Conversations with Google Home or Amazon Alexa have never been strictly confidential — both companies have admitted that they send some audio snippets to workers who listen to voice recordings to help improve the software.
But a group of whitehat hackers have now demonstrated that third-party apps hosted by Google Home or Alexa can also log users’ conversations, even after tricking users into thinking the apps aren’t active.
Developers at Germany’s Security Research Labs created four Alexa “skills” and four Google Home “actions” that pose as astrology apps or random number generators but are designed to secretly listen to people’s voice and send a transcript back to third-party servers. Certain versions of the app mimic Alexa or Google Assistant, pretending to offer a software update and asking users to input their password.
All eight of the apps passed Amazon or Google security checks, meaning they could have been made available for public download on either platform, according to the researchers.
“Customer trust is important to us, and we conduct security reviews as part of the skill certification process,” an Amazon spokesperson told Business Insider. “We quickly blocked the skill in question and put mitigations in place to prevent and detect this type of skill behavior and reject or take them down when identified. It’s also important that customers know we provide automatic security updates for our devices, and will never ask them to share their password.”
A Google spokesperson told Business Insider that the company is taking steps to prevent similar issues going forward.
“All Actions on Google are required to follow our developer policies, and we prohibit and remove any Action that violates these policies. We have review processes to detect the type of behavior described in this report, and we removed the Actions that we found from these researchers. We are putting additional mechanisms in place to prevent these issues from occurring in the future,” the Google spokesperson said.
Here’s how the apps work: First, they gave users the expected message — either a randomly generated number or a brief horoscope. Next, the apps go silent, giving users the impression that the software has closed, while still listening to conversations and sending a copy of transcripts to a third-party server.
The malicious apps can also impersonate Alexa or Google Home to ask users for sensitive information. As demonstrated in the videos below, the apps give the impression that the software has closed, then impersonate Alexa to prompt users to input their password to download a software update.
The US Army is using its developmental Integrated Visual Augmentation System (IVAS) heads-up display, which was created to help soldiers better wage war on future battlefields, to combat the novel coronavirus, the service revealed.
The Army recently tweaked the software for a number of IVAS prototype goggles to allow the devices to detect fevers, and soldiers at Fort Benning, Georgia have been using them to scan hundreds of troops on base.
“That’s the genius of this system; we can use this technology today to fight the virus, even as we shape it into the combat system our Soldiers need tomorrow,” Brig. Gen. Tony Potts, who heads PEO Soldier, said in a statement.
The Army has been partnering with Microsoft to create a mixed-reality heads-up display for the dismounted soldier that offers a warfighter immediate access to dozens of valuable combat tools in digital space.
With this system, soldiers can see in the dark, shoot around corners, translate text, take photos and video, and track targets, among other things.
Based on Microsoft’s HoloLens technology, IVAS is the Soldier Lethality Cross-Functional Team’s signature modernization effort, and the team has been pushing forward with its development even as the coronavirus continues to upend plans.
At the same time, the Army has figured out how to use its IVAS head-up display to help combat the virus.
The service is using the system to “rapidly assess the temperature of hundreds of Soldiers as they prepare for training” at Fort Benning, where thousands of soldiers go through a variety of different courses and training programs, the Army said in a statement.
One common symptom among individuals who have been infected by the coronavirus is a fever.
Last week, Tom Bowman, the director of IVAS Science Technology Special Project Office with C5ISR’s Night Vision Laboratory at Fort Belvoir, Virginia, realized that the HUD’s digital thermal sensors used to detect enemies in the dark could be repurposed to spot temperature spikes.
Modified IVAS heads-up displays were quickly sent to Fort Benning, Georgia. With these devices, which display scanned forehead and inner eye temperatures in the user’s goggles, soldiers were able to scan and process around 300 individuals in just 30 minutes.
The Army said that anyone who had a fever was sent to a nearby medical facility for evaluation.
Scanning was carried out indoors in a facility where commercial thermal referencing sources were used to calibrate the devices to room temperature.
“We’ve always planned for an agile software system and a digital platform that can be upgraded and adapted to use against emerging threats in the future. No one anticipated the next threat to emerge would be a virus, but that’s the enemy we face today,” Bowman said in a statement.
If everything goes according to plan, the Army intends to start fielding IVAS goggles to soldiers in the fourth quarter of fiscal year 2021, in summer of next year.
If you’ve ever wanted to be a space shuttle door gunner, pay attention: the weapon you might be operating could look something like this monster – the only projectile weapon designed for and fired in orbit around the Earth. Of course, it was the Soviet Union during the Cold War, who else would do that?
These are the people who taught terrorists to hijack planes just to be dicks to the West.
Despite some initial successes, the Soviet Union ended up losing the Space Race in a big way. Their loss is exemplified by the fact that the same day the Americans put men on the moon, the Soviets failed to land a probe there. So after a while, the disparity in technology irked the Soviet Union.
Most important to the USSR was the idea of American spacecraft being able to literally get their hands on Soviet satellites. Anti-satellite operations were something both powers prepared for, but the idea that the satellite itself would need protection up there all alone prompted the Soviets to arm one of theirs, just to see how that would go.
This is how that would go.
The Soviets built a station code-named “Almaz,” a space station that held spy equipment, radar, and the R-23M, a 37-pound 14.5mm automatic cannon that could fire up to 5,000 rounds per minute that was accurate up to a mile away. There was just one problem: aiming the cannon. The cosmonauts in the station would have to rotate the entire space station to point the weapon.
It was supposed to be the first manned space station in orbit, but the Russians were more concerned with developing the weapon than they were other aspects of the capsule, like sensors and life support. So instead of building their grand space station, they slapped together what they had with the R-23M and a Soyuz capsule, called it the Salyut before launching it into space in 1971.
All this space station and not one Death Star joke.
The CIA knew about every iteration of the Soviet Salyut spy stations, but what they – and much of the world – didn’t know is that they actually fired the R-23M while in orbit. On Jan. 24, 1975, Salyut 3 test fired its weapon before the station was supposed to de-orbit. The crew had not been aboard for around six months at this point. While the Soviets never released what happened during the test, the shots and the station were all destroyed when they re-entered the atmosphere.
Firing a gun in space would be very different from firing on Earth. First, there is no sound in the vacuum of space, so it would not go bang. Secondly, the Soviets would have had to fire some kind of thruster to balance out the force exerted on the capsule by the weapon’s recoil; otherwise the Salyut would have been pushed in the opposite direction. The weight of the projectile fired would determine how fast you would fly in the opposite direction.
Not to mention that shooting the weapon into Earth’s orbit could cause the bullets to hit the station itself from the opposite direction.
Over the weekend, you may have heard that the Argentinean submarine ARA San Juan, and its crew of 44 sailors, has gone missing. This is not unusual. In 1968, the Skipjack-class nuclear-powered attack submarine USS Scorpion (SSN 589) went missing – and was declared “overdue and presumed lost.”
Let’s be honest about submariners. They are doing a very dangerous job – even in peacetime. They are taking a ship and deliberately going underwater – where immense forces are acting on the vessel. When submarines sink – either by accident or due to an act of war, the usual outcome is that all hands are lost.
Sometimes, though, the crews beat the odds, like for about half the crew of USS Squalus (SS 192). They survived the sinking of their vessel, and were later rescued. In fact, one device first developed and proven in the rescue of the Squalus survivors, the McCann Rescue Chamber, is still in service today.
According to a release from Southern Command, this chamber can reach a submarine as far as 850 feet below the surface of the ocean. Six sailors can be brought to the surface at a time. While this is a good start, keep in mind, some submarines can have as many as 155 personnel on board.
That said, there are parts of the ocean that are a lot deeper than 850 feet where a submarine could still maintain enough integrity to keep crews alive. For those rescues, the Navy can turn to the Pressurized Rescue Module. This can reach submarines as far down as 2,000 feet, and it can retrieve 16 personnel at a time. These are known as the Submarine Rescue Diving and Recompression System. Both systems have been deployed to render aid to any survivors on the San Juan, assuming the sub can be located in time.
Now, you may be wondering, “Where are the DSRVs?” Well, that’s the bad news. The United States had two Deep Submergence Rescