Three crew members who have been living and working aboard the International Space Station returned to Earth on Dec. 14, landing in Kazakhstan after opening a new chapter in the scientific capability of humanity’s premier microgravity laboratory.
Expedition 53 Commander Randy Bresnik of NASA and Flight Engineers Paolo Nespoli of ESA (European Space Agency) and Sergey Ryazanskiy of Roscosmos landed at 3:37 a.m. EST (2:37 p.m. Kazakhstan time) southeast of the remote town of Dzhezkazgan in Kazakhstan.
Together, the Expedition 53 crew members contributed to hundreds of experiments in biology, biotechnology, as well as Earth and other physical sciences aboard the orbiting laboratory. Their time aboard marked the first long-term increase in crew size on the U.S. segment of the International Space Station from three to four, allowing NASA to maximize time dedicated to research on the station.
The trio also welcomed three cargo spacecraft delivering several tons of supplies and research experiments. Orbital ATK’s Cygnus spacecraft arrived at station in November as the company’s eighth commercial resupply mission. One Russian ISS Progress cargo craft docked to the station in October. And a SpaceX Dragon completed its commercial resupply mission to station in August, the company’s twelfth resupply mission.
During his time on the orbital complex, Bresnik ventured outside the confines of the space station for three spacewalks. Along with NASA astronauts Mark Vande Hei and Joe Acaba, Bresnik lead a trio of spacewalks to replace one of two latching end effectors on the station’s robotic arm, Canadarm2. They also spent time lubricating the newly replaced Canadarm2 end effector and replacing cameras on the left side of the station’s truss and the right side of the station’s U.S. Destiny laboratory.
Ryazanskiy conducted one spacewalk with fellow cosmonaut Fyodor Yurchikhin in August to deploy several nanosatellites, collect research samples, and perform structural maintenance.
The Expedition 54 crew continues operating the station, with Alexander Misurkin of Roscosmos in command. Along with crewmates Mark Vende Hei and Joe Acaba of NASA, the three-person crew will operate the station until the arrival of three new crew members on Tuesday, Dec. 19.
Scott Tingle of NASA, Anton Shkaplerov of Roscosmos and Norishige Kanai of the Japan Aerospace Exploration Agency (JAXA), are scheduled to launch Sunday, Dec. 17 from Baikonur, Kazakhstan. NASA Television will broadcast the launch and docking.
During his time in the Corps, Hackman was demoted three times for leaving his post without proper authorization.
After Hackman had been discharged, the San Bernardino native went on to study journalism and TV production at the University of Illinois. By 30, he had broken into a successful acting career and would be nominated for five Academy Awards and winning two for his roles in “The French Connection” and “Unforgiven.”
Hackman is credited with approximately 100 film and TV roles and is currently retired from acting.
It happens almost every single year and it’s always a giant fuss. A new recruit who is barely out of boot camp will wear their branch’s dress uniform as they walk down the aisle at their high school graduation. The school will invariably be annoyed that someone isn’t wearing the same thing as everyone else, they’ll cause a fuss, and, suddenly, everyone is up in arms against that school.
Now, we’re not going to throw any individual under the bus — so we won’t name names — but trust me when I say that stunts like this are definitely boot moves.
This time, the near-annual graduation controversy started with two Marines in Michigan. They informed their school of their plans month before entering boot camp and the school, of course, rejected their proposal. The students graduated recruit training on a Friday and come back to Michigan to graduate high school the following Sunday.
(Photo by Lance Cpl. Angelica I. Annastas)
First, it’s important to realize that schools don’t lack in compassion for the military and its troops, but the ceremony requires uniformity. The school made many concessions, including offering specially-made tassels, just like those worn by honor students, woven in red, white, and blue. They also offered to announce their military rank as they received their diploma and annotate their service in the rosters and the programs.
Even still, the students walked in their dress uniforms instead of the standard caps and gowns. The school’s superintendent allowed them to walk to keep their families happy. Afterward, an unnamed school board member discretely expressed to the students they were not happy with the rule violation, but that they also respected their service. This gentle aside then hit the internet, was blown out of proportion, and now the school board members are being made to look like as*holes.
The fact is that the uniform of the day was a cap and gown. These recruits disobeyed that order. When moments like this happen in the military because someone is trying to be an individual, the offenders swiftly disciplined. When this happens in the civilian world with recruits fresh out of boot camp (in this case, literally two days out of boot camp), the civilians who put out a simple rule (and offered many compromises) are made out to be the bad guys.
(Photo by Chris Moncus)
Each school has a policy on wearing uniforms to graduations. Some allow it, some don’t. The entire state of New Jersey, for instance, allows all troops to wear their uniform to their high school graduation. If the school allows troops who’ve completed their initial entry training to wear a uniform, outstanding! Go for it! If not, the school shouldn’t be vilified for asking a young troop (and student) to follow a guideline.
If you still feel compelled to wear your dress uniform in an unofficial manner, wear it under your cap and gown. It’s as simple as that.
Russia has rebooted one of three computers aboard the International Space Station (ISS) after a malfunction was detected.
Dmitry Rogozinthe head of Russian space agency Roskosmos, wrote on Twitter on Nov. 8, 2018, that the computer’s operations had been restored.
“At 12:04:50 Moscow time, the central computer on the ISS was rebooted. The three-channel configuration was restored,” Rogozin tweeted.
On Nov. 6, 2018, Roskosmos said that one of the three computers on the station’s Russian module malfunctioned, but gave assurance that the defect had no impact on the safety of the crew aboard the ISS — American Serena Aunon-Chancellor, Russian Sergei Prokopyev, and German Alexander Gerst.
Dmitry Rogozinthe head of Russian space agency Roskosmos.
The malfunction followed last month’s aborted launch of a new station crew. U.S. astronaut Nick Hague and Russian cosmonaut Aleksei Ovchinin landed safely after their Russian booster rocket failed two minutes into the Oct. 11, 2018 flight.
The next crew, Oleg Kononenko (Russia), Anne Charlotte McClain (United States), and David Saint-Jacques (Canada), was initially scheduled to be sent to the ISS in late December 2018, but that launch was rescheduled after the Oct. 11, 2018 accident.
Members of the 82nd Airborne Division, Delta 1-321 Airborne Field Artillery Regiment, fire a 155mm Howitzer during a training mission at Forward Operating Base Andar, Afghanistan. | ISAF photo by U.S. Air Force Staff Sgt. Joseph Swafford
On March 19, U.S. Marine Corps staff sergeant Louis Cardin, a field artilleryman assigned to the 26th Marine Expeditionary Unit, died during an attack on Fire Base Bell outside of Makhmur, Iraq. Coincidentally, the U.S. Army is hard at work developing a farther-firing howitzer that could help keep artillery troops out of range of enemy forces.
The Army is cooking up a suite of improvements could double the range of the existing M-777 howitzer. Right now the 155-millimeter gun, in service with the Army and Marines, can lob shells at targets up to 18 miles away.
The M-777ER version the Army is working on “will be able to reach out and hit targets … before the targets can reach them,” David Bound, the lead engineer on the project at Picatinny Arsenal in New Jersey, told Army reporters. Troops “won’t have to worry about coming into a situation where they are under fire before they can return fire.”
The modifications add fewer than 1,000 pounds of extra weight onto the older howitzers. The updates include improvements that will help gunners fire more accurately plus a mechanism to automatically load rounds into the gun.
The biggest change is the addition of new barrel that’s six feet longer. The longer M-777ER should be able to hit enemy forces more than 43 miles away. And with more powerful propellant charges and rocket-assisted shells, crews might be able to increase that range even more in the near future.
While the changes to the M-777 might sound simple, the new gun’s extra length actually complicates its employment. Unlike older towed howitzers that hitch up to cargo trucks with their stabilizing legs, the lightweight M-777 has its tow loop right at the end of its barrel. Folded up for travel, the new version will still be more than 35 feet long.
In combat, troops could end up taking the guns off-road, up hills and over uneven terrain. With six more feet between the truck and the howitzer’s own two wheels, there’s greater potential for the barrel to flex if it isn’t sturdy enough to withstand the shock.
A bent barrel would throw off where the shells fall. A broken barrel might simply explode.
So, the project’s biggest challenge might be just convincing soldiers and Marines that the guns work. “The visual prejudice we are up against is that it looks like it may tip over with all that extra cannon,” Bound noted.
With help from engineers at Benet Labs, the Army plans to run “mobility” demonstrations to prove that the gun and its new features are ready for combat. The ground combat branch also plans to install the longer barrel on the new M-109A7 Paladin self-propelled howitzer.
Farther-firing cannons would no doubt help in the fight against Islamic State. Since the summer of 2015, the Army has lobbed hundreds of 227-millimeter rockets at militant forces from bases in Iraq and Jordan.
Launched from the back of a six-wheel truck, these GPS-guided projectiles can hit targets up to 43 miles away — the same range the Army expects of the M-777ER. The High Mobility Artillery Rocket System launcher can shoot one rocket every five seconds. But the vehicle can only fire six rockets in total before the crew needs to reload.
“So to provide protection for … advisers in Makhmur, we realize that we need some fire support, we need some artillery to provide great protection,” Army colonel Steve Warren, the Pentagon’s main spokesman for the campaign against Islamic State, told reporters on March 21. “We scratched out a fire base there, placed the guns.”
Rocket and gun artillery have the benefit of being less vulnerable to air defenses and the weather than fighter-bombers or gunship helicopters can be. Depending on where aircraft are during an attack, these weapons might take far less time to get into action.
The trainers and Marines at Fire Base Bell are backing up the Iraqi government’s offensive to liberate Mosul. But in their current configuration, the Marine Corps’ guns can’t reach the outskirts of the terrorist-controlled city.
“The Marines fired upon the enemy infiltration routes in order to disrupt their freedom of movement and ability to attack Kurdish and Peshmerga forces,” the military stated. In short, at the moment the gunners at Fire Base Bell are mainly harassing Islamic State’s fighters. But with the M-777ER’s extra range, they should be able to hit the militants’ main defenses in Mosul’s suburbs.
The Pentagon’s research and development shop is moving one step closer toward building a hypersonic space plane that could shuttle satellites or people into space in record time.
In an announcement on Wednesday, DARPA said that Boeing, which was selected for phase one of the project, would keep working on its advanced design for the Experimental Space plane (XS-1) program with additional funding for phases two and three.
While Phase One of XS-1 was more of a drawing board/concept phase, phases two and three are all about actually building a space plane and conducting flight tests, demonstrations, and hopefully, delivery of a satellite into orbit.
Here’s how DARPA describes what it hopes XS-1 may one day pull off:
The XS-1 program envisions a fully reusable unmanned vehicle, roughly the size of a business jet, which would take off vertically like a rocket and fly to hypersonic speeds. The vehicle would be launched with no external boosters, powered solely by self-contained cryogenic propellants. Upon reaching a high suborbital altitude, the booster would release an expendable upper stage able to deploy a 3,000-pound satellite to polar orbit. The reusable first stage would then bank and return to Earth, landing horizontally like an aircraft, and be prepared for the next flight, potentially within hours.
Since it’s DARPA, the project is focused on national security, and there’s no doubt the Pentagon could save plenty of money and time by launching satellites via a low-cost space plane. But the agency also notes in its announcement that another goal is to “encourage the broader commercial launch sector,” and it will release testing data out to companies who are interested during phases two and three.
So it looks like the military won’t be the only ones having fun flying planes into space, Mr. Skywalker.
DARPA has been behind a number of huge technological advances that have made their way to the private sector, like the Internet, a ton of the components of modern-day computing, and GPS, just to name a few.
“We’re delighted to see this truly futuristic capability coming closer to reality,” said Brad Tousley, director of DARPA’s Tactical Technology Office (TTO), which oversees XS-1. “Demonstration of aircraft-like, on-demand, and routine access to space is important for meeting critical Defense Department needs and could help open the door to a range of next-generation commercial opportunities.”
Dream Foundation was founded in 1994 with a mission to serve terminally ill adults and their families by providing end-of-life dreams that offer inspiration, comfort, and closure. In September 2015, the organization introduced Dreams for Veterans – a program for terminally ill veterans.
“For 21 years we’ve had the privilege of fulfilling over 25,000 final dreams for terminally ill individuals, including veterans of all ages,” said Kisa Heyer, Dream Foundation’s CEO. “Given the number of dream requests we’ve received from the military community has jumped exponentially in recent years, we felt compelled last year to create Dreams for Veterans, a program designed to address the specific needs of our nation’s heroes and their families. Our team is working to double the number of terminally ill veterans we serve in the next three years.”
Dream Foundation has fulfilled 829 dreams specifically for veterans since it was founded in 1994, and since the launch of their Dreams for Veterans program they have fulfilled 111 dreams for veterans. Their motto is: “If you served, you can dream.”
Veteran Joe Hooker who served in Vietnam passed away last summer, but not before he was able to fulfill a promise he had made 40 years ago. On his way back from the war, he made a stop in Honolulu, Hawaii. That visit inspired a lifelong desire to go back to Hawaii “to honor the men and women that gave their life at Pearl Harbor,” as he put it. In his application to Dream Foundation he wrote that he wanted to “learn, touch and understand what happened there.”
The foundation approved this application and sent him along with his brother and sister-in-law on a VIP tour of Pearl Harbor. Although he was suffering from cancer and heart disease, he was able to pay his respects to his fellow brothers and sisters in arms.
Carl Johnson and Lucinda “Cindy” Niggel have also had their final dreams fulfilled by Dream Foundation.
Floreville, Texas resident Carl Johnson, 92, is World War II Army veteran who landed on the sands of Normandy on D-Day. Johnson earned two Bronze Stars, a Silver Star and a Purple Heart. He now has lung disease and has been told by doctors he only has a couple of months to live. He hadn’t seen Ronnie, his disabled son who lives upstate New York, in eight years.
“I always said I wanted to give Ronnie a hug before I got laid down beside my wife,” Johnson said. His caregiver contacted Dream Foundation, and in February he was able to wrap his arms around his son one last time.
“I spent a whole day with him and on top of that, [I got to see] lot of my wife’s relatives – she has a quite a few!” Johnson said. “They say you can’t win them all, but when you win them all, it’s a miracle.”
Lucinda “Cindy” Niggel, 59, is Navy veteran with terminal breast cancer. Aside from trips to the doctor or hospital, Niggel has spent most of her time confined in her home, on constant oxygen. When Lucinda told a friend she wanted to get out of her house and visit someplace tropical, that friend suggested she look into Dream Foundation.
Dream Foundation provided Cindy and a companion with a vacation to Captiva Island, complete with airfare and funds for food and transportation. “They’re true to their word, and the application process is not hard,” Niggel said. “The trip was amazing. I felt like I was in paradise.”
To learn how you can support Dream Foundation click here.
Sun Tzu once said that he who is prudent and lies in wait for an enemy who is not, will be victorious.
To be honest, in a way, that is exactly what camouflage is all about. It is not about colors, shapes, or ninja stuff. It is about knowledge, patience, and the manipulation of anything anywhere.
All to achieve one goal: to become the environment. In this article, I am going to give you a small, bitter taste of the art of camouflage.
When I was in the Israeli Airborne SF, I served with one of the SR groups. My secondary specialty in my team was what we call in the IDF, a ‘builder.’ Basically, someone who is capable of concealing anything, from one man to an entire team or vehicles in any environment.
What is camouflage?
Back in the days, when I used to assist as an instructor for the next generation of builders, one of the first questions I asked the young soldiers in every introduction lesson was, ”What does the word ‘camouflage’ mean to you?”
The majority of the answers were split into two: hiding or disappearing.
While both might sound correct, those two words describe a long-living misconception that one experiences when he gets involved with task-oriented concealment work.
Long story short, the majority of the time camouflage begins with understanding the nature of observation.
The purpose of it is not only to hide, but to make you part of the environment, allowing you to safely observe, document, and, when necessary, respond.
Being a master of camouflage means being able to live off nature’s hand for 72 hours (or more), being just hundreds of meters away from the objective, and being able to observe the point of interest all the while.
Let’s say camouflage is the art of manipulation–the controlling of reality.
Fundamentals of Camouflage
There are three fundamental camouflage actions. These are the main principles that are found in any concealing construction.
Hiding: The action of hiding is setting a barrier that separates you physically, and often visually, from the surrounding environment and its unfolding reality.
Blending: Resembling your surroundings by combining different, like elements into a single entity. The main difference between success to failure lays in properly blending subtle details.
Disguising: In short, disguising is an action we perform to alter an existing shape or form. We do that to eliminate or create intentional target indicators, such as smell, shape, or shine. Disguising, for example, is adding vegetation to a Ghillie suit or collecting branches to conceal my hide side.
Knowledge is power. One of the keys to perfect camouflage at the tactical level is the ability to understand what kind of X or Y signatures my presence creates that will lead to my exposure.
TI, or target indicators, are about understanding what signatures my enemy creates in a specific environment. Those target indicators suggest presence, location, and distance in some cases.
There are two dimensions to consider when detecting and indicated presence. The first–and oldest–dimension is basic human sense. The other is technological.
While smelling, hearing, and touching are obvious senses, but those senses normally only come into play in short distance.
Let’s focus on ‘seeing.’
The visual sense is, by far, the most reliable sense for humans. We use it up to 80% of the time to collect information and orient ourselves. So, what kind of visual signatures could I leave that may lead to my exposure? In short:
Shape – The perfectly symmetrical shapes of tents or cars, for example, don’t exist in nature. Those, and the familiar shape of a human being, are immediate eye candy.
Silhouette – Similar to ‘shape,’ but with more focus on the background. A soldier walking on top of the hill or someone sneaking in the darkness with dark clothes against a white wall–the distinction of a foreground element from its background makes a target indicator sharp and clear.
Shine – Surface related. Radiance or brightness caused by emitted or reflected light. Anything that my skin, equipment, or fabrics may reflect. Popular examples would be the reflection of sunlight on hand watches, skin, or optics for example.
Shadow – Shadows are very attractive and easy to distinguish for human eyes, depending on a shadow’s intensity. For example, caves in open fields stand out for miles and are very easy to recognize. As a result, we never use caves for hiding, as they’re a natural draw to the eye.
Color – Let’s make it sure and simple–wearing a pink hoody to a funeral is a good way to stand out. Match your environment.
Oh boy, this is where the real challenge begins! I’m actually going to risk it and say that ghillie suits are becoming less and less relevant today due to increases in technology.
Before we will dive into all that Einstein stuff, these are the main wavelengths used by different devices to find your ass:
Infra-Red / NIR – Used in NVGs, SWIR cameras, etc. Night-vision devices, for example, use active near-infrared illumination to observe people or animals without the observer being detected.
UV – UV radiation is present in sunlight. UV-capable devices are excellent, for example, in snowy environments for picking up differences undetectable by the naked eye.
Thermal – Your body generates a temperature different from any immediate background, such as the ground in the morning or a tree in the evening. Devices tend to set clear separations between the heat or cold of different objects, resulting in pretty nice shapes that are easy to distinguish for the observer.
Radar (radio)– A radar system consists of a transmitter producing electromagnetic waves, an emitting antenna, and a receiving antenna to capture any waves that return from objects in the path of the emitted signal. A receiver and processor then determine the properties of the object. While often used to detect weather formations, ships, structures, etc., there are numerous devices that can give you an accurate position of vehicles and even humans. It’s a long story, hard to manipulate. Such devices exist already in the tactical level.
It is nearly impossible to eliminate your signature against devices who work within the wave length. The only solution is to understand what the human being sees through advanced optics and manipulate the final result.
Buckle up and get your aspirin – we’re moving into the science stuff.
The human and its environment emits different signatures that can be picked up by different technological devices that make use of different types of waves.
Cones in our eyes are the receivers for tiny visible light waves. The sun is a natural source for visible light waves and our eyes see the reflection of this sunlight off the objects around us.
The color of an object that we see is the color of light reflected. All other colors are absorbed.
Technically, we are blind to many wavelengths of light. This makes it important to use instruments that can detect different wavelengths of light to help us study the earth and the universe.
However, since visible light is part of the electromagnetic spectrum that our eyes can see, our whole world is oriented around it.
With the advancement of technology, humanity slowly cracked and understood the existence of other light waves.
We began to see those dimensions through different devices.
Since the visual camouflage has foiled many plans throughout a history of wars and conflicts, militaries around the world began researching the possibilities of using non-visible wavelengths in detecting the signature of specific objects in specific environments.
Camouflage is not about hiding and it’s definitely not only about wearing a ghillie suit or digging deeps foxholes.
It’s an involved, looping process that starts with understanding how humans detect and continues with manipulating this detection.
The old standards, such as ghillie suits, are becoming less and less relevant to the modern battle space as detection technologies advance.
New predators such as SWIR or advance thermal cameras are hard to beat unless you know the device, the interface, and the humans who use it.
As Albert Einstein once said, technology has exceeded our humanity–so get creative.
These days it’s hard to think of a veteran who could have served from WWII, Korea, and Vietnam. It’s happened, of course.
But imagine a veteran of the War of 1812 and the Mexican War fighting in the Civil War. That’s a span of more than 60 years — much longer than the 24 years that separated the beginning of WWII and the Vietnam War. Then again, during the 20th century, pivotal battles weren’t literally in our front yard.
An average 69-year-old might be happy to ride out his golden years from a rocking chair.
See, Burns already lived twice as long as the average American of the time and was ready to do more for his country. But Gettysburg was much further north than the Confederates could ever attack – or so he thought.
Burns was considered “eccentric” by the rest of the town. That’s what happens when you’re fighting wars for longer than most people at the time spent in school.
When Confederate Gen. Jubal Early captured the town, Burns was the constable and was jailed for trying to interfere with Confederate military operations. When the Confederates were pushed out of Gettysburg by the Union, Burns began arresting Confederate stragglers for treason.
His contributions to the Union didn’t end there.
On the morning of July 1, 1863, Burns watched as the Battle of Gettysburg began to unfold near his home. Like a true American hero, he picked up his rifle – a flintlock musket, which required the use of a powder horn – and calmly walked over to the battle to see how he could help.
He “borrowed” a more modern musket (now a long-standing Army tradition) from a wounded Union soldier, picked up some cartridges, then walked over to the commander of the 150th Pennsylvania Infantry and asked to join the regiment.
Herbst Woods was the site of the first Confederate offensive of the battle. Burns, sharpshooting for the Iron Brigade, helped repel this offensive as part of a surprise counterattack.
John Burns was mocked by other troops for showing up to fight with his antiquated weapon and “swallowtail coat with brass buttons, yellow vest, and tall hat.” But when the bullets started to fly, he calmly took cover behind a tree and started to shoot back with his modern rifle.
He also fought alongside the 7th Wisconsin Infantry and then moved to support the 24th Michigan. He was wounded in the arm, legs, and chest and was left on the field when the Union forces had to fall back.
He ditched his rifle and buried his ammo and then passed out from blood loss. He tried to convince the Rebels he was an old man looking to find help for his wife, but accounts of how well that story worked vary. Anyone fighting in an army outside of a uniform could be executed, but the ruse must have worked on some level–he survived his wounds and lived for another 9 years.
The Battle of Gettysburg was a major turning point in the Civil War. The Confederates would spend the rest of the war – two years – on the defensive.
“So raged the battle. You know the rest. How the rebels, beaten and backward pressed, Broke at the final charge and ran. At which John Burns — a practical man — Shouldered his rifle, unbent his brows, And then went back to his bees and cows.”
Burns became a national hero after the battle. When President Lincoln stopped in the Pennsylvania town to deliver the Gettysburg Address, he asked to speak with Burns and met the veteran at his home.
He was photographed – a big deal at the time – and a poem was written about his life. A statue of Burns was erected at Gettysburg National Military Park in 1903, where it stands today.
The base reads “My thanks are specially due to a citizen of Gettysburg named John Burns who although over seventy years of age shouldered his musket and offered his services to Colonel Wister One Hundred and Fiftieth Pennsylvania Volunteers. Colonel Wister advised him to fight in the woods as there was more shelter there but he preferred to join our line of skirmishers in the open fields when the troops retired he fought with the Iron Brigade. He was wounded in three places. – Gettysburg report of Maj.-Gen. Doubleday.”
Individuals suffering from PTSD may lose their families, careers, or even commit suicide. These were the challenges JJ Selvig was facing as it crept into his life seven years into his service.
And the death of his friend put Selvig over the edge.
“An unauthorized absence and an other than honorable discharge, I went home,” Selvig said in the video below. “I blamed the Marines, my family, myself, my destroyed relationships; then Sam committed suicide, and my narrative changed.”
Building on his military service as a foundation, he deployed to Hurricane Sandy with Team Rubicon to honor his friend’s death.
“The cuts and scrapes from broken wood and shingles covered me while uncovering me at the same time, a light began to flicker inside,” he said.
With each Team Rubicon deployment, the feelings of sadness and anger faded as he as he became a leader again. He was creating positive change in people’s lives, and it was helping him become a better person inside and out.
“I’m still human; I’m never going to not have rough edges,” he said. “But Team Rubicon helped sand them down as much as possible.”
Watch Selvig tell his uplifting story in this short three-minute video:
Russia must scrap its Novator 9M729 missile systems and launchers or reduce their range to comply with the Intermediate-Range Nuclear Forces Treaty (INF) and prevent a U.S. withdrawal from the Cold War-era pact, U.S. officials say.
Andrea Thompson, the undersecretary of state for arms control and international security, told reporters on a teleconference call on Dec. 6, 2018, that the weapons system has a range that is not in compliance with the 1987 INF pact.
She added that Moscow must “rid the system, rid the launcher, or change the system so it doesn’t exceed the range” to bring Russia back “to full and verifiable compliance.”
“The ball’s in Russia’s court. We can’t do that for them. They have to take the initiative,” she added.
U.S. President Donald Trump announced in October 2018 that Washington would abandon the INF, citing alleged Russian violation and concerns that the bilateral treaty binds Washington to restrictions while leaving nuclear-armed countries that are not signatories, such as China, free to develop and deploy the missiles.
U.S. officials have said Russia’s deployment of the 9M729, also known as the SSC-8, breaches the ban on ground-launched cruise and ballistic missiles with a range of 500 to 5,500 kilometers.
On Dec. 4, 2018, the United States said it would suspend its obligations under the treaty if Moscow did not return to compliance within two months.
Secretary of State Mike Pompeo announced the decision after NATO allies meeting in Brussels “strongly” supported U.S. accusations that Russia violated the terms of the INF.
Secretary of State Mike Pompeo.
(Photo by Gage Skidmore)
“During this 60 days, we will still not test or produce or deploy any systems, and we’ll see what happens during this 60-day period,” Pompeo said.
Russian officials have repeatedly dismissed such demands, and President Vladimir Putin gave no indication that Moscow plans to abandon the 9M729, which it claims does not violate the treaty.
Russia has alleged that some elements of U.S. missile-defense systems in Europe were in violation of the treaty, which Washington denies.
The U.S. ambassador to Moscow, Jon Huntsman, who was on the briefing call with Thompson, insisted that a U.S. withdrawal from the INF did not mean “we are walking away from arms control.”
“We are doing this to preserve the viability and integrity of arms control agreements more broadly,” he said.
“We remain committed to arms control, but we need a reliable partner and do not have one in Russia on INF, or for that matter on other treaties that it’s violating.”
He said “one can only surmise” that Moscow is attempting to “somehow seek an advantage” with the missile — “a little bit like violations we’re seeing with other treaties, whether it’s the Open Skies Treaty or whether it’s the Chemical Weapons Convention.”
This article originally appeared on Radio Free Europe/Radio Liberty. Follow @RFERL on Twitter.
Army acquisition leaders and weapons developers are increasing their thinking about how future enemies might attack —and looking for weaknesses and vulnerabilities in their platforms and technologies earlier in the developmental process, senior service leaders told Scout Warrior.
The idea is to think like an enemy trying to defeat and/or out-maneuver U.S. Army weapons, vehicles, sensors and protective technologies in order to better determine how these systems might be vulnerable when employed, Mary Miller, Deputy Assistant Secretary, Research and Technology, told Scout Warrior in an interview.
The goal of this thinking, she explained, is to identify “fixes” or design alternatives to further harden a weapons system before it is fielded and faces contact with an enemy.
“We have taken it upon ourselves to look at early developmental systems for potential vulnerabilities. As we understand where we might have shortfalls or weaknesses in emerging programs, we can fix them before things go to production,” Miller added.
The Army is already conducting what it calls “Red Teaming” wherein groups of threat assessment experts explore the realm of potential enemy activity to include the types of weapons, tactics and strategies they might be expected to employ.
“Red Teams” essentially act like an enemy and use as much ingenuity as possible to examine effective ways of attacking U.S. forces. These exercises often yield extremely valuable results when it comes to training and preparing soldiers for combat and finding weaknesses in U.S. strategies or weapons platforms.
This recent push, within the Army acquisition world, involves a studied emphasis on “Red Teaming” emerging technologies much earlier in the acquisition process to engineer solutions that counter threats in the most effective manner well before equipment is fully developed, produced or worst case, deployed.
Miller explained that this strategic push to search for problems, vulnerabilities and weaknesses within weapons systems very early in the acquisition process was designed to keep the Army in front of enemies.
A key concept is, of course, to avoid a circumstance wherein soldiers in combat are using weapons and technologies which have “fixable” problems or deficiencies which could have been identified and successfully addressed at a much earlier point in the developmental process.
As a result, weapons developers in the Army acquisition world and Science and Technology (ST) experts spend a lot of time envisioning potential future conflict scenarios with next-generation weapons and technologies.
