All Americans welcome the return of remains from the Korean War.
The July 27, 2018, honorable carry ceremony at Osan Air Base, South Korea, transferred 55 boxes of remains covered by the United Nations flag. Now the work of identification begins.
These remains are presumed to be American, but many other nations fought in the Korean War, and it’s possible the remains may come from one of those nations.
The 1950-1953 Korean War was incredibly violent, with 36,940 Americans killed and another 92,134 wounded. Some 7,699 American service members are listed as unaccounted-for from the conflict.
(U.S. Army photo by Sgt. Lance Alan Schroeder)
The remains will be examined at the Defense POW/MIA Accounting Agency, and experts there will be responsible for identifying the remains. The agency is relatively new — coming into existence in 2015 after the merger of the Joint POW/MIA Accounting Command and the Defense Prisoner of War/Missing Personnel Office.
Many of the fallen service members died in North Korea and were buried by their comrades where they fell. Other U.S. service members were captured and placed in prisoner-of-war camps, where many succumbed to starvation, exposure and torture. Outside those camps are graves of Americans.
The DPAA Laboratory at Hickam Air Force Base, Hawaii, is the first U.S. stop for the recently returned remains. The lab is the largest and most diverse skeletal identification laboratory in the world and is staffed by more than 30 anthropologists, archaeologists and forensic odonatologists, United Nations Command release.
Those experts will sort and examine the remains. In the past, North Korea turned over commingled remains.
The lab experts are painstaking in their examination. The age of the remains — at least 65 years old — will complicate the process. The North Koreans collected the remains, and U.S. investigators will have to do the examination without the forensic information they normally would have, such as the approximate place of the burial and the conditions around it.
Examination of dental charts and mitochondrial DNA will be key technologies used to identifying the remains, and the process may take years to complete, DoD officials said.
Featured image: United Nations Command returned 55 cases of remains from North Korea to Osan Air Base, South Korea, July 27, 2018.
Soldiers can’t achieve peak performance when they’re chilled to the bone. So in winter weather, some soldiers may don up to seven layers of clothing. That much fabric can weigh them down. Later, soldiers might find themselves overdressed, now getting hot and sweaty. That sweat, in turn, can turn to ice if the weather is super cold. But it doesn’t have to. Researchers have just come up with a way to lighten a winter warrior’s load and fight the threat of frozen sweat.
They’ve designed a new high-performance fabric. It could become the basis of underwear for troops deployed in places blasted by Arctic cold. Scientists unveiled it here, last August, at the fall meeting of the American Chemical Society.
Paola D’Angelo is a bioengineer. She uses principles of biology to solve problems. Elizabeth Hirst is a chemist. Both work at the U.S. Army Natick Soldier Research, Development and Engineering Center in Massachusetts. Their team got the initial idea for this innovation from some earlier work by a group at Stanford University in California. Their new fabric improves on that earlier research. It also adds an important new twist.
Chemist Elizabeth Hirst (left) and bioengineer Paola D’Angelo (right) are working on new winter fabrics for soldiers’ uniforms. The fabric swatch on the board D’Angelo is holding carries an electrical current, which could heat the fabric. (Photo by Kathiann Kowalski)
Yi Cui and Po-Chun Hsu are materials scientists at Stanford University. Their team already had been using metal nanowires to create see-through electrical conductors. Such materials could be handy for things such as thinner smartphones, displays on car windshields and more. Teeny, tiny nanowires have diameters at the scale of billionths of a meter.
At Cui’s suggestion, the Stanford team set out to use conductive nanowires in a fabric. It would be “warm, lightweight and breathable,” explains Hsu. That way, it could help reduce the energy needed for indoor heating.
The team got itty bitty wires of silver to form a mesh across cotton fabric. The silvery metal can reflect body heat back to someone’s skin. The treated fabric also can carry an electrical current. So, batteries could deliver extra heat when needed.
Now the Army’s team has been tweaking that idea to work not just with cotton, but also with high-performance fabrics. Athletes, soldiers and others often turn to such fabrics when they’re doing things that call for lots of physical activity or that expose them to extreme conditions.
Examples of these special fabrics include polyester, nylon and other synthetic fabrics. Their fibers are engineered by people, instead of coming from natural materials, such as plant fibers or animal hair. The Army uses synthetic fabrics (or blends that include synthetics) for gloves, socks and a soldier’s base layer. That’s the “underwear” that sits closest to the skin. And it’s for that layer that this team has been building upon the Stanford group’s work.
Besides getting the concept to work with other fabrics, the Army researchers tested the ability of such fabrics to hold up through repeated washings. And their fabric indeed performed well.
In addition, the Army team packed more fibers onto each area of fabric than the Stanford team had. That denser wire mesh can carry more current and provide more warmth. Three volts of electricity is enough to warm a test swatch that’s 6.45 square centimeters (1-square-inch) in one minute by 56 degrees Celsius (100 degrees Fahrenheit), D’Angelo reports. A typical watch battery is all that’s needed to provide those 3 volts.
Soldiers won’t want their underwear that hot. But the fabric could provide quick heat in a hurry. With the right controls, soldiers could even customize how warm their clothes get.
Super soakers for sweat
That material would still not be a perfect solution for working in cold weather, however. Even if it were used under with the Army’s current winter wear, soldiers can get sweaty as they hike, climb or carry out other tasks. That’s because the synthetic fabric of the base layer is not good at wicking away moisture, Hirst explains. Instead, sweat soaks into the fabric. As water in the sweat cools, it can ice up. That’s “obviously very uncomfortable,” she adds.
To deal with this, her team is working with hydrogel beads. A hydrogel is a type of “super soaker” material that can absorb a lot of water. In this case, the beads can sop up as much as 40 times their weight in water, Hirst says. The molecules of the beads are made from polymers. These are long chains of identical repeating units. A part of each unit in the hydrogel has a segment that attracts water.
Researchers could tweak the hydrogel to act differently at different temperatures, Hirst points out. As a soldier sweats, the fabric would warm. That warming could lead the hydrogel to soak up any sweat, moving moisture away from the skin. Later, when the soldier took off the underwear, it would cool down. Moisture in the hydrogel beads could then evaporate into the air. Now the fabric would be ready to wear again.
Don’t expect to see the new fabric on soldiers just yet. “We are in the basic research stages,” Hirst says. Among other things, her team will play with different ways to attach the hydrogel beads to the wired fabric. Her group also wants to work on a protective coating for the nanowires. That would help the silver resist tarnishing, which could reduce its reflectiveness.
“We look forward to seeing their cloth combining silver nanowire and hydrogel together,” says Hsu. In his view, it makes good sense to combine features that would provide both heating and cooling as needed. “In the future stages of this research,” he suspects, “there might be some trade-off between the total amount of heating and cooling that the cloth can provide versus its compactness and weight.”
In addition to developing better winter underwear, the Army team hopes the new fabric might lead to warmer gloves and socks. After lots and lots of field testing by soldiers, the fabric might find its way into civilian clothes, too. Then anyone could wear it for skiing, winter walks, snowboarding or other cold-weather fun.
The outdoor temperature topped 32º C (90º F) when the researchers unveiled their new fabric in Washington, D.C. Few folks at the meeting were ready for winter. Later, however, many might appreciate that some scientists and engineers had been thinking ahead.
Wil Willis knows a thing or two about weapons. He was born into a military family, served as an Army Ranger for four years, then transferred to the Air Force to become a pararescueman for another ten years. Since his time in service, he’s found ways to utilize the skills he learned on active duty as both an entertainer and an instructor.
Now an actor and writer, Willis is perhaps best known for his work on Forged in Fire, a competition series where world-class bladesmiths compete to create iconic edged weapons from history. He also teaches veterans and members of the first responder community about tactical combat casualty care.
So, yeah, he’s kind of bad ass.
U.S. Marine Weston Scott met up with Willis to connect over a past-time they both love: hitting the road on two wheels.
