing space.

QBI is not a competition between performers; DARPA is interested in evaluating all viable approaches for which funding is available. Successful performers progress through three stages: describing a utility-scale quantum computer concept, outlining a research and development plan with risk mitigation, and working with the government to verify and validate the concept. The initiative also provides unbiased third-party verification and communicates results to other U.S. government stakeholders.

Sources: DARPA (YouTube)

DARPA’s Atomically Precise Molecules (APM) program aims to develop new synthesis approaches for programmable precision polymers, giving precise control over molecular sequence, orientation, and composition. The program will initially demonstrate this capability in nonlinear optical materials, which are important for technologies such as LiDAR and high-speed communications.

APM is seeking multidisciplinary teams of chemists, materials scientists, computational chemists, and device engineers. Proposal abstracts are due Oct. 27, 2026, at 1 p.m. ET.

Sources: DARPA (YouTube)

US Fleet Forces Command is marking 20 years since its 2006 renaming from US Atlantic Fleet, a change that broadened its mission to generate and sustain the forces the nation needs. The commemoration highlights the command’s focus on training sailors, rehearsing fleet operations, optimizing readiness, and maintaining deterrence across all domains, from the seabed to space. The message underscores a commitment to deter, defend, and win if called upon.

Sources: US Fleet Forces Command (YouTube)

At Fort Bliss, Texas, Sgt. Rohelia and his team demonstrate the Pump Rack Module and Tank Rack Module, which together form a mobile fuel system capable of holding 2,500 gallons. The system can be transported by truck and set up quickly to supply aviation, trucks, or other fuel tankers.

As a Petroleum Supply Specialist (92F), Rohelia explains the importance of testing and filtering fuel to remove dust, water, and sediment, with safety as the top priority, especially for aircraft. He also describes how fuelers stay proficient through hands-on practice in the motor pool and training exercises.

Sources: GoArmy (YouTube)

U.S. Army and Indonesian National Armed Forces personnel completed a combined joint land strike live-fire exercise during Super Garuda Shield 26 at Baturaja Combat Training Center, Indonesia, Sept. 7, 2026.

The exercise included a combined HIMARS and MLRS shoot, with preparations such as creating fire breaks and repositioning firefighting equipment to ensure safe training. A U.S. squad leader described working side by side with Indonesian forces on a defensive operation, noting the exchange of jungle warfare skills and battle drills.

Super Garuda Shield is an annual exercise designed to strengthen bilateral interoperability and cooperation between the two militaries.

Sources: US Army (YouTube)