On March 21, 1963, Alcatraz or “The Rock” closed its doors forever. Although modern society may know its name because of famous residents like Al Capone and James “Whitey” Bulgar, there is a rich history beyond that. Long before the daring escapes of mobsters, it was actually used by the United States Military as a fortified defense. It would also become the Army’s first long-term prison.
Discovered in 1775 and mapped by Spanish explorers, Alcatraz wouldn’t come under the ownership of the United States until after the end of the Mexican-American war in 1848. Two years later an Army and Navy joint commission recommended that it be a part of a triangle of defense for the bay of San Francisco. It was then that President Fillmore signed an executive order reserving it for public purposes. That purpose was a military prison.
Captain Joseph Stewart and Company H of the U.S. Artillery took command over Alcatraz. It would go on to house Army personnel who had violated rules and regulations. Two years after the Civil War began, a confederate ship was seized and its entire crew imprisoned on Alcatraz. As prisoners continued coming, more prison structures were built.
Prison construction continued, eventually covering up the original coastal fortification that was built in the 19th century. Alcatraz was officially designated as the Pacific Branch military prison in 1907 and was renamed “Pacific Branch, U.S. Disciplinary Barracks” in 1915. It was considered the place soldiers would go for punishment and to undergo “retraining.”
Army prisoners would go on to build almost all of the buildings on the island. The last soldiers departed Alcatraz in 1933 when it became the property of the Federal Bureau of Prisons. It would undergo some modernization and improvements before it opened its doors in 1934. A few months later, Al Capone would help make Alcatraz forever infamous.
The new federal prison became home to America’s criminal population that was deemed too difficult or dangerous to be anywhere else. It would house a total of 1576 men and there were 14 known attempts at escape. Alcatraz officially closed its doors on March 21, 1963, after it was decided it was just too costly to maintain.
Today, over a million tourists visit Alcatraz every year walking the halls and grounds of one of the most infamous prisons in history, many not knowing it was built by soldiers.
After storming the beaches of Normandy and fighting through the hedgerows of the French countryside, the Allied forces invading Nazi-occupied Europe came across one problem they hadn’t anticipated: outrunning their own supply lines.
By July 1944, the Allied advance nearly ground to a halt. Every operation was decided by one major factor, which was how much supply it required versus how much could be delivered. It would be almost three months before French railways could be repaired and portable gas pipelines could be installed.
To move the necessary supplies and keep the pressure on the German army, Allied war planners created a massive, truck-based supply convoy run primarily by Black soldiers. It became known as the “Red Ball Express.”
The Allies need a continuous supply of necessary fuel, ammunition, ordnance and food to keep running to the front. After breaking out of the Normandy area, the infrastructure the Allies damaged to hamper the German response needed repair to be used for the German defeat.
There had to be a way to move 750 tons of supplies from the port of Antwerp to multiple locations across the front every day. Just one armored division alone required 350 tons of gasoline.
After brainstorming for 36 hours straight, planners came up with a solution: a convoy of thousands and thousands of trucks, constantly streaming to and from the front lines.
No truck could travel alone, they had to travel in a convoy of at least five total trucks and each was marked with a number indicating its position in the line of trucks. To mitigate the risks of high speed driving or of a truck pile up in an accident, trucks were ordered to drive just 35 miles per hour and maintain a specific clear distance from each other. The order to drive slower was rarely followed, many drove at twice that speed.
When they implemented the plan, there weren’t enough trucks and there weren’t enough drivers. The Army began vulturing trucks from units who weren’t using them and began taking people with non-combat functions and training them to be truck drivers. The vast majority of these men were Black soldiers.
Without these soldiers at the wheel, World War II in Europe might have dragged on for another full year. Gen. Dwight D. Eisenhower saw the Red Ball Express as the most critical lifeline to the advancing armies, just as important as the combat units themselves.
Of course, these early trucks got stuck in traffic, both civilian and military. So the Allies created two priority roads just for the supply trucks, which became known as the Red Ball Line, named for the red spots marking the trucks and the routes that were closed to civilians.
At its height, the Red Ball Express was operating almost 6,000 trucks per day to move 12,500 tons of various supplies, fuel, and ammunition. Since the German Luftwaffe was almost nonexistent by this point in the war, the biggest problems facing the convoys were maintenance of the trucks and the overworked drivers.
Eventually, the rail lines were repaired and the Red Ball Express was no longer necessary. After more than 80 days of continuous operation, the convoy drivers had delivered more than 400,000 tons of supplies to the Allies in combat.
A general assumption is that in order to lose weight, gain muscle, or get in better physical shape, you have to work more and work harder. While it’s true that the body must be put under stress in varying degrees for muscles to grow, what is sometimes overlooked is the importance of not working — the recovery process.
Anytime you deadlift, squat, bench press, or exceed the normal limits of daily activity, your muscles experience micro-tears. In response, your body releases inflammatory molecules called cytokines that activate the immune system to repair the muscle. Your body triggers delayed onset muscle soreness (DOMS) — that dull achy feeling you may experience 24 to 48 hours after the activity.
DOMS are local mechanical constraints. It’s your body telling you to stop using the muscle group and to start recovering the affected area.
(Photo courtesy of Katie Whelan.)
When deciding which recovery techniques to use, various factors must be considered, such as age, gender, physical fitness level, and the activity that was performed.
There are a growing number of techniques being used by athletes; however, proper sleep, nutrition, and hydration are key.
Sleep is a vital aspect of muscle repair and growth. While you sleep, your body goes into full repair mode. As you enter the N3 stage of non-REM sleep, your pituitary gland releases human growth hormone, which stimulates muscle growth and repair. Not only does sleep replenish the muscles, but it also recharges the brain — allowing for productive workouts the following day.
Exercise causes the depletion of glycogen stores and the breakdown of muscle protein. Consuming both carbohydrates and proteins within 30 minutes of your workout can improve recovery. Carbohydrates refuel your body, allowing you to restore lost energy sources, while proteins help repair and build new muscle cells. It is recommended that you consume .14 to .23 grams of protein per pound of body weight and .5 to .7 grams of carbohydrates per pound of body weight.
Proper hydration is imperative both during and after your workouts. During strenuous exercise, your body sweats to maintain temperature, causing fluid loss within your body. You can find your sweat rate by weighing yourself before and after exercise — then replenish your body by drink 80 to 100 percent of that loss.
Additional recovery techniques can be used in conjunction with the basics.
By reducing the weight and volume, weightlifting becomes active recovery.
(Photo courtesy of Katie Whelan.)
Active recovery is a way to flush out the by-products produced by exercise. To do this, choose an activity and lower the intensity to just above your resting heart rate. Some examples include brisk walking, jogging, cycling, yoga, and weightlifting at lower weights and volumes.
Hydrotherapy — such as cold water immersion (CWI), hot water immersion (HWI), and contrast water therapy (CWT) — is a common technique used by many athletes. Studies have shown that CWI is significantly better than others in reducing soreness and maintaining performance levels.
The easiest way to reap the benefits is to fill your tub with ice, run some cold water, and immerse your body for six to eight minutes. Ice baths can be painful at first, but they get easier with time.
U.S. Army 2nd Lt Chris Gabayan, left, and Air Force 2nd Lt. Rhett Spongberg talk about how they each pushed each other to conquer the course while they recover in an ice bath after the 2019 Alpha Warrior Inter-Service Battle at Retama Park, Selma, Texas, Sept. 14, 2019.
(Photo by Debbie Aragon/U.S. Air Force.)
The fascia is a thin connective tissue that covers our muscles. The purpose of myofascial relief is to break down the built-up adhesions and decrease muscle aches and stiffness.
If you’ve entered a gym in the last five years, chances are you’ve seen a foam roller — one of the most basic techniques to reduce muscle stiffness. In addition to foam rollers, sports massage and lacrosse balls have also been known to provide short-term increased range of motion and reduce soreness.
It’s easy to muster up an hour of motivation. Just turn up the music, scoop some pre-workout, and chalk up your hands. What’s not so glamorous is the time spent outside the gym — the 23 hours between training sessions. But it’s that time in between that determines your long-term results. Work hard — but recover harder.
In the military space, there are all kinds of strength, variations of independence and endless examples of courage. Jennifer Mabus, 2018 Pacific Crest Trail (PCT) thru-hiker and new Navy spouse is planning to literally walk away from it all (again) with her husband’s next deployment.
In the spring of 2018, Mabus and her now-husband Owen began a long-distance friendship at quite possibly the most inopportune time in each’s lives. Mabus was setting out to hike the PCT and Owen, a Navy diver, was gearing up for deployment. With one quick chance to see each other on a layover work trip, the two had just one shot at meeting face to face before both set out.
PCT 2018 Day 1 | The Day I Poured Out My Dad’s Booze
“We communicated every chance we got the entire time I was on trail and he was deployed, but there was never any tension. We were both doing our things and clearly understood that from the beginning,” says Mabus, who credits their communication and mutual respect aiding to the love within their story.
Mabus, a mechanical engineer, made the cross country move to Virginia this January, taking her first steps into life as a military spouse. “My dad was a Ranger. I had some idea about what this life would be like, but it wasn’t what I imagined being ideal for myself to be honest.”
“Coming into military spouse life, it is the partner who undergoes major changes. It’s a challenge to face the potential of losing some of your identity, to be the one who is left behind,” says Mabus hesitantly in reflection of still searching for her niche now.
Luckily for Mabus, adaptation was a skill she honed while on trail. “Humans can adapt to anything. On trail, no matter how great your plan was, the likelihood was that it would be altered or changed. That’s a lot like military spouse life I’m finding out.”
Couples bring all sorts of skills and expectations into marriage, but for these two, the mutual understanding of accomplishing huge feats (deployment and thru-hiking) simultaneously or otherwise, was a goal they wouldn’t lose sight of. Pre-pandemic, Mabus had coordinated a thru-hike of the Continental Divide Trail (CDT) at the same time Owen was to deploy.
“He knows how much life this brings to my life. Being married now, we had to check-in emotionally because there would be a chance, I may not be home when he gets back from deployment,” she says nervously.
Dependents worldwide understand the monumental pressure of holding down the fort when service members are gone. While certainly unique, Mabus’ plan to pursue her own hard thing might not be so shocking to comprehend after hearing just a few of her reflections of her time on trail.
“There’s a deep disconnect from life’s stressors and a newfound connection to yourself that happens. This isn’t a weekend getaway, it’s dedicating every day to walking forward with extreme intention,” a feeling she has yet to find elsewhere.
“I’ve never been prouder of myself, of my body, or the trust I had in what I could do,” she said.
When asked about keeping up with communication expectations now as a married couple Mabus shared, “Last time, I sent postcards from each town I reached. We both left messages, videos and picked up conversations when each had the chance. The understanding that each of us might be out of touch for a few days or delayed in responding is important.”
Managing expectations for military couples is an obstacle we all tackle in ways unique to our relationship. Missing “scheduled” calls and experiencing what feels like radio silence for days on end is taxing. Imagining deployment when both parties not only accept, but expect to both give and receive these lags in communication has to eliminate byproducts like resentment, fear or even anger.
The unexpected mix of experiences and perspectives that live within the military spouse community is everything that keeps the group (military spouses) amazing. Mabus’ outlook, strength and unique plan will undoubtedly shake up a few mindsets, and for that we’re giving her the biggest high five we can. We’ll be catching up with her Youtube trail diary (from 2018) and low-key stalking her Instagram for her next adventure.
When re-entering the United States, it’s necessary for every traveler to go through U.S. customs first. And it doesn’t matter who you are or where you’re coming from – even if you came from the Moon. That’s what the three members of the Apollo 11 crew found out when NASA declared its moon rock and moon dust samples it brought back to Earth.
The Apollo 11 customs declaration.
The idea of going through customs makes one think of carrying luggage through a conveyor, meeting with an immigration official who stares at your passport and asks you where you went on your travels. That, of course, is not what happened to Neil Armstrong, Buzz Aldrin, or even Michael Collins after they safely splashed down in the Pacific Ocean. They were too busy being hailed as heroes for living in space for eight days, spending 21 hours on the Moon, and then coming home.
Besides, if you look at their customs declaration, it appears there’s no airport code for “Sea of Tranquility” or “Kennedy Space Center.” And “Saturn V Rocket” is definitely not on the list of possible aircraft you can take from anywhere to anywhere – unless you’re Neil Armstrong, Buzz Aldrin, or Michael Collins.
Don’t forget to sign for your cargo, you bums.
The funny part about the Apollo 11 customs declaration is that the form lists the departure area as simply “moon.”
In all likelihood, this is a pencil-whipped form, done because it’s supposed to be done and because United States airspace ends after a dozen or so miles above the Earth’s surface, and the Apollo team definitely went 238,900 miles away.
The US Army is massively revving up the offensive attack technology on its Stryker vehicles with vehicle-launched attack drones, laser weapons, bomb-deflecting structures, and a more powerful 30mm cannon, service and industry developers said.
“We have now opened up the aperture for more potential applications on the Stryker,” Col. Glen Dean, Stryker Program Manager, told reporters at the Association of the United States Army Annual Symposium.
Stryker maker General Dynamics Land Systems has been testing an integrated sensor-shooter drone system mounted on the vehicle itself. A small, vertical take off surveillance drone, called the Shrike 2, launches from the turret of the vehicle to sense, find and track enemy targets. Then, using a standard video data link, it can work in tandem with an attack missile to destroy the targets it finds. The technology is intended to expedite the sensor-to-shooter loop and function as its own “hunter-killer” system.
“A missile warhead can be launched before you show up in town. It has a sensor and killer all in one platform. Let’s reach out and kill the enemy before we even show up,” Michael Peck, Enterprise Business Development, General Dynamics Land Systems, told Warrior Maven in an interview.
Peck added that the Stryker-launched drone system could make a difference in a wide range of tactical circumstances to include attacking major power mechanized formations and finding terrorist enemies blended into civilian areas.
“It will go out in an urban environment and it will sense and find your shooter or incoming rpg,” Peck added.
Dean also referenced the Army’s evolving Mobile High-Energy Laser weapons system, which has been testing on Strykers in recent years. Firing a 5kw laser, a Stryker vehicle destroyed an enemy drone target in prior testing, raising confidence that combat vehicle-fired laser weapons could become operational in coming years.
The laser weapon system uses its own Ku-band tracking radar to autonomously acquire targets in the event that other sensors on the vehicle are disabled in combat. It also has an electronic warfare jamming system intended to take out the signal of enemy drones.
Lasers can also enable silent defense and attack, something which provides a substantial tactical advantage as it can afford Stryker vehicles the opportunity to conduct combat missions without giving away their position.
A Congressional Research Service report from 2018, called “U.S. Army Weapons-Related Directed Energy Programs,” details some of the key advantages and limitations of fast-evolving laser weapons.
“DE (directed energy) could be used as both a sensor and a weapon, thereby shortening the sensor-to-shooter timeline to seconds. This means that U.S. weapon systems could conduct multiple engagements against a target before an adversary could respond,” the Congressional report states.
