When Dave Berke was a kid, he imagined himself flying an F-18 off an aircraft carrier.
By the time he retired as a US Marine officer in 2016, he had not only done that, but he’d also flown an F-16, F-22, and F-35, taught at the elite Top Gun fighter pilot school, and served a year on the ground alongside Navy SEALs in the 2006 Battle of Ramadi as a forward air controller.
Today, he’s a member of Echelon Front, a leadership consulting firm started by two of those SEALs, Task Unit Bruiser commander Jocko Willink and one of his platoon commanders, Leif Babin.
Berke has spent the past year sharing lessons from his 23-year military career, and we asked him what insights were at the heart of his leadership philosophy. He shared with us two lessons he learned as a teenager, long before he ever saw combat.
They’re lessons he said became not only the foundation of his service, but his entire life, and they’re ones he’s had reinforced repeatedly.
Set specific goals and develop detailed paths to them.
Berke’s mom Arlene had become used to hearing her young son talk about how he wished he could fly fighter jets one day.
She told him that he needed understand that the role of a fighter pilot was a real job, one that existed outside of his daydreams. Berke said her message boiled down to: “You could sit there and think about wanting to be a pilot. By the time you’re 25 somebody will be doing that job. Spend less time fantasizing about it, spend less time dreaming about it, and spend more time coming up with a plan.”
Berke took it to heart, and in retrospect, probably took his mom’s advice even more intensely than she had intended. By 15 he knew that his goal was to fly F-18s off aircraft carriers and be stationed in Southern California. He wouldn’t go the more traditional Navy route, either, but would join the Marines and become an officer.
The Marines have fewer pilots, but even their pilots go through the same training as all other Marines. He wanted the best of both worlds, and to have his goal be as challenging as possible.
He accepted that he might not make this a reality, but decided he would act as though there were no alternative.
At 17, he met with a recruiting officer to nail down everything he needed to do to make his vision a reality, giving him a year to think about the resulting timeline before signing up for the Marine Corps.
“It keeps you disciplined because the risk of not doing all the things you need to do is failure,” he said about this timeline approach. “It’s a failure that you have nobody else to blame but yourself.”
Mental toughness is more important than abilities.
Berke said that he’s never been the biggest or strongest guy among his friends in the military, and as an 18-year-old, he was thin and average height.
He arrived at the Marine Corps Base Quantico for officer candidate school scared and intimidated. “I looked around and everybody else around me looked bigger, tougher, stronger, faster, and seemed to be more qualified than me to do that job,” he said.
But as the days went by, he would be surprised to see some of his fellow candidates break under pressure. A guy next to him that he knew was naturally a better athlete than he was wouldn’t be able to keep up in fitness trials, but it was because he didn’t share the drive that Berke had developed for years.
“As they started to fail, I started to realize that the difference between success and failure was mental toughness,” he said.
Berke, middle, with the Echelon Front team and Jocko Podcast producer Echo Charles, second from right. Berke joked this photo proves his point about not having to be the biggest or strongest to succeed. Photo from Echelon Front
He became an officer. Next was the Basic School, where he would be given his role in the Marine Corps. He was one of 250 new officers, and there were only two pilot spots for his class.
“There’s no way I’m going to let somebody else work harder, be more committed, be more disciplined, and outperform me in that environment to accomplish what they want at my expense,” he thought. “It’s not going to happen.”
The same mindset is what got him through the chaos of Iraq 15 years later, when a plane didn’t separate him from the fighting on the ground.
NASA’s Curiosity rover has found new evidence preserved in rocks on Mars that suggests the planet could have supported ancient life, as well as new evidence in the Martian atmosphere that relates to the search for current life on the Red Planet. While not necessarily evidence of life itself, these findings are a good sign for future missions exploring the planet’s surface and subsurface.
The new findings — “tough” organic molecules in three-billion-year-old sedimentary rocks near the surface, as well as seasonal variations in the levels of methane in the atmosphere — appear in the June 8, 2018 edition of the journal Science.
Organic molecules contain carbon and hydrogen, and also may include oxygen, nitrogen and other elements. While commonly associated with life, organic molecules also can be created by non-biological processes and are not necessarily indicators of life.
“With these new findings, Mars is telling us to stay the course and keep searching for evidence of life,” said Thomas Zurbuchen, associate administrator for the Science Mission Directorate at NASA Headquarters, in Washington. “I’m confident that our ongoing and planned missions will unlock even more breathtaking discoveries on the Red Planet.”
“Curiosity has not determined the source of the organic molecules,” said Jen Eigenbrode of NASA’s Goddard Space Flight Center in Greenbelt, Maryland, who is lead author of one of the two new Science papers. “Whether it holds a record of ancient life, was food for life, or has existed in the absence of life, organic matter in Martian materials holds chemical clues to planetary conditions and processes.”
Although the surface of Mars is inhospitable today, there is clear evidence that in the distant past, the Martian climate allowed liquid water — an essential ingredient for life as we know it — to pool at the surface. Data from Curiosity reveal that billions of years ago, a water lake inside Gale Crater held all the ingredients necessary for life, including chemical building blocks and energy sources.
“The Martian surface is exposed to radiation from space. Both radiation and harsh chemicals break down organic matter,” said Eigenbrode. “Finding ancient organic molecules in the top five centimeters of rock that was deposited when Mars may have been habitable, bodes well for us to learn the story of organic molecules on Mars with future missions that will drill deeper.”
Seasonal Methane Releases
In the second paper, scientists describe the discovery of seasonal variations in methane in the Martian atmosphere over the course of nearly three Mars years, which is almost six Earth years. This variation was detected by Curiosity’s Sample Analysis at Mars (SAM) instrument suite.
Water-rock chemistry might have generated the methane, but scientists cannot rule out the possibility of biological origins. Methane previously had been detected in Mars’ atmosphere in large, unpredictable plumes. This new result shows that low levels of methane within Gale Crater repeatedly peak in warm, summer months and drop in the winter every year.
“This is the first time we’ve seen something repeatable in the methane story, so it offers us a handle in understanding it,” said Chris Webster of NASA’s Jet Propulsion Laboratory (JPL) in Pasadena, California, lead author of the second paper. “This is all possible because of Curiosity’s longevity. The long duration has allowed us to see the patterns in this seasonal ‘breathing.'”
Finding Organic Molecules
To identify organic material in the Martian soil, Curiosity drilled into sedimentary rocks known as mudstone from four areas in Gale Crater. This mudstone gradually formed billions of years ago from silt that accumulated at the bottom of the ancient lake. The rock samples were analyzed by SAM, which uses an oven to heat the samples (in excess of 900 degrees Fahrenheit, or 500 degrees Celsius) to release organic molecules from the powdered rock.
SAM measured small organic molecules that came off the mudstone sample – fragments of larger organic molecules that don’t vaporize easily. Some of these fragments contain sulfur, which could have helped preserve them in the same way sulfur is used to make car tires more durable, according to Eigenbrode.
The results also indicate organic carbon concentrations on the order of 10 parts per million or more. This is close to the amount observed in Martian meteorites and about 100 times greater than prior detections of organic carbon on Mars’ surface. Some of the molecules identified include thiophenes, benzene, toluene, and small carbon chains, such as propane or butene.
In 2013, SAM detected some organic molecules containing chlorine in rocks at the deepest point in the crater. This new discovery builds on the inventory of molecules detected in the ancient lake sediments on Mars and helps explains why they were preserved.
Finding methane in the atmosphere and ancient carbon preserved on the surface gives scientists confidence that NASA’s Mars 2020 rover and ESA’s (European Space Agency’s) ExoMars rover will find even more organics, both on the surface and in the shallow subsurface.
These results also inform scientists’ decisions as they work to find answers to questions concerning the possibility of life on Mars.
“Are there signs of life on Mars?” said Michael Meyer, lead scientist for NASA’s Mars Exploration Program, at NASA Headquarters. “We don’t know, but these results tell us we are on the right track.”
This work was funded by NASA’s Mars Exploration Program for the agency’s Science Mission Directorate (SMD) in Washington. Goddard provided the SAM instrument. JPL built the rover and manages the project for SMD.
Most of the time, pilots in air forces fly from air bases. On those bases, pilots have ready rooms that are nice and comfortable, stocked with all the amenities needed for those who know that, at any given time, war could break out — or there could be an accident somewhere that demands air support. Either way, you need to have a pilot near their aircraft at all times. So, yeah, pilots get pampered.
At war, things are very different. Air bases are quite conspicuous. You can’t really hide them and the enemy knows where they are thanks to satellite imagery. So, what do you do when your airbase gets hit and the runways are a mess?
The Harrier, used by the Royal Air Force and the United States Marine Corps, was particularly suited for these types of operations due to its Vertical/Short Take-Off and Landing (V/STOL) capability. The Swedish Air Force also practiced this as well with Viggen multi-role fighters.
Russia, not to be outdone by peer rivals, carried out similar training recently. Russia, for these operations, used high-end fighters of the “Flanker” family as well as the Su-34 “Fullback,” a strike-optimized version of the Flanker. By comparison, the F-15 Eagle and F-22 Raptor, the USAF’s answer the Flanker, are more base-bound.
Watch the video below to learn more about these exercises. Do you think the ability to carry out highway operations with the Flanker gives Russia an advantage?
One of the eight engines powering a Boeing B-52 bomber flying over Minot Air Force Base on Wednesday quite literally fell right off the aircraft.
The unarmed aircraft, which was on a training flight at the North Dakota base, landed safely and none of the crew were injured, an Air Force spokesman told Defense News.
The service has already initiated an investigation into what went wrong. All crew members of a B-52 that crashed in May 2016 escaped without injury, though a 2008 crash killed all six crew members on board.
The B-52 is a long-range, heavy bomber jet aircraft powered by eight Pratt Whitney engines. It was first introduced in 1955, though it has continually been upgraded and maintained.
The Air Force has just over 75 B-52s still in service today, which are slated to last into 2040, according to Defense News.
The B-21 Long Range Strike Bomber is expected to replace the aging B-52 fleet once it’s introduced some time in the mid-2020s.
For my crime of earning a Naval Flight Officer’s Wings of Gold and being selected for training as an F-14 Tomcat radar intercept officer (like “Goose” in the movie “Top Gun”) I was sent to the Navy’s Survival, Evasion, Resistance, and Escape – SERE – School in Brunswick, Maine during the winter of 1984.
My fellow trainees and I stepped off the C-9 from Norfolk and were hit by a biting wind, the kind that’s normal for Maine in January. I immediately wondered why I hadn’t tried to push off SERE School until June or July.
The first couple of training days were conducted in a classroom. The lead instructor had been in the backseat of an F-4 Phantom that was shot down over Hanoi and had spent nearly three years as a POW. He explained that since we were all aviators there was a likelihood that we could fall into the hands of the enemy as well, therefore we needed to pay attention and take SERE training to heart. “This is the most important school the Navy will ever send you to,” he said.
The crux of the classroom training was an in-depth review of the Code of Conduct, a list of six “articles” created after American POWs suffered at the hands of their captors during the Korean War. They were all tortured in one form or another. Many were brainwashed; some even refused to return to the United States after the war.
Here are the six articles of the Code of Conduct:
I am an American fighting in the forces which guard my country and our way of life. I am prepared to give my life in their defense.