Miller emphasized how the Army is increasingly working to develop an ability to operate, fight and win in contested environments. This could include facing enemies using long range sensors and missiles, cyber attacks, electronic warfare, laser weapons and even anti-satellite technologies designed to deny U.S. soldiers the use of GPS navigation and mapping, among other things.
As a result, Army engineers, acquisition professionals and weapons developers are working now to ensure that tomorrow’s systems are as effective and as impenetrable as possible.
“We need to better understand vulnerabilities before we design something for our soldiers. We need to see if they have inherent glitches. We now face potential adversaries that are becoming technically on par with us,” Miller said. “We are asking the ST enterprise to think ahead to a scenario where our enemies might be using our technologies against ourselves,” Miller said.
One recent example which advanced the Army acquisition community’s strategy to look for and address vulnerabilities early in the developmental process involved an assessment of Forward Operating Base, or FOB, protection technologies used in Afghanistan.
The “Deployable Force Protection” program focused on protection systems including sensors, towers and weapons systems designed to identify and destroy approaching threats to the FOB. These systems were being urgently deployed to Afghanistan in a rapid effort to better protect soldiers. The Army performed useful assessments of these technologies, integrating them into realistic, relevant scenarios in order to discern where there may be vulnerabilities, Miller explained.
Teams of Warfighters, weapons experts, engineers and acquisition professionals tried to think about how enemy fighters might try to attack FOBs protected with Deployable Force Protection technologies. They looked for gaps in the sensors’ field of view, angles of possible attack and searched for performance limitations when integrated into a system of FOB protection technologies. They examined small arms attacks, mortar and rocket attacks and ways groups of enemy fighters might seek to approach a FOB. The result of the process led to some worthwhile design changes and enhancements to force protection equipment, Miller explained.
“We have focused on small bases in Afghanistan and did Red Teaming here (in the U.S.) to make sure the system was robust. We’ve taken that whole mindset and now merged it into a new program concept,” Miller said.
As the partial federal government shutdown enters its fourth week, another group is about to get hit in the pocketbook: retirees of the Coast Guard.
The 50,000 annuitants on the Coast Guard’s rolls will see their first missed check Feb. 1, 2019, if a budget agreement is not reached or another arrangement made, a service spokesman confirmed to Military.com.
“In order for the Coast Guard to pay its active-duty, reserve, civilian, and retired members, the service will require an FY19 appropriation, a continuing resolution, or passage of an alternative measure,” Lt. Cmdr. Scott McBride said in a statement.
The partial shutdown, which began Dec. 22, 2018, was originally expected to affect end-of-year paychecks for all members of the Coast Guard.
But active-duty service members saw a last-minute save due to “extensive research and legal analysis,” Coast Guard officials announced Dec. 28, 2018. A determination was made that the service had the authority to dole out the remainder of pay and allowances for the month, despite the lapse in appropriations.
(U.S. Coast Guard photo by Petty Officer 1st Class Matthew S. Masaschi)
The Coast Guard, which falls under the Department of Homeland Security, worked hard to make sure that those on the retired rolls could continue to receive their paychecks as long as possible.
“In spite of the government shutdown, the U.S. Coast Guard has identified essential personnel who shall continue to report to work; they will be responsible for ensuring the retiree and annuitant payroll for USCG, [National Oceanic and Atmospheric Administration] and [Public Health Service] is run and distributed on time,” states a message posted to the Coast Guard pay and personnel center Dec. 26, 2018. “As such, you may expect timely delivery of your pay on 31 December, 2018.”
But without a new injection of funds, the next monthly pay installment is halted.
Legislation introduced in the House and Senate this month would provide pay for active-duty Coast Guardsmen as well as contractors and civilian workers out of unappropriated U.S. Treasury funds in the event of a continued shutdown. It would also provide pay for any furloughed civilian workers and “such sums [as] are necessary to provide for Coast Guard retired pay.”
The legislation still awaits passage, however.
In the Senate, the Pay Our Coast Guard Act, introduced Jan. 4, 2019, was assigned to the Senate Legislative Calendar after reading; in the House, the Pay Our Coast Guard Parity Act of 2019 was introduced Jan. 9, 2019, and assigned to the Committee on Appropriations and the Committee on Transportation and Infrastructure, where it remains.
This article originally appeared on Military.com. Follow @militarydotcom on Twitter.