Lasers also bring the substantial advantage of staying ahead of the “cost curve,” making them easier to use repeatedly. In many instances, low-cost lasers could destroy targets instead of expensive interceptor missiles. Furthermore, mobile-power technology, targeting algorithms, beam control, and thermal management technologies are all progressing quickly, a scenario which increases prospects for successful laser applications.
At the same time, the Congressional report also points out some basic constraints or challenges associated with laser weapons. Laser weapons can suffer from “beam attenuation, limited range and an ability to be employed against non-line-of-sight targets,” the report says.
Dean said the Army was “pure-fleeting” its inventory of Strykers to an A1 variant, enabling the vehicles to integrate a blast-deflecting double-V hull,450hp engine, 60,000 pound suspension and upgraded digital backbone.
“This provides a baseline for the fleet to allow us to grow for the future. We just completed an operational test. That vehicle has growth margin to include weight carrying capability and electrical power,” Dean said.
Peck said GDLS will be upgrading the existing arsenal of “flat-bottomed” Strykers to the A1 configuration at a pace of at least “one half of a brigade per year.”
General Dynamics Land Systems is also preparing a new, heavy strength 30mm cannon for the Stryker.
Compared to an existing M2 .50-cal machine gun mounted from Strykers, the new 30mm weapon is designed to improve both range and lethality for the vehicle. The new gun can fire at least twice as far as a .50-Cal, GDLS developers told Warrior.
The 30mm cannon can use a proximity fuse and fire high-explosive rounds, armor piercing rounds and air burst rounds. Also, while the .50-Cal is often used as a suppressive fire “area” weapon designed to restrict enemy freedom of movement and allow troops to maneuver, the 30mm gun brings a level of precision fire to the Stryker Infantry Carrier that does not currently exist.
Dismounted infantry units are often among the first-entering “tip-of-the-spear” combat forces which at times travel to areas less-reachable by heavy armored platforms such as an Abrams tank or Bradley Fighting Vehicle. Certain terrain, bridges or enemy force postures can also make it difficult for heavier armored vehicles to maneuver on attack.
In previous interviews with Warrior, GDLS weapons developers explained that the 30mm uses a “link-less” feed system, making less prone to jamming.
The new, more-powerful Orbital ATK XM 81330mm 30mm cannon, which can be fired from within the Stryker vehicle using a Remote Weapons Station, will first deploy with the European-based 2nd Cavalry Unit.
The Army is also fast-tracking newly configured Stryker vehicles armed with drone and aircraft killing Stinger and Hellfire missiles to counter Russia in Europe and provide more support to maneuvering Brigade Combat Teams in combat.
The program, which plans to deploy its first vehicles to Europe by 2020, is part of an Army effort called short-range-air-defense – Initial Maneuver (SHORAD).
Senior leaders say the service plans to build its first Stryker SHORAD prototype by 2019 as an step toward producing 144 initial systems
“We atrophied air defense if you think about it. With more near-peer major combat operations threats on the horizon, the need for SHORAD and high-tier weapons like THAAD and PATRIOT comes back to the forefront. This is a key notion of maneuverable SHORAD — if you are going to maneuver you need an air defense capability able to stay up with a formation,” the senior Army official told Warrior Maven in an interview.
As a result, ground infantry supported by armored vehicles, will need mobile air defenses to address closer-in air threats. This is where the Stryker SHORAD comes in; infantry does not have the same fires or ground mobility as an armored Stryker, and hand held anti-aircraft weapons such as a hand-fired Stinger would not have the same defensive impact as a Hellfire or Stinger armed Stryker. In a large mechanized engagement, advancing infantry needs fortified armored support able to cross bridges and maneuver alongside foot soldiers.
Chinese or Russian helicopters and drones, for instance, are armed with rockets, missiles and small arms fire. A concept with SHORAD would be to engage and hit these kinds of threats prior to or alongside any enemy attack. SHORAD brings an armored, mobile air defense in real-time, in a way that most larger, less-mobile ground missiles can.
The PATRIOT missile, for instance, is better suited to hit incoming mid-range ballistic missiles and other attacking threats. While mobile, a PATRIOT might have less of an ability to support infantry by attacking fast-moving enemy helicopters and drones.
This article originally appeared on Warrior Maven. Follow @warriormaven1 on Twitter.
“I felt and saw two flashes after which only the bow of the ship was visible. The rest had disintegrated and the bow sank soon afterwards.” – Coast Guard Lt. Cmdr. Perry Stinson, USS Serpens commanding officer
The quote above refers to the Coast Guard-manned USS Serpens. Nearly 73 years ago on Jan. 29, 1945, a catastrophic explosion destroyed the transport. In terms of lives lost, the destruction of the Serpens ranks as the single largest disaster ever recorded in Coast Guard history.
In March 1943, an EC-2 class “Liberty Ship” was laid down under a Maritime Commission contract as “Hull #739” by the California Shipbuilding Corporation of Wilmington, California. It was launched less than a month later as the SS Benjamin N. Cardozo. Two weeks later it was transferred to the U.S. Navy and designated AK-97. The transport was 442 feet in length, displaced 14,250 tons and had a top speed of 11 knots. For defense it carried one 5-inch gun, one 3-inch gun, two 40mm and six 20mm anti-aircraft cannons. Its crew consisted of 19 officers and 188 enlisted men. In late May, the Navy renamed the transport Serpens, after a constellation in the Northern Hemisphere, and commissioned the vessel in San Diego under the command of Coast Guard Lt. Cmdr. Magnus Johnson.