I will never surrender of my own free will. If in command, I will never surrender the members of my command while they still have the means to resist.
If I am captured I will continue to resist by all means available. I will make every effort to escape and aid others to escape. I will accept neither parole nor special favors from the enemy.
If I become a prisoner of war, I will keep faith with my fellow prisoners. I will give no information nor take part in any action which might be harmful to my comrades. If I am senior, I will take command. If not I will obey the lawful orders of those appointed over me and will back them up in every way.
When questioned, should I become a prisoner of war, I am required to give name, rank, service number, and date of birth. I will evade answering further questions to the utmost of my ability. I will make no oral or written statements disloyal to my country and its allies or harmful to their cause.
I will never forget that I am an American, fighting for freedom, responsible for my actions, and dedicated to the principles which made my country free. I will trust in my God and in the United States of America.
The night before we were bussed across Maine and dropped in the mountains that border Canada, we decided to stuff ourselves with KFC, hoping that would give us the energy we needed to get through the field portion of SERE. Early the next morning we were issued cold weather clothing and reminded that it was more than we’d have if we’d had our jets shot from under us. And the fact we were also given snowshoes should have been a warning sign that the weather where we were going was more brutal than the already miserable weather at Naval Air Station Brunswick on the Atlantic Ocean side of the state.
After a four-hour drive westward into higher elevations we wandered off the bus and were greeted by a group of “partisans,” friendly locals who welcomed us to the Peoples Republic of North America – PRONA. The partisans explained that PRONA was a Soviet satellite (remember, this was 1984 and the Cold War was still in full swing) and that they were a small band of rebels fighting for freedom. (We found out later that the partisans, like everyone else in the land of PRONA, were actually a combination of local outdoorsmen on retainer and DoD personnel on loan to SERE School.) The partisans spoke English with thick eastern European accents. (They were acting, of course, but it was believable.)
The partisans broke us into groups of 10 and led us into the forest where they gave us instruction in some of the basics of survival, including how to use the snowshoes to navigate the massive snowdrifts we encountered. That night we were allowed to make a campfire and eat meat of unknown origin and huddle as a group to stay warm.
The next day our partisan told us that the army of PRONA was looming and we needed to break up the group and attempt to evade individually. I spent the balance of the daylight hours crunching through the forest trying to be sneaky in spite of the fact there was no way to be while wearing snowshoes. Right before it got dark I fashioned a quick snow fort as our partisan had instructed and climbed into my sleeping bag for a few hours of trying to keep the exposed part of my face from freezing.
At daybreak one of the partisans came and got me –obviously my hiding place sucked – and said that the enemy threat was gone for the time being and we were going to form up the entire group and march to a safe place. It was actually a trap (and a lesson in who not to trust during wartime).
The formation was interrupted by gunshots. The partisans disappeared into the forest and suddenly we were surrounded by military trucks and dudes in uniform yelling at us in a foreign tongue. Whatever training scenario context remained in our minds evaporated as our new captors slapped us – like hard – and threw us to the ground.
We were forcibly loaded into the back of the troop transports and driven along a long road down the mountain, repeatedly told during the trip not to look out the back of the trucks or we’d be shot. When the trucks stopped and we were yanked to the ground again I got a quick glance at my surroundings – a prison camp – before I was blindfolded and led to a cell.
The guard removed my blindfold and forced me to sit on a box that was barely a foot tall and place my arms along my legs with my palms facing upward – what he called “the po-seesh.” “Get in po-seesh!” he yelled, Prona-ese for “position,” I assumed.
The guard told me I was “War Criminal Number One Five” and that I should refer to myself as such. Then he pointed to a tin can lined with a plastic bag in the corner and explained that it was my “sanitary facility” in the event I had to use the bathroom, but I was not to use it without permission.
He slammed the door to my cell shut and then peered through the small hatch in the door and, seeing I was not in the po-seesh, promptly re-entered the cell and roughed me up for a bit. I spent the next hours doing the calculus of holding the uncomfortable po-seesh and relaxing with the understanding that if the guard caught me I’d weather another beating.
As I sat there wondering what was going to happen next a wide variety of psyops stuff blared through the speaker mounted high in one corner of the small cell. A mind-numbing cacophony of an out-of-control saxophone was followed by Rudyard Kipling reciting his poem “Boots” over and over in a very haunting voice. (No one who ever attended Navy SERE will forget “Boots.”)
Give it a listen (and try not to go insane in the process):
Occasionally instructions from the guards were piped over the speaker, for instance, the rules for heeding calls of nature: “War criminals wishing to use the sanity facilities must ask permission by saying, ‘War criminal numbering whatever wishes to urinate or defecate.’ Do not do so until you are told to do so!”
At some point a guard entered my cell, blindfolded me, and led me to an interview with the camp commander. His friendly demeanor led me to believe this was the “soft sell” portion of my interrogation. He asked me how I was feeling. I joked I was hungry. He looked concerned and said he’d get me some hot food right after I got back to my cell. I also joked that the music was terrible and I’d prefer the Beatles, and he said he’d make that happen right away too.
Then he asked me where I was stationed. I said I couldn’t answer that. He asked me what kind of airplanes I flew. I said I couldn’t answer that either. After a second round of refusals his friendly mood shifted into anger, and he ordered the guard to take me back to my cell, saying I was “insincere” and needed to see the provost marshal for further “re-edu-ma-cation.”
After another extended period in solitary confinement in my cell accompanied by “Boots” on repeat, I was blindfolded again and taken to another part of the camp. As I was led through the snow I heard loud banging and people screaming. Once inside the building my blindfold was removed and one of the guards told me to climb into a small box, barely big enough for me to fit.