In this episode of “Paving the Way,” Willis and Scott hang out in their favorite Los Angeles garage working on their bikes and chatting about what it means for them to ride.
“I don’t do anything illegal. It’s not out of control. But I definitely am more aggressive than a lot of other riders. I ride every day.”
His riding style might be “fast and loose” but Willis insists it helps him slow down.
“I think being left alone with your thoughts can be scary sometimes, especially when you’re talking about a transitional period. I’ve got through it a bunch of times. Everybody’s had rough times. For me, getting back on the back was a way of slowing everything down in my mind. I do believe there’s something spiritual I get out of riding.”
Check out the episode above to find out more about why Willis rides every day, but Scott sums it up nicely: “It’s just good for the soul.”
A man who escaped prison and remained a fugitive for 17 years was caught by Chinese police last week after drone footage revealed his makeshift hideaway embedded inside a remote hillside cave.
Police in Yongshan, a county in China’s southwestern Yunnan province, revealed details of the discovery and photos of the man on WeChat.
The fugitive, 63-year-old Song Moujiang escaped a prison camp in the nearby Sichuan province in March 2002 and has been on the run ever since. He had been jailed for trafficking women and children. Police did not mention when Song was imprisoned.
The force said it had received a tip that Song was possibly hiding in the mountains behind his hometown of Yongshan County, though they had trouble searching for his location due to steep slopes and rocky terrain.
So police decided to employ the use of a drone in order to conduct their search, they said.
Song’s “residence” was embedded inside a cave in that was less than 21 square feet, according to Yongshan Police.
Police located Song’s hideout on the morning of Sept. 19, 2019, after drone footage identified a blue steel tile amid the dense bush. After more than an hour of hiking, police say they found Song’s shelter, which was located in a cave on the cliff.
Police arrested the man inside, who confessed to escaping the prison camp and evading their capture for 17 years.
The man lived in the cave residence — which was less than two square meters or 21 square feet — for so long that his communication skills had become hindered, police said.
“He expressed himself poorly and there were slight barriers to his communication,” police said.
Song was arrested and, according to the BBC, returned to prison.
During his stay in the cave Song used plastic bottles to get water from a nearby ravine, the BBC reported, citing state media.
He has now been sent back to jail, the BBC reported.
This article originally appeared on Insider. Follow @thisisinsider on Twitter.
Any troop in today’s military will eventually, inevitably be deployed. Even before the announcement of the new, “deploy or get out” policy, you’d be hard-pressed to find an E-6 or above who doesn’t have a bit of time in the desert under their belt.
Everyone else is simply waiting for their time to come — and those in wait always have a few questions about their upcoming deployment. Unfortunately, it’s kind of hard to describe. You could be a commo guy in a signal unit, constantly dealing with threats up at your retrans site. Conversely, you could be an infantryman who spent years at the rifle range only to stay at a major base and train local forces on how to use their weapons. The fact is, you never know what it’ll actually be like until you’re there — and this is true regardless of rank, position, branch, or unit.
That being said, there are a few universal truths that stretch the spectrum of military service, for POGs, grunts, and special operators alike — and those truths are in direct conflict with what boots have on their mind.
On the bright side, that usually means PT is on your own schedule — but that doesn’t mean you can slack off. You’re probably still going to have to take regular PT tests.
(U.S. Marine Corps photo by Cpl. Ed Galo)
“I’ll have plenty of downtime”
Deployments seem like the perfect time to try and knock out some online college courses so you can get a leg up on your peers and have an easier time finding a job after your service — oh man, you are mistaken.
Your work schedule will shift from the standard of PT in the morning, work call during the day, and time off at night to something that looks more like work 24/7 with maybe a single day off. Sure, you’ll have a few hours here and there between missions, but those will usually get eaten up by catching up on sleep or relaxing with the squad.
Just imagine all the dumb crap that would fill these tents if people had access to wasting their money while deployed.