(U.S. Navy photo.)
Following a shakedown cruise off Southern California, Serpens loaded general cargo at Alameda, California, and, on June 24, set sail to support combat operations in the Southwest Pacific. It steamed between the supply hub of New Zealand and various Pacific islands, such as Tonga, Vitu Levu, Tutuila, Penrhyn, Bora Bora, Aitutaki, and Tongatabu. In early December, Serpens moved its operations into the southern Solomons, re-supplying bases and units on Florida Island, Banika Island, Guadalcanal and Bougainville. In February 1944, its crew was ordered back to New Zealand for dry-dock and, for another four months, they delivered materials to bases in the New Hebrides and Solomons.
(U.S. Navy photo)
In late July 1944, Lt. Cmdr. Perry Stinson assumed command from Johnson. From that time into the fall of 1944, Serpens resumed operations carrying general cargo and rolling stock between ports and anchorages within the Solomon Islands. In mid-November, it loaded repairable military vehicles from the Russell Islands and Guadalcanal and sailed for New Zealand. After offloading in New Zealand, three of its holds were converted for ammunition stowage. Late in December 1944, Serpens commenced loading at Wellington, completed loading at Auckland, New Zealand, and returned to the Solomons in mid-January 1945.
Monday, January 29, found Serpens anchored off Lunga Point, Guadalcanal. Lunga Point had served as the primary loading area for Guadalcanal since the U.S. military’s first offensive of World War II began there in August 1942. Serpens’s commanding officer, a junior officer and six enlisted men went ashore while the rest of the crew loaded depth charges into the holds or performed their usual shipboard duties. Late in the day, in the blink of an eye, the explosive cargo stowed in Serpens’s holds detonated. An enlisted man aboard a nearby Navy personnel boat gave the following eyewitness account:
“As we headed our personnel boat shoreward, the sound and concussion of the explosion suddenly reached us and, as we turned, we witnessed the awe-inspiring death drams unfold before us. As the report of screeching shells filled the air and the flash of tracers continued, the water splashed throughout the harbor as the shells hit. We headed our boat in the direction of the smoke and, as we came into closer view of what had once been a ship, the water was filled only with floating debris, dead fish, torn life jackets, lumber and other unidentifiable objects. The smell of death, and fire, and gasoline, and oil was evident and nauseating. This was sudden death, and horror, unwanted and unasked for, but complete.”
After the explosion, only the bow of the ship remained. The rest of Serpens had disintegrated, and the bow sank soon after the cataclysm. Killed in the explosion were 197 Coast Guard officers and enlisted men, 51 U.S. Army stevedores, and surgeon Harry Levin, a U.S. Public Health Service physician. Only two men on board Serpens survived–Seaman 1/c Kelsie Kemp and Seaman 1/c George Kennedy, who had been located in the boatswain’s locker. Both men were injured, but were later rescued from the wreckage and survived. In addition, a soldier who was ashore at Lunga Point was killed by flying shrapnel. Only two Coast Guardsmen’s bodies were recovered intact and later identified out of the nearly 250 men killed in the explosion.
(U.S. Coast Guard photo)
At first, the loss of Serpens was attributed to enemy action and three Purple Heart Medals were issued to the two survivors and posthumously to Levin. However, a court of inquiry later determined that the cause of the explosion could not be established from surviving evidence. By 1949, the U.S. Navy officially closed the case deciding that the loss was not due to enemy action but an “accident intrinsic to the loading process.”
(U.S. Coast Guard photo)
Today, all that remains of the Serpens is the bow section sitting upside down on the sea floor off Lunga Point. The dead were initially buried at the Army, Navy and Marine Corps Cemetery at Guadalcanal. The crew’s mortal remains were later exhumed and shipped to Arlington National Cemetery for burial. On June 15, 1949, Serpens’s Coast Guardsmen were interred on Arlington Cemetery’s Coast Guard Hill. A monument to the Serpens listing all of the lost crewmembers was erected over the gravesite and dedicated on Nov. 16, 1950.
Cyber personnel from the private and public sectors are America’s frontline of defense because critical infrastructure sectors, including water, healthcare, and elections, rely on a resilient cyber infrastructure, explained Rob Karas, associate director for Cyber Defense Education and Training from the DHS’s Cybersecurity and Infrastructure Security Agency.
“America’s cybersecurity workforce is a strategic asset that protects the American people, the homeland, and the American way of life,” he said.
However, there is not enough talent in the field, both in the U.S. and around the world.
“Estimates place the global cybersecurity workforce shortage at approximately three million people worldwide, with roughly 500,000 job openings in the United States,” Karas said. “This global shortage means American organizations, whether in the private sector or in the federal, state, local, tribal, or territorial governments, compete with employers all over the world as well as with each other to find cybersecurity talent. … CISA sees the cybersecurity workforce shortage as a national security issue.”
Army Lt. Col. Julianna M. Rodriguez is a cyber warfare officer at Fort Gordon, Georgia. She is the offensive cyberspace operations division chief in the Army Cyber Command’s Technical Warfare Section.
Though she did not take a direct path to her current position, her preparation and adaptability enabled her to take advantage of opportunities for the evolving cyber field.
In high school, Rodriguez took advanced classes, focusing on math and science up to AP Calculus BC and AP Physics. After graduating, she attended the United States Military Academy, majoring in Electrical Engineering with a focus on Computer Systems Architecture.
In addition to earning a master’s in Electrical Engineering and Computer Science through Columbia Engineering, she earned two technical certifications: Mirantis OpenStack Certification Professional Level and SaltStack Certified Engineer, and is preparing for the Army Cyber Developer Exam.
For Rodriguez, changing career fields was a process of discovering where she could best serve.
“I started in Air Defense Artillery because [in 2003] it was one of the few combat arms branches in which women officers could lead,” she said.
Rodriguez served in ADA units as a battalion intelligence officer and headquarters battery commander, eventually attending the MI Officer Advanced Course. She also deployed with the 82nd Airborne Division to Afghanistan and taught at the USMA before transferring into the cyber branch.
When advising others interested in cyber, Rodriguez gives feedback based on her experience.
“Our citizens can best serve when they use their innate skills and interests for our national good [and] improve daily in learning and practicing related skills. For those who have an interest in computing, information technology, and network communications, committing to engage that interest in service to our nation can meaningfully impact our nation’s security,” she said.
However, she cautioned how the field is not a good fit for those who like routine and clearly defined work. She also described the Army’s cyber branch as highly competitive, so if an individual wants to join, she recommends:
Obtain technical certifications like OSCP, OSCE, CISA, and CCNP
Do networking or security projects
Stay current on technology advances and policy impacts
Rodriguez adds specific backgrounds make a good fit for the field, including those with strong computer and IT skills.
“Soldiers from a variety of other branches and MOSes, including signal, aviation, and field artillery,” she said.
Because of the critical need for cyber talent, the Army created the Cyber Direct Commissioning Program. It is actively recruiting “software engineers, data scientists, DevOps engineers, hardware and radio frequency engineers, vulnerability researchers, and other computer-based professionals,” Rodriguez said. “I encourage anyone who has a deep interest in technology, a penchant for learning and change, and a commitment to our nation’s security to pursue a career in cyber with our military.”
For those interested in CISA cybersecurity education programs, check out:
CyberCorps® Scholarship for Service: DHS/CISA scholarship for bachelors, masters, and graduate cybersecurity degree programs in return for service in federal, state, local or tribal governments upon graduation
So you’re in the OP, and you’ve identified the supply route that Chinese troops are using to resupply and reinforce their frontline troops. But the enemy managed to cut off your own resupply two days ago when a platoon slipped by undetected and set up to your rear. Now, you need to get the intel back to base and try to squirt home, but your batteries are dead. It’s okay, though, because, in this new future, you can just piss into the battery.
Well, you could do that if you were using a hydrogen fuel cell battery and have a tablet of the new aluminum alloy powder developed by researchers working with the U.S. Army. Don’t pee onto your current batteries. That will not work.
At the end, the proton and electron recombine into hydrogen, combine with oxygen, and are disposed of as water in a low-temperature exhaust.
“This is on-demand hydrogen production,” said Dr. Anit Giri, a materials scientist at the U.S. Army Combat Capabilities Development Command Army Research Laboratory at Aberdeen Proving Ground, Maryland. “Utilizing hydrogen, you can generate power on-demand, which is very important for the Soldier.”
It’s all environmentally friendly, cheap, and—more importantly for troops—leaves no exhaust that could be easily detected by the enemy. Depending on the exact makeup of the equipment, troops could even drink their radio or vehicle exhaust if they were using hydrogen fuel cells.
New Jersey Best Warrior Competition. That radio is not fueled by pee. Yet.
(New Jersey National Guard Master Sgt. Mark Olsen)
And hydrogen is very energy dense, having 200 times as much specific energy as lithium batteries. But the military has resisted using hydrogen fuel sources for the same reason that auto manufacturers and other industries have been slow to adopt it: transporting hydrogen is costly and challenging.
While hydrogen fuel cell cars can be refueled at any hydrogen filling station as quickly as their gas counterparts, they can go twice as far. But the streets have more electric and gasoline-powered vehicles because it’s way easier to recharge and refuel those vehicles than to find a hydrogen station.
But with the new powder, the Army might be able to generate hydrogen on demand at bases around the world. And the technology is so promising that civilian corporations are lining up to use the powder here in the states.
H2 Power is envisioning a future where existing gas stations can be easily converted into hydrogen fueling stations without the need for new pipelines or trucks to constantly ferry hydrogen to the station.
“The powder is safe to handle, is 100 percent environmentally friendly, and its residue can be recycled an unlimited number of times back into aluminum, for more powder. Recycling apart, only water and powder are necessary to recreate this renewable energy cycle, anywhere in the world,” H2 Power CEO Fabrice Bonvoisin said, according to a TechXplore article.
“For example, this technology enables us to transform existing gas stations into power stations where hydrogen and electricity can be produced on-demand for the benefit of the environment and the users of electric and hydrogen vehicles or equipment. We can’t wait to work with OEMs of all kind to unleash the genuine hydrogen economy that so many of us are waiting for,” he said.
The Army could pull this same trick at bases around the world. With a static supply of the aluminum powder, it could generate its own fuel from water and electricity. This would be good for bases around the world as it would reduce the cost to run fleets of vehicles, but it would be game-changing at remote bases where frontline commanders could create their own fuel, slashing their logistics support requirement.
They would need constant power generation, though, meaning the Army would need to invest more heavily in mobile solar or nuclear solutions to fully realize the advantages of their hydrogen breakthrough.
During World War II, the Allies, especially Britain, worked hard to convince Germany that every attack it saw was a feint and that every shadow in its vision was another Allied army coming to crush it. These deception operations led to the creation of an entire, fake invasion of Norway that was supposed to keep German defenders away from Normandy on D-Day.
Norwegian soldiers on the Narvik front in World War II.
The overall deception operation was known as Operation Bodyguard, a reference to a speech by Prime Minister Winston Churchill that said Truth was too precious and fragile to go anywhere without a Bodyguard of Lies. And when it came to D-Day, Bodyguard was on steroids.
To understand how deception operations worked for D-Day, it’s important to understand that the actual landings at Normandy weren’t necessarily logical. The Normandy landings took no deepwater port, and the terrain in the area forced the Allied invaders to fight through thousands of hedgerows to break out into the rest of France. Even after that, it was over 600 miles from there to Berlin, and the bulk of that was through German homeland.
So, while the D-Day landings of Operation Neptune were successful and Germany lost the war, it wasn’t the easiest or, arguably, even the most logical course of action. After all, there were two succulent nuts that would be easier to crack than Normandy.
German troops in the Balkans in 1941.
(Bundesarchiv Bild, CC BY-SA 3.0)
The first and likely the easiest 1944 target for the Allies would’ve been an invasion into the Balkans, the soft underbelly of Europe. Allied troops were already holding the lowest third of Italy, all of North Africa, and Turkey, so they had plenty of places to invade from. And taking the Balkans from Hitler would’ve robbed him of much of his oil, copper, and bauxite, among other materials.
But another juicy target was Norway. Norway had been captured by Germany early in the war because Hitler knew that he needed a large Atlantic coastline to prevent his navy being bottled up in the Baltic and North seas like it had in World War I. And, the German presence in Norway helped keep Sweden neutral and amenable. If Norway fell, Sweden might allow Allied forces in its borders or, worse, join the alliance itself.
From Sweden or Norway, the Allies could easily bomb northern German factories and take back Denmark. And an invasion through Denmark would put the Allied forces less than 450 miles from Berlin, and only half of that path would be through German home territory.
And so Allied strategists played up the possibility of a Norway invasion, seeking to keep as many German units as possible deployed there to make the actual landings in France much easier.
Danish troops during Germany’s invasion in 1940.
This led to Operation Mespot, a coordinated plan to move troops, create false planning documents, and pass fake intelligence that would indicate an invasion into Norway, through friendly Sweden, and into Denmark in the summer of 1944, right as the actual D-Day invasions were taking place. According to the Mespot deception, the D-Day landings were the feint to draw German defenders from real invasions in the Baltics.
The part that related directly to an invasion of Norway was Operation Fortitude North, and it called for a British and American landing in the North. There, the forces would link up with Russian soldiers and press south. In order to sell this subterfuge, Britain ordered dozens of double agents from Germany to report on the movements of the “4th Army,” a fake organization that would be a major force in the invasion.
Those second two units were real, and the 52nd had actually been training for a potential invasion of Norway. So Germany wasn’t completely crazy.
The British 4th Army was a field army in World War I, and military deception planners revived the unit in World War II on paper in order to create fake units to deceive German defenders.
(Imperial War Museum)
The American troops were supposedly talkative, and German agents were told stories of another infantry division and three Ranger battalions training in Iceland. German double agents there were told to verify this false intelligence, and they did. In the end, Germany thought 79 divisions were training in England for invasions when there were only 52, and they believed that the main target might be Norway.
Since Hitler was already obsessed with a Baltic invasion, all of this intel fed into his fears and demanded a response. And so one was given. 464,000 German troops were held in Norway to fight off an Allied invasion. While many would have been there regardless, 150,000 were otherwise “surplus” troops who likely would’ve been sent to France to combat the landings if Germany had known Norway was relatively safe.
There was also a Panzer division and 1,500 coastal defense guns, many of which could have been moved if Germany had better intelligence.
British forces land on the beaches of Normandy on June 6, 1944.
(Sgt. Mapham J, No. 5 Army Film Photographic Unit)
All of this had a real effect for Allied troops on the French beaches. Combined with the success of the famous Ghost Army, deception operations towards the Balkans, and German missteps, the D-Day landings faced much less resistance than they otherwise would have.
While Germany was defending Normandy, Denmark, and Greece, it was getting pummeled in France.
Employees’ brain waves are reportedly being monitored in factories, state-owned enterprises, and the military across China.