Once I’d wedged myself in, the guard slammed the lid. He instructed me that when he banged on the box once I was to yell my war criminal number, and when he banged twice I was to yell my social security number. This went on for a while, and fortunately I don’t get claustrophobic, cause if I did the confined space would have freaked me out.
The box treatment was followed by some “up and jumps,” known to the rest of us as jumping jacks, and other calisthenics punctuated by guards slapping me and throwing me to the floor. When I was good and winded a guard led me to a room where a big burly man with a red beard was waiting.
Red Beard asked me a few questions about my military profile, and each time I didn’t answer he slapped me. He produced an American flag and threw it on the ground and told me to dance on it. I tried to avoid it but he pushed me and I wound up stepping on the flag and as I did a photographer appeared and snapped a shot.
After another round of questions I didn’t answer, Red Beard decided it was time for stronger measures. He pushed me to the floor and made me sit on my hands. He straddled my legs as he fired up some pipe tobacco and started blowing smoke into my face using a large rubber tube.
I couldn’t breathe. The room started spinning. My head hit the floor. I puked.
And to my horror – even though I’d hadn’t quite finished puking – Red Beard blew more smoke in my face.
This felt like real torture, and I was convinced he was going to kill me. As I fought to get a clean breath of air, I managed to beg him to stop and offered to tell him something, hoping to employ the technique where you try to bend but not break by throwing out some meaningless bullshit.
I told him I was stationed in Florida even though I was really stationed in Virginia and that I flew helicopters even though I flew jets. Red Beard laughed and called the guard back in, telling him to give me as much food and water as I wanted because I’d been very helpful.
As I was led back to my cell blindfolded I felt like a total pussy who’d caved too easily.
After another period in solitary with my morale at an all-time low, a guard came and got me and led me back to the camp commander’s office. The camp commander told me about a junior enlisted man who’d gone through the same torture but instead of talking he’d come off the floor screaming “Article Five!” – a reference to the Code of Conduct where it states a POW should only give name, rank, and date of birth. “You are supposed to be an officer, but an enlisted man is stronger than you,” he said. “And you are insincere. You told us wrong information. I am sending you back to the provost.”
Sure enough, after more time in my cell to contemplate my shortcomings as an officer, I was back in front of Red Beard.
I hated Red Beard. I hated PRONA. And I felt another emotion that was like an epiphany: I wasn’t about to let America down again. The nation was depending on me to be strong. That’s why they’d given me my Annapolis education and put me through flight school. (Seriously, all of these things ran through my brain in that torture chamber.) If I had to die, so be it. Let the smoke blow . . .
After some more passing out and puking followed by more passing out and puking, Red Beard let me go.
The next day we were let out of solitary confinement and forced to do hard labor around the camp where our tasks included carving a “heli-mo-copter pad” in the ice-covered ground – an impossible task for which we were beaten for our lack of progress. One guy was stripped to his underwear and forced to stand at attention as his clothes were burned in front of him.
The camp commander gathered us together and, holding a Bible aloft, told us our beliefs were bullshit and that the only religious figure Americans truly worshiped was St. Walt Disney. He threw the Bible down and stomped it, which caused some of the prisoners to react enough that the guards felt obliged to slap them and throw them on the ground.
This cycle of hard labor in the freezing cold followed by “re-edu-ma-cation” sessions from PRONA’s propaganda machine went on for hours and hours, until the sun was about to set on our miserable existence once again. Morale was low. We were sure we were never getting out of there and our lives as we knew them were over.
Suddenly there was another burst of gunfire and a group of guys in cammies rappelled over the walls of the compound at various spots. They took the camp personnel into custody and announced that they were Navy SEALs. The flag of PRONA hung against the main guard tower was replaced by the Stars and Stripes as the National Anthem played over the camp PA.
There wasn’t a dry eye among us as we sang along. We were Americans, and we were free again.
The Senate Intelligence Committee’s recent report on the CIA’s enhanced torture techniques during the early years of the wars in Iraq and Afghanistan has restarted discussions about DoD’s methods and where they’re taught and learned. The SERE School curriculum has been lumped into those discussions.
But for me SERE wasn’t about the torture. It was about the realization that the pomp and ceremony, the pageantry and adulation that surrounded wearing a Navy officer’s uniform was meaningless without the courage and commitment that underpins them.
SERE taught me a big lesson in sacking up, and I can say without any hesitation that it was, in fact, the most important school the Navy ever sent me to.
(Editor’s note: This story deals with a specific SERE curriculum that no longer exists.)
Transitioning from military life to the civilian world is no walk in the park — for those working through the process of transition, how do you choose your support?
What if one program supported your transition from career services, education, to placement?
VETTED shines as a veteran transition platform embracing this total package approach.
While studying at the University of Texas, Navy SEAL and VETTED Founder, Michael Sarraille, saw a gap in veterans joining corporate America. While there are thousands of work programs available, there wasn’t an organizing structure or process producing repeatable results for veterans specifically.
Sarraille, the architect behind VETTED, led the development of what is now hailed as the most comprehensive veteran transition platform.
Current CEO, Robert White, notes three parts of successful transition: Career Development + Education + Placement.
Military funded programs, like TGPS, provide part of the career services component while placement firms, like Bradley Morris Inc. and others, do talent sourcing, but as White notes, “without the education piece, you’re going to plateau.”
Disparity in support
Many veterans are familiar with career service resources, but the common tools that they use don’t often work for career placement. Military transition counselors aren’t the same advocates as recruiters and many of the education programs used while serving lack the alumni and brand recognition of civilian programs.
For example, 50% of the 2017-2018 VETTED fellows have MBAs from programs you know in uniform — but unfortunately, the military MBA programs aren’t as recognizable as top MBA programs in the civilian world. Although equally educated, veterans don’t often get the respect they deserve in the civilian market.