(U.S. Air Force photo by Senior Airman Marie Cassetty)
“I’ll have so much money when I get back”
On paper, a deployment seems like the perfect way to get out of debt. You’re gone for somewhere between nine to eighteen months, you’ll have nothing to blow your money on, and you’ll get better pay — tax free. This could be just what you need to crawl out of debt. The operative words here are “could be.”
If you’ve got a family back home, that money is being spent on responsibilities. If you’ve got preexisting debt, that money you’re accumulating is going toward paying people back. You’ll be making more than you’re used to back stateside and you’re less likely to waste it on stupid crap, — that is if you can avoid blowing it all in one reckless weekend like so many have before you.
Also, with deployments shrinking down to nine months, units aren’t going to be required to give their troops RR, so… there’s that…
(U.S. Air Force)
“I’ll get R&R when I want to”
All the calculating in the world can’t help you outrun the reach of the Big Green Weenie. There’s no scheduled block leave when it comes to RR. If your deployment is around twelve months, you’re lucky if you’re able to take it somewhere near the mid-point.
Your unit must remain operational, however, and it can’t do that if everyone is gone — so they’re not sending everyone home at the half-way point. Your leave is more than likely going to fall somewhere between three and nine months in. Troops who are expecting the birth of kids get top priority, but it’s a free-for-all after that.
Do not get this twisted. Troops are still in harm’s way every day. The likelihood of an outright firefight, however, has dropped.
(U.S. Army photo by Staff Sgt. Sean A. Foley)
“I’ll get that Combat Action Badge (or equivalent) soon”
If there’s one prized medal within the military, it’s the one that comes after a troop has experienced combat first-hand. There’s an undeniable badassery that comes with the badge, ribbon, medal, etc., but they aren’t just handed out like candy anymore.
These days, fewer and fewer troops are seeing direct combat as America’s responsibilities in the War on Terror shift to more advisory roles with local militaries. Armed conflicts still occur in the Middle East, definitely, but the numbers are shrinking with each passing year. Even if your unit is one of the few that goes outside the FOB, you’ll likely not see combat right away.
Which leads us directly into the next myth about deployments…
The “hearts and minds” part of counter-insurgency truly is a better strategy for the overall well-being of the region. The sooner you adapt, the better time you’ll have outside the wire.
(DoD photo by 1st Lt. Becky Bort)
“My sole mission is to fight the bad guy”
From the moment you enter basic training, you’re fed one purpose. You’re being groomed to become the biggest, baddest motherf*cker Uncle Sam has ever seen. You will shoot, move, and communicate better than anyone else ever has. For the most part, however, that’s just not going to be the case.
If you do manage to get into a unit that will send you outside the wire, 98 percent of what you do are called “atmosphericals.” Basically, this means your unit rides through an area of operations, watching to see if anything goes down, being a show of force to both the civilians who need American aid and any potential threats watching from afar.
Case in point: There is a very specific reason I personally stopped mocking the French forces…
(ISAF photo by MC1 Michael E. Wagoner)
“My foreign counterparts are held to the same standards as me”
American troops are given very strict instruction on how to be professional and courteous while turning an area of operations “less hostile.” Our foreign counterparts do not have the same level of regimented training. Other NATO nations could be treating war like it’s a nine-to-five while the local military’s training curriculum probably doesn’t even cover “minor” things, like properly using a weapon.
But this misconception swings both ways. You might also be surprised to learn that certain allies don’t mess around — and train their “standard” infantry more like special operations.
The Senate voted Jan. 18 to extend a controversial surveillance program for six years, ending months of debate over a law that has been the linchpin of post-9/11 U.S. national security.
The bill essentially reauthorizes Section 702 of the Foreign Intelligence Surveillance Act (FISA), which allows the U.S. government to collect the communications of foreigners overseas without a warrant, even if Americans’ communications are picked up and searched by officials along the way.
The measure passed 65-34, with support from Republicans and Democrats.
President Donald Trump is expected to sign the extension into law by Jan. 19, despite reservations he expressed in a tweet last week.
Before the vote Jan. 18, Republican Sen. Richard Burr of North Carolina called the 702 provision “the single most important intelligence tool that exists for us to keep Americans safe.”
Opponents say the program allows the government to sweep up Americans’ communications under the guise of targeting foreigners abroad. Privacy rights advocates argue that this so-called “incidental” collection doesn’t happen by chance.
“Individual decision making about whom to target is warrantless,” Sarah St. Vincent, a surveillance researcher at Human Rights Watch, told Business Insider. “There’s no oversight on a case-by-case basis. The FBI can warrantless search data, and they can do that at any stage, even if a formal investigation is not open.”
On Jan. 16, the Senate voted 60-38 to invoke cloture on the bill, effectively ending debate and moving forward with a vote. A bipartisan group of senators, including Rand Paul, Ron Wyden, Steve Daines, Patrick Leahy, and Elizabeth Warren, held a press conference shortly after the decision to urge their colleagues to support a warrant requirement to search Americans’ data.
“Most of us agree the program has value and is useful, but we should not use information that is collected on Americans,” Paul said. “The database is enormous. Maybe millions of Americans are caught up in this database.”
Paul has consistently railed against the law arguing that it violates Americans’ Fourth Amendment rights.
Trump tweets, confusion ensues
Just hours before the House was set to vote on the bill last week, Trump interjected in the debate with a tweet that appeared to contradict the official White House position, setting off confusion on Capitol Hill as to where the president stands on the issue.
“‘House votes on controversial FISA ACT today,'” Trump tweeted. “This is the act that may have been used, with the help of the discredited and phony Dossier, to so badly surveil and abuse the Trump Campaign by the previous administration and others?”
An hour later, after House Speaker Paul Ryan privately explained the importance of the bill to Trump, the president attempted to clarify his position.
“With that being said, I have personally directed the fix to the unmasking process since taking office and today’s vote is about foreign surveillance of foreign bad guys on foreign land,” he tweeted. “We need it! Get smart!”
Section 702 became law in 2008 when Congress amended FISA rules. The public was left mostly in the dark about warrantless surveillance until 2013, when former National Security Administration contractor Edward Snowden leaked an estimated 1.7 million classified intelligence files, covering a wide range of secret government surveillance tactics and programs.
The files revealed that Section 702 was being used to justify the PRISM program, which allowed the government to collect communications from tech companies.
Some folks had a very good 2017, but the Seventh Fleet isn’t among them. This force will be on the front lines if the Korean War restarts and it also has to manage relationships in the South China Sea, which have been shaky at best as of late. So, just how bad has their year been?
USS Ronald Reagan arrives at Joint Base Pearl Harbor-Hickam to participate in RIMPAC 2010. (U.S. Navy photo by Mass Communication Specialist 1st Class Shawn D. Torgerson)
However, these two bizarre, tragic collisions weren’t the only maritime incidents of 2017. The Ticonderoga-class guided missile cruiser USS Lake Champlain (CG 57) collided with a South Korean fishing boat on May 9. In January, the guided-missile cruiser USS Antietam (CG 54), a sister ship of the Lake Champlain, ran aground in Tokyo Bay.
Unfortunately, the Navy’s woes weren’t exclusive to the sea. Late last month, the crash of a C-2 Greyhound southwest of Okinawa claimed lives. Although, eight sailors were rescued, three died in the crash of the aircraft. Reports indicate that the pilot, Lieutenant Steven Combs, is under consideration for an award for his excellent airmanship during the incident, cited as the reason for any survivors at all.
American special operators are using a new virtual reality trainer to simulate their air insertions before they jump, allowing them to conduct near-perfect rehearsals over and over before the actual mission.
PARASIM incorporates a harness tailor-made to parachute manufacturer’s specifications, a virtual reality headset, and a digital environment using weather simulation and satellite or map imagery. All of this put together allows operators to create custom mission profiles and then practice them.
“If I need to insert a SEAL team in Syria tomorrow night, all I need is a latitude and longitude,” David Landon, president and CEO of Systems Technology Inc., told Defense News. “So by the time they actually make the jump, they’ve already done it. There are no surprises.”
The system can even handle multiple jumpers in a single simulation, allowing a unit to virtually jump as a team and work together to make the proper insertion to the target area.
Every military branch in the Department of Defense has purchased the system, according to Systems Technology Inc.’s website.
The Army is engineering new Hostile Fire Detection sensors for its fleet of armored combat vehicles to identify, track, and target enemy small arms fire.
Even if the enemy rounds being fired are from small arms fire and not necessarily an urgent or immediate threat to heavily armored combat vehicles such as an Abrams, Stryker, or Bradley, there is naturally great value in quickly finding the location of incoming enemy attacks, Army weapons developers explain.
There is a range of sensors now being explored by Army developers; infrared sensors, for example, are designed to identify the “heat” signature emerging from enemy fire and, over the years, the Army has also used focal plane array detection technology as well as acoustic sensors.
“We are collecting threat signature data and assessing sensors and algorithm performance,” Gene Klager, Deputy Director, Ground Combat Systems Division, Night Vision, and Electronic Sensors Directorate, told Warrior Maven in an interview.
Klager’s unit, which works closely with Army acquisition to identify and, at times, fast-track technology to war, is part of the Army’s Communications, Electronics, Research, Development, and Engineering Center (CERDEC).
Army senior leaders also told Warrior Maven the service will be further integrating HFD sensors this year in preparation for more formals testing to follow in 2019.
Enabling counterattack is a fundamental element of this because being able to ID enemy fire would enable vehicle crews to attack targets from beneath the protection of an armored hatch.
The Army currently deploys a targeting and attack system called Common Remotely Operated Weapons System, or CROWS; using a display screen, targeting sensors and controls operating externally mounted weapons, CROWS enables soldiers to attack from beneath the protection of armor.
“If we get a hostile fire detection, the CROWS could be slued to that location to engage what we call slue to cue,” Klager said.
Much of the emerging technology tied to these sensors can be understood in the context of artificial intelligence, or AI. Computer automation, using advanced algorithms and various forms of analytics, can quickly process incoming sensor data to ID a hostile fire signature.
“AI also takes other information into account and helps reduce false alarms,” Klager explained.
AI developers often explain that computers are able to much more efficiently organize information and perform key procedural functions, such as performing checklists or identifying points of relevance; however, many of those same experts also add that human cognition, as something uniquely suited to solving dynamic problems and weighing multiple variables in real time, is nonetheless something still indispensable to most combat operations.
Over the years, there have been a handful of small arms detection technologies tested and incorporated into helicopters; one of them, which first emerged as something the Army was evaluating in 2010 is called Ground Fire Acquisition System, or GFAS.
This system, integrated onto Apache Attack helicopters, uses infrared sensors to ID a “muzzle flash” or heat signature from an enemy weapon. The location of enemy fire could then be determined by a gateway processor on board the helicopter able to quickly geolocate the attack.
While Klager said there are, without question, similarities between air-combat HFD technologies and those emerging for ground combat vehicles, he did point to some distinct differences.
“From ground to ground, you have a lot more moving objects,” he said.
Potential integration between HFD and Active Protection Systems is also part of the calculus, Klager explained. APS technology, now being assessed on Army Abrams tanks, Bradleys and Strykers, uses sensors, fire control technology and interceptors to ID and knock out incoming RPGs and ATGMs, among other things. While APS, in concept and application, involves threats larger or more substantial than things like small arms fire, there is great combat utility in synching APS to HFD.
“HFD involves the same function that would serve as a cueing sensor as part of an APS system,” Klager said
The advantages of this kind of interoperability are multi-faceted. Given that RPGs and ATGMs are often fired from the same location as enemy small arms fire, an ability to track one, the other, or both in real time greatly improves situational awareness and targeting possibilities.
Furthermore, such an initiative is entirely consistent with ongoing Army modernization efforts which increasingly look toward more capable, multi-function sensors. The idea is to have a merged or integrated smaller hardware footprint, coupled with advanced sensing technology, able to perform a wide range of tasks historically performed by multiple separate, onboard systems.
Consolidating vehicle technologies and “boxes” is the primary thrust of an emerging Army combat vehicle C4ISR/EW effort called “Victory” architecture. Using Ethernet networking tech, Victory synthesizes sensors and vehicle systems onto a common, interoperable system. This technology is already showing a massively increased ability to conduct electronic warfare attacks from combat vehicles, among other things.
HFD for ground combat vehicles, when viewed in light of rapidly advancing combat networking technologies, could bring substantial advantages in the realm of unmanned systems. The Army and industry are currently developing algorithms to better enable manned-unmanned teaming among combat vehicles. The idea is to have a “robotic wingman,” operating in tandem with armored combat vehicles, able to test enemy defenses, find targets, conduct ISR, carry weapons and ammunition or even attack enemies.
“All that we are looking at could easily be applicable to an unmanned system,” Klager said.
Russia held large-scale military exercises with troops from Belarus earlier this year, during which Moscow claimed more than 12,000 soldiers took part in a variety of drills in both countries.
The Zapad 2017 exercises fell short of many of the sinister elements observers thought they might include, but one aspect of the electronic-warfare component of the drills elicited surprise among NATO officials.
“The amount of jamming of their own troops surprised me. It was at a level we haven’t seen,” the chief of Estonia’s military intelligence, Col. Kaupo Rosin, told Defense News. “And they did it in the different branches, so land force, Air Force. That definitely surprised us.”
Rosin said Russia has an advantage in that its forces can switch to civilian electronic infrastructure within its own territory should their military electronic networks get jammed or become compromised.
“They tested [their own troops] to learn how to switch into their own cable network and not to emanate anymore, but to deal with the problem,” he said.
Estonia and its Baltic neighbors, Latvia and Lithuania, have warned about increasingly assertive Russian action along their shared borders. Estonia in particular has noticed increased Russian espionage activity.
The Russian special services are interested in both the collection of information and in influencing decisions important for Estonia. The Russian intelligence and security services conduct anti-Estonian influence operations, including psychological operations — in other words, influencing the defense forces and the general population of a potential enemy.
Rosin said NATO forces had a record of good communications, pointing to the bloc’s experience in Afghanistan and Iraq. But he noted that Russia is more capable than opponents faced in those countries, so NATO needs to look for new solutions and different ways to train its military leaders.
“We have to approach the problem as a complex problem — not just jamming, but also what other means can we use in order to disrupt the Russian communication system,” he told Defense News. “It probably includes some cyber activities.”
Baltic and British officials have said there is evidence of persistent Russian hacking efforts against European energy and telecommunications networks, as well as disinformation campaigns. Estonia itself hosted NATO’s biggest cyber-defense exercise this week, where “fictional scenarios [were] based on real threats,” a Estonian army officer said.
Rosin also said a foe with more robust electronic-warfare capabilities would require new ways of training officers to approach their commands. “If you have some limitations in communications, for example, how do you deal with that?” he said.
The military-intelligence chief cited Estonia’s military’s rapid troop call-up abilities and its relatively small size as potential advantages in a conflict, but, he added, communicating and coordinating with troops from other NATO members countries would complicate operations.
“When we are talking about the NATO command structure or different staff,” he told Defense News, “then I think the problem will kick in.”
NATO has itself assessed shortcomings in its command structure. An internal report seen by German news outlet Der Spiegal concluded that the alliance’s ability to rapidly deploy throughout Europe had “atrophied” since the Cold War ended.
The report recommended forming two new command centers: One to oversee the shipment of personnel and supplies to Europe, and another to oversee logistics operations in Europe. NATO Secretary General Jens Stoltenberg said in early November that the bloc’s defense ministers were set to approve a plan to create those commands.
Despite that change, Rosin said there remained operational and strategic challenges to NATO capabilities as well as questions about the bloc’s ability to deter threats.
Russia has advantages in time, personnel, and territory in which to operate, and Moscow would try to thwart a NATO military response, he said, noting vulnerabilities created by the Suwalki Gap and sea lines of communication.
“So the danger for us is if the Russians for some reason come to the conclusion that they might get away with some type of action in our region, then there is … [the possibility that they] might do some miscalculation and start something, which we don’t want,” he told Defense News. “In order to keep that under control, then our military posture must be adequate and the plans must be adequate. [Russia is asking]: Is really NATO coming to help or not?”
Russian action in Ukraine in 2014 and its continued involvement there — and NATO’s response to it — have been cause for concern in Eastern Europe, the Baltics in particular.
Earlier this year, Lithuania’s defense minister told The Guardian that his country was “taking very seriously” Russian threats to Batlic stability, drawing parallels between propaganda about Lithuania emanating from Moscow and events preceding Russia’s annexation of the Crimean Peninsula.
NATO has increased its troop and equipment deployment to the region in recent months to reassure allies there. (Lithuania has said it wants a permanent U.S. troop presence there.)
In June 2016, US Air Force A-10 Thunderbolts practiced takeoffs and landings on an Estonian highway for the first time since 1984. Russian and NATO aircraft have also come into increasingly close contact in the skies over the Baltics in recent years.
Overall, Rosin said, NATO had improved is posture in relation to Russia. Asked about his 2015 comments that Moscow was playing hockey while everyone else was figure skating, he struck an optimistic tone.
“I’m not sure if we are in the same hockey league with the Russians. Definitely not yet,” he told Defense News. “We are in a good way, but there is a lot of room for improvement.”
Any dad would put himself in danger to save his child, but a North Carolina dad proved he’s truly a hero. When Charlie Winter’s 17-year-old daughter Paige was attacked by a shark at Fort Macon State Park’s Atlantic Beach, he sprang into action. Winters punched the shark five times, fighting off the predator and ultimately saving his daughter’s life.
Family friend Brandon Bersch described the frightening attack to TODAY Parents: “They were standing in waist-deep water and chatting and then Paige suddenly got pulled under.” Winters quickly reacted by punching the shark repeatedly. “Charlie wouldn’t stop until it released his little girl,” Bersch continued. “He lives for his children.”
Winters’ quick response is likely due to his experience as a firefighter and paramedic, which allowed him to know to apply pressure to Paige’s wounds and was able to remain calm. “Paige is alive today because of her father,” Bersch said.
Paige was airlifted to Greenville’s Vidant Medical Center 80 miles away, where she had emergency surgery and unfortunately, lost her leg. “Paige has more surgeries upcoming, but she’s really optimistic,” Bersch said of the teen’s recovery. “As soon as Paige woke up at the hospital, she made a comment about how she doesn’t have animosity toward sharks and she still loves the sea.”
This was hardly the first time Charlie stepped in to save a life. In 2013, he rescued a then 2-year-old boy from a burning home. “Charlie is the bravest man I know,” Bersch said of his friend. Absolutely no arguments here.
This article originally appeared on Fatherly. Follow @FatherlyHQ on Twitter.
A US official has told ABC news that the Defense Secretary James Mattis authorized 3,500 additional troops to deploy to Afghanistan as part of the troop buildup associated with President Donald Trump’s South Asia Strategy.
Late last month, Trump announced his new strategy on Afghanistan which included an increase in the number of US troops to the country.
Reports in the past indicated that Mattis favored the Pentagon’s recommendation to send about 3,900 more troops to Afghanistan.
Defense Secretary James Mattis (left) and Joint Chiefs of Staff Gen. Joseph Dunford. DoD photo by Army Sgt. Amber I. Smith
On Sept. 8, Mattis told reporters that he had signed deployment orders for some of the additional troops that would be sent, though he would not disclose the number.
No details have however been released on when these troops will deploy.
On Sept. 6, Mattis, Chairman of the Joint Chiefs of Staff Gen. Joseph Dunford, the Secretary of State Rex Tillerson, and Director of National Intelligence Dan Coats briefed members of Congress about the new strategy in Afghanistan.