The technology works by placing wireless sensors in employees’ caps or hats which, combined with artificial intelligence algorithms, spot incidents of workplace rage, anxiety, or sadness.
Employers use this “emotional surveillance technology” by then tweaking workflows, including employee placement and breaks, to increase productivity and profits.
At State Grid Zhejiang Electric Power in the southeast city of Hangzhou, company profits jumped by $315 million since the technology was introduced in 2014, an official told the South China Morning Post.
Cheng Jingzhou, the official who oversees the company’s program, said “there is no doubt about its effect,” and brain data helps the 40,000-strong firm work to higher standards.
According to the SCMP, more than a dozen businesses and China’s military have used a different programme developed by the government-funded brain surveillance project Neuro Cap, based out of Ningbo University.
“They thought we could read their mind. This caused some discomfort and resistance in the beginning,” Jin Jia, a professor of brain science at Ningbo University told the Post.
“After a while they got used to the device… They wore it all day at work.”
Jin also said that employees’ brainwaves can be enough for managers to send them home.
“When the system issues a warning, the manager asks the worker to take a day off or move to a less critical post. Some jobs require high concentration. There is no room for a mistake.”
Another type of sensor, built by technology company Deayea, is reportedly used in the caps of train drivers on the high-speed rail line between Beijing and Shanghai. The sensor can even trigger an alarm if a driver falls asleep.
None of this has anything to do with gender or anything as asinine as that. The fact is, Wonder Woman was the best superhero movie of 2017 (yeah, I know when Logan was released, and I stand by this statement). And Wonder Woman is easily the best part of the current DC cinematic universe. But this is history.
World War I is a lot more complex than when Steve Trevor tells Diana that he’s the good guy and the bad guys are the Germans wading ashore. It was nice of her to just take his word for it. These are my issues with this mostly-fantastic film.
Wonder Woman does not like doors.
Ok, this isn’t historical, it’s more of a stylistic criticism. Batman and Superman get to fly in or punch their way through a group of bad guys while Wonder Woman has to explode through the wall like an ancient, mythical Kool-Aid Man.
How did that guy not see this coming?
The Germans look completely incompetent.
They’re not just the traditional, evil villainous henchmen — they’re bad at it, too. Maybe that’s why they need to be directed by the God of War. After chasing Steve Rogers Steve Trevor onto the hidden island of Themyscira, they encounter a group of natives who seem technologically inferior… so, obviously they have to murder them all, right?
No. World War I Germans were not the Nazis. Historically, they were as much a victim of circumstance as any other combatant in the war. Germans were arguably the best at fighting World War I. That’s why they took a lot of heat in Versailles, and that’s why World War II happened — the Germans didn’t technically lose. A general staff, a standing professional army — these are all pioneering developments from 19th/20th-Century Germany, but you’d never know it watching Wonder Woman.
A very important lesson for Diana.
No one lives up to their established reputation.
Eventually, the Germans who land on Themyscira all get slaughtered, despite the warship off the island’s coast that never gets used. Despite their guns and grenades, they get creamed by an Amazonian army using swords and arrows, which begs another question: Why are these highly-trained professional soldiers just standing in the open as projectiles are fired at them?
Sure, the Amazonians have never fought rifles before, but with all their superhuman abilities, why can’t they see these as projectile weapons? And the Germans can definitely see all the well-aimed arrows raining death on them, but there they are, kneeling in the open sand, waiting for death.
Germans in Wonder Woman just seem incompetent or lazy or both. Only Steve, the American, has the good sense to take cover on the beach that day.
Remember: They did this to save the town.
Wonder Woman does not do stairs.
There’s a sniper in the bell tower! Luckily everyone has cover, and he’s the only enemy left, so we can just head to the church and use the stars, right? No. That would require going through a door — we talked about that, remember? Let’s just throw Wonder Woman at the building and see what happens.
In their shoes, you’d have shot at Wonder Woman. And probably would have had trench foot.
The Germans didn’t start World War I.
They weren’t really the “bad guys,” they just happened to not be on America’s side. These aren’t Nazis and not every German soldier was responsible for the Rape of Belgium. A lot of them were conscripted, just like the guys on the other side of No Man’s Land. When it came to chemical weapons, the Allies used them on the Central Powers just as much as the other way around, and the same goes for submarine warfare, forced civilian labor, machine guns, and every other horrible thing about World War I on the Western Front.
If anything, she should be taking down Serbia and Austria-Hungary.
Through the goddamned window.
It’s way different for junior enlisted people.
While watching Wonder Woman for the first time, I remembered what it was like to pull security details as an E-2 while deployed. When Diana liberated Veld from the Germans, I couldn’t help but think of the circumstances surrounding it. While it’s totally awesome to watch her clear a trench, the war was almost over, and everyone knew it. The armies around Veld had been there for a year, and not much progress was made to advance either way. This means that everyone was likely just hunkering down to wait out the end of the war, content not to kill or be killed.
So, imagine being a German private, coming to work in the headquarters building, dreaming of returning home to Munich or Trier or wherever to be with your family again in just a few weeks when, suddenly, a Greek Goddess bursts in and starts murdering all your friends during frühstück and kaffee.