Alignment and consistency from military support to civilian support is where VETTED stands out.
“This is the professional military education platform to accelerate high-caliber veterans into corporate leaders or entrepreneurs.” – Robert White
VETTED works in five stages: Transition preparation, distance education, residence education, career placement, and followthrough.
Potential fellows complete a detailed application process, and, if accepted, progress along a five-month distance education program.
Each distance program is partnered with a regionally accredited, top MBA program.
The first fellows complete coursework with the Executive Education/MBA departments at University of Texas Texas AM University, receiving the same course content and training as their civilian counterparts. And as the VETTED program rolls out nationwide, fellows will be able to target programs based on geographic locations that they want to transition into.
Residency and placement
Following distance education, fellows meet for a two-month, in-person residency.
This February, 40 fellows will attend intensive training at UT McCombs Texas AM Mays Business Schools. They undergo orientation training in management consulting or entrepreneurship.
After residency, VETTED has partnered with Bradley Morris, Veterati, American Corporate Partners, and other experts to extend support to graduates.
Fellows partner with both VETTED and industry mentors to find ideal employers and craft a network for employment. No other transition support or training provider has this “cradle-to-grave” structure.
VETTED’s leadership is committed to diversity inclusion in fellows and leadership.
White notes that VETTED is researching with the University of Washington Women’s Center on how to better target women for the program. The current fellows program is 12.5% women and VETTED wants to increase that percentage to better match the transitioning veteran population.
VETTED’s partnership with the University of Washington goes beyond just targeted recruitment and outreach. UW’s Foster School of Business has recently been announced as the third school implementing VETTED’s Veteran Accelerated Management Program.
With others schools currently in negotiation, VETTED is on it’s way to becoming the premier transition platform to catapult military leaders into management consulting, operations, and entrepreneurship.
But growth has its limits.
VETTED has expanded their donation model to allow individual contributors, as well as corporate sponsors for both fellowship spots or their entire program. If you’re interested in supporting, please reach out.
About the Author: Travis is an active duty Lieutenant Commander in the U.S. Coast Guard. He’s currently a Marine Inspector Port State Control Officer, assigned to the Port of New Orleans. He is also the author of two books, including his recent book Command Your Transition.
Nothing makes a war movie pop like its soundtrack. Films that are scored by famous composers stay with us forever. Hans Zimmer did “Black Hawk Down,” “Saving Private Ryan,” was scored by John Williams, and of course, the most famous war film score ever, Maurice Jarre’s work for the WWI epic “Lawrence of Arabia.”
But not every war movie needs to be scored. There are a few movies where a well-placed pop song is an epic use of screen time. When a director uses a “needle drop,” it can push the scene into something unforgettable.
1. “What A Wonderful World” from “Good Morning Vietnam”
In a movie full of great music and memorable scenes, how do you even choose the most poignant? Barry Levinson’s 1987 film juxtaposes Louis Armstrong’s classic song with imagery of the men fighting the war, the civilians caught in the middle, and the corruption of the South Vietnamese regime.
2. “Danger Zone” from “Top Gun”
No opening sequence starts a movie better than the song that keeps Kenny Loggins in the money to this day. The Navy even used this movie as recruiting tool, with a full 90 percent of applicants reporting that they’d seen “Top Gun” the year it came out.
3. “The End” from “Apocalypse Now”
Did I say “Top Gun” has the best opening scene song? It has to compete with the first shots of “Apocalypse Now,” featuring the Doors’ “The End”.
4. “Tracks of My Tears” from “Platoon”
Charlie Sheen gives us a stark vision of his future, jamming with his friends to Smokey Robinson and the Miracles’ 1965 hit, smoking all manner of things while knocking back a few beers. This scene is just as iconic as the Sgt. Elias death scene or the end of the movie, where Sheen’s character looks back on his tour.
The Trashmen’s 1963 song “Surfin’ Bird” dominates as the Americans push the NVA back from Hué City.
6. “Do Wah Diddy” from “Stripes”
I think the YouTube commenter Brian Buchanan said it best about this scene from the Bill Murray and Harold Ramis comedy “Stripes” — “Funny scene, but these two morons would be doing push up ’til they died.”
7. “Dream Lover” from “Hot Shots”
Yeah, “Hot Shots” isn’t a real war movie in the sense that anything really happened but you can say that about “The Hurt Locker” too. Even so, I’ll never forget when Topper Harley sees Ramada Rodham Hayman for the first time.
“I was really impressed with the way you handled that stallion. You know, when I saw you dig your heels into his sides, tighten up the reigns, and break his spirit, I never wanted to be a horse so much in my life.”
8. “You’ve Lost That Lovin’ Feelin” from “Top Gun”
If this movie and Kenny Loggins prompted a bunch of people to join the Navy, I wonder how many late-80s women had to put up with guys singing to them in bars until the fall of Communism.
9. “Sgt. Mackenzie” from “We Were Soldiers”
While not technically a pop song, this song was written about the singer’s grandfather’s service in WWI and is undeniably awesome. Awesome. Awesome.
NASA is calling India’s destruction of a satellite last week a “terrible, terrible thing” and says the space debris created by the explosion should be considered a threat to the International Space Station and the astronauts on board.
“We modeled 6,500 fragments, basically those that were larger than half a centimeter,” Tom Johnson, the vice president of engineering for Analytical Graphics, said.
Indian Prime Minister Narendra Modi.
India downplayed the risk of debris after its missile launch, with its top scientists saying last week that the country expected the debris to burn out in Earth’s atmosphere in less than 45 days.
G. Satheesh Reddy, the chief of India’s Defence Research and Development Organisation, said a low-altitude military satellite was targeted with the goal of reducing the risk of debris.
“That’s why we did it at lower altitude — it will vanish in no time,” he told Reuters. “The debris is moving right now. How much debris, we are trying to work out, but our calculations are it should be dying down within 45 days.”
Acting US Defense Secretary Patrick Shanahan warned a day after India’s test that the event could create a “mess” in space.
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
A Chinese firm has reportedly developed next-generation radar technology with the ability to see through American stealth defenses.
The Intelligent Perception Technology Laboratory successfully developed China’s first quantum radar system in August, several Chinese media outlets reported Sept. 8. The Laboratory is run by the 14th Institute of China Electronics Technology Group Corporation, a defense and electronic technology firm.
During real-world tests of China’s new quantum radar system, it was able to detect targets 100 kilometers (62.1 miles) away.
Quantum radar systems offer unjammable aircraft detection.
The B-2 Spirit bomber is one of the most sophisticated military aircraft ever built. China says it has developed a radar that can help shoot it down. (Photo: U.S. Air Force)
Older radar systems can be rendered ineffective in a number of different ways. For instance, white noise can be used to drown out the radar frequency, or aircraft can deploy chaff countermeasures to create a false reflection and confuse the radar system. Newer radar systems can skirt these defenses; however, it is now possible to intercept the radar signal and send back false images.
If electromagnetic and stealth countermeasures are deployed effectively, traditional radar systems can’t tell the difference between a floating piece of tin foil and a stealth fighter. Quantum radar systems cannot be so easily compromised though.
Mehul Malik, Omar S. Magana-Loaiza, and Robert W. Boyd, three researchers in the Institute of Optics at the University of Rochester in New York, determined in December 2012 that quantum-secured imaging could be used to develop an unjammable radar system.
“In order to jam our imaging system, the object must disturb the delicate quantum state of the imaging photons, thus introducing statistical errors that reveal its activity,” explained the three-man research team in a report. If a stealth aircraft attempts to jam a quantum radar system by intercepting the photons and sending back a false image, it will destabilize the signal and reveal an error, indicating that an enemy is trying to jam it.
China’s KJ-2000 early warning and control aircraft, which uses X-band radar technology and Beidou satellites, can reportedly spot the F-22, but it is difficult for the KJ-2000 to lock onto stealth aircraft.
Quantum radar technology rectifies this problem. Chinese military experts suggest that once a stealth aircraft is detected by a quantum radar system, it won’t be able to escape elimination by air defense missiles, reports the People’s Daily. China argues that its new quantum radar system will make stealth fighters like America’s F-22 and Russia’s T-50 completely visible to Chinese defense systems. Theoretically, this technology could also be used against a vast array of other stealth aircraft, including the F-35 and B-2.
China launched an unhackable quantum satellite last month. The launch was hailed as a breakthrough in quantum technology. China’s development of a quantum radar system represents another great leap forward in Chinese quantum technology.
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The military has very talented photographers in its ranks, and they constantly attempt to capture what life as a service member is like during training and at war. This is the best of what they shot this week:
An F-15C Eagle from the 142nd Fighter Wing, Portland, Ore., lands at Leeuwarden Air Base, Netherlands.
Members of the 437th Airlift Wing at Joint Base Charleston, S.C., conduct a multi-ship C-17 Globemaster III formation during Crescent Reach 15.
The Arleigh Burke-class guided-missile destroyer USS Lassen (DDG82), front, conducts a trilateral naval exercise with the Turkish frigate FTCD Gediz (F-495) and Republic of Korea Navy (ROKN) destroyers Seoae Ryu Seong-ryong (DDG 993) and Gang Gam-chan (DDH 979) in support of theater security operations.
NEW YORK (May 24, 2015) Sailors assigned to USS San Antonio (LPD 17) march in the Greenpoint Veterans Memorial Parade in the borough of Brooklyn as a part of Fleet Week New York (FWNY) event, May 24. FWNY, now in its 27th year, is the city’s time-honored celebration of the sea services.
Soldiers, assigned to 2nd Stryker Brigade Combat Team, 25th Infantry Division, unload their Stryker vehicles during joint readiness exercise, Culebra Koa 15, May 21, 2015, at Bellows Air Force Station in Waimanalo, Hawaii.
Paratroopers, assigned 173rd Airborne Brigade, conduct airborne operations off the coast of Athens, Greece, with the 2nd Para Battalion of the Greek Army.
Protect the Bird. A Marine with Lima Company, Battalion Landing Team 3rd Battalion, 1st Marine Regiment, 15th Marine Expeditionary Unit, establishes security aboard Bellows Air Force Station, Hawaii.
Night Flight. An F-35B Lightning II Joint Strike Fighter taxies to be refueled on the flight deck of USS Wasp during night operations, a part of Operational Testing 1, May, 22, 2015.
Later this week we will take a look at what it’s like on an International Ice Patrol deployment! Here is a small sample of what is to come.
The United States Coast Guard Ceremonial Honor Guard Silent Drill Team was caught performing at the Statue of Liberty this past Saturday.
Part of the Memex suite of tools, Tellfinder reveals trafficking activity and summarizes the behavior of and relationships between the entities that post them. (DARPA graphic)
Wade Shen, a program manager in DARPA’s Information Innovation Office, said in a recent DoD News interview that the program, called Memex, is designed to help law enforcement officers and others perform online investigations to hunt down human traffickers.
“Our goal is to understand the footprint of human trafficking in online spaces, whether that be the dark web or the open web,” he explained, characterizing the dark web as the anonymous internet, accessed through a system, among others, called Tor.
“The term dark web is used to refer to the fact that crimes can be committed in those spaces because they’re anonymous,” Shen said, “and therefore, people can make use of [them] for nefarious activities.”
Point of Sale
The approach he and his team have taken is to collect data from the Internet and make it accessible through search engines.
“Typically, this is data that’s hard for commercial search engines to get at, and it’s typically the point of sale where sex trafficking is happening,” Shen explained. “Victims of sex trafficking are often sold as prostitutes online, and a number of websites are the advertising point where people who want to buy and people who are selling can exchange information, or make deals.
“What we’re looking for,” he continued, “is online behavioral signals in the ads that occur in these spaces that help us detect whether or not a person is being trafficked.”
When a prostitute is advertised online as being “new in town” or by specific characteristics, those are hints that person might be trafficked. New in town means a person might be moving around, and the term “fresh” often means a person is underage, Shen explained. “Those kinds of things are indicators we can use to figure out whether or not a person is being pimped and trafficked,” he added.
Before the Memex program formally began in late 2014, Shen’s team was working with the district attorney of New York to determine if they could find signals associated with trafficking in prostitution ads on popular websites.
DMA modern slavery info graphic.
“We found that lots of signals existed in the data, whether they be phone numbers used repeatedly by organizations that are selling multiple women online, or branding tattoos that exist in photos online, or signals in the text of the ads,” Shen said.
Shen’s team had been working on text-based exploitation programs for big data — extremely large data sets that may be analyzed computationally to reveal patterns, trends and associations, especially relating to human behavior and interactions. But they thought that if they extended the technology to understand images and networks of people, then they could apply it to detecting rings of traffickers and behaviors associated with trafficking online.
“If we could do that,” he said, “we could … generate leads for investigators so they wouldn’t have to sift through millions of ads in order to find the small number of ads that are associated with trafficking. So that’s what we did.”
Early on, the team realized that search wasn’t quite the right modality for doing such investigations and that there was a lot more work to do before the technology could be adapted to trafficking. That’s when the Memex program began, Shen said.
“Since the beginning of the program, we’ve had a strong relationship with the district attorney of New York, but they’re not the only user of the technology. Over time, we have engaged with many different law enforcement agencies, including 26 in the United Kingdom, the district attorney of San Francisco, and a number of others,” he said.
Investigators for the district attorney of New York were able to use Memex tools to find and prosecute perpetrators, and that resulted in an arrest and conviction in the program’s first year, he added.
“Since then,” Shen said, “there have been hundreds of arrests and other convictions by a variety of law enforcement agencies in the United States and abroad.”
Today, more than 33 agencies are using the tools, he added, and an increasing number of local law enforcement agencies are using the tools.
“As word of mouth spreads about the tools and the fact that we give free access to the tools to law enforcement, more and more people are signing up to use it,” he said.
Shen said it’s easy for his team to work with state, local and federal partners in the United States, but it’s harder to work with agencies abroad.
“But we’re committed to do that,” he added, “so we are in the process of working out deals with a number of those agencies so they have access to the tools we currently deploy and to allow them, after we exit [when the program ends in a year] … to continue to run their own versions of these tools.”
DARPA funds the Memex project, which, according to the agency’s budget office, has cost $67 million to date. But rather than do the work, as with its other projects, DARPA catalyzes commercial agents, universities and others to develop the technology, Shen said.
“They are experts in their fields — image analysis, text analysis or web crawling and so on — and we engage the best of that community to work on this problem. What they’ve essentially done is form coalitions to … build the tools [needed] to solve the problem, because no one of the entities that we call performers is able to do that on their own,” he added.
The Memex program has 17 different performers, and many of them also work with partners. “So all in all,” Shen said, “we have hundreds of people who are working on this effort. All of them are very dedicated to this problem, because the problem of human trafficking is real.”
When Shen’s team started the program, one of the things they realized was that the cost of people in these spaces, the cost of slaves, is essentially zero, he added.
“That means our lives are essentially worthless in some sense, and that just seems wrong,” he said. “That motivated us and a lot of our performers to do something, especially when we build technology for all sorts of commercial applications for profit and for other motives. That’s what a lot of our folks do on a day-to-day basis, and they felt the need to make use of their technology for a noble cause. We think Memex is one of these noble causes.”
When the closest VA clinic is miles away, or you have a hard time traveling from place to place, the last thing you want to do is make a trip to the doctor’s office. We get that. Your time is valuable.
In 2005, VA created My HealtheVet next to a coffee shop inside the Portland VA Medical Center. The small kiosk (and floppy disk drives) are long gone. However, the concept remains the same. Give veterans’ the opportunity to play an active role in their health care while saving them time in the process.
Today, over 4.9 million veterans have registered online for VA’s patient portal, My HealtheVet, to refill their prescriptions, download and share their medical records, schedule and view appointments, and send secure messages to their health care teams.
Over 140 million prescriptions refilled
Get this: My HealtheVet has refilled more than 143-million prescriptions over the last 14 years. It could take you just a couple of clicks to order your next prescription. And it will be delivered right to your doorstep.
It’s easy to sign up for an account, and it’s completely free! You can even upgrade your account the next time you’re at a VA clinic to access all of My HealtheVet’s features:
Refill prescriptions online
Schedule and view VA appointments
Download and share your medical records, including medical images
Send secure messages to your health care teams
Access to mental health resources
Gain knowledge through the Veterans Health Library
Click to learn more information about My HealtheVet and start saving time today!
This article originally appeared on VAntage Point. Follow @DeptVetAffairs on Twitter.
COLORADO SPRINGS, Colo. – Soldiers from 1st Battalion, 68th Armor Regiment, 3rd Armored Brigade Combat Team, 4th Infantry Division, conducted a joint air mobility exercise with Airmen from the 21st Airlift Squadron, 60th Air Mobility Wing, Travis Air Force Base, Cali. (U.S. Army photo by Staff Sgt. Grady Jones, 3rd AMCT Public Affairs, 4th Inf. Div.)
Algorithms are progressing to the point wherein they will be able to allow an Abrams tank crew to operate multiple nearby “wing-man” robotic vehicles in a command and control capacity while on the move in combat.
The Army is preparing to configure Abrams tank prototypes able to control nearby “robotic” wing-man vehicles which fire weapons, carry ammunition and conduct reconnaissance missions for units on the move in combat, service officials said.
Although still in the early stages of discussion and conceptual development, the notion of manned-unmanned teaming for the Abrams continues to gain traction among Army and General Dynamics Land Systems developers.
Algorithms are progressing to the point wherein they will be able to allow an Abrams tank crew to operate multiple nearby “wing-man” robotic vehicles in a command and control capacity while on the move in combat.
Army researchers, engineers and weapons developers are preparing to prototype some of these possibilities for future Abrams tanks, Maj. Gen. David Bassett, Program Executive Officer, Ground Combat Systems, told Scout warrior in an interview.
“As I look to the future and I think about game-changing technologies, manned-unmanned teaming is a big part of that. There’s a set of things that we think could be really transformational,” Bassett said.
This kind of dynamic could quickly change the nature of landwar.
Autonomous or semi-autonomous robotic vehicles flanking tanks in combat, quite naturally, could bring a wide range of combat-enhancing possibilities. Ammunition-carrying robotic vehicles could increase the fire-power of tanks while in combat more easily; unmanned platforms could also carry crucial Soldier and combat supplies, allowing an Abrams tank to carry a larger payload of key combat supplies.
Also, perhaps of greatest significance, an unmanned vehicle controlled by an Abrams tank could fire weapons at an enemy while allowing the tank to operate at a safer, more risk-reducing stand-off range.
As unmanned vehicles, robotic platforms could be agile and much lighter weight than heavily armored vehicles designed to carry Soldiers into high-risk combat situations. By virtue of being able to operate without placing Soldiers at risk, tank-controlled ground drones could also be used to test and challenge enemy defenses, fire-power and formations. Furthermore, advanced sensors could be integrated into the ground drones to handle rugged terrain while beaming back video and data of enemy locations and movements.
“You don’t need armor on an auxiliary kit,” Michael Peck, Business Development Manager, General Dynamics Land Systems, told Scout Warrior in an interview.
Manned Abrams tanks, therefore, could make use of advanced thermal sights, aided by robotic sensors, to locate and destroy enemies at ranges keeping them safe from enemy tank fire. Sensor robots could locate enemy artillery and rocket positions, convoys and even some drones in the air in a manner that better alerts attacking ground forces.
Land drones could also help forces in combat breach obstacles, carry an expeditionary power supply, help with remote targeting and check route areas for IEDs, Army and General Dynamics statements said.
Some of the early prototyping is being explored at the Army’s Tank Automotive Research, Development and Engineering Center, Warren, Mich.
Army Chief of Staff Mark Milley has consistently emphasized that manned-unmanned teaming and autonomy central to the Army’s preparations for the future, Bassett explained.
“The Chief has been really candid with us that what whatever we build for the future has that concept in mind that we are laying the architectures in that will support that,” he added.
Thus far in the Army, there are both tele-operated vehicles controlled by a human with a lap-top and joystick as well as platforms engineered with autonomous navigation systems able to increasingly perform more and more functions without needing human intervention.
For instance, TARDEC has developed leader-follower convoys wherein tactical trucks are engineered to autonomously follow vehicles in front of them. These applique kits, which can be installed on vehicles, include both tele-operated options as well as automated functions. The kits include GPS technology, radios, cameras and computer algorithms designed for autonomous navigation.
Also, the Army has already deployed airborne manned unmanned teaming, deploying Kiowa and Apache helicopters to Afghanistan with an ability to control the flight path and sensor payload of nearby drones in the air; in addition, this technology allows helicopter crews to view real-time live video-feeds from nearby drones identifying targets and conducting reconnaissance missions. Autonomy in the air, however, is much easier than ground autonomy as there are less emerging obstacles or rugged terrain.
Air Force Navy Robotics
The Army is by no means the only service currently exploring autonomy and manned-unmanned connectedness. The Air Force, for instance, is now developing algorithms designed to help fighters like the F-35 control a small fleet of nearby drones to conduct reconnaissance missions, test enemy air defenses and carry ammunition.
In similar fashion, Navy engineers are working on an emerging fleet of Unmanned Surface Vehicles able to create swarms of attacks small boats, support amphibious operations by carrying supplies and weapons and enter high-risk areas without placing sailors at risk.
These developments represent the cutting edge of technological progress in an area known as “artificial intelligence.” Among other things, this involves the continued use of computers to perform an increasingly wider range of functions without needing human intervention. This can include gathering, organizing or transmitting information autonomously.
The technological ability for an autonomous weapons system to acquire, track and destroy a target on its own – is already here.
Pentagon doctrine is clear that, despite the pace at which autonomous weapons systems are within the realm of realistic combat possibilities, a human must always be in-the-loop regarding the potential use of lethal force. Nevertheless, there is mounting concern that potential adversaries will also acquire this technology without implementing the Pentagon’s ethical and safety regulations.
At the same time, despite the promise of this fast-emerging technology, algorithms able to match the processing power of a human brain are quite far away at the moment. Engineering a robotic land-vehicle able to quickly process, recognize, react and adjust in a dynamic, fast-changing combat environment in a manner comparable to human beings, is a long way off, scientist explain. Nonetheless, this does not mean there could not be reasonably short-term utility in the combat use of advanced autonomous vehicles controlled by a nearby Abrams tank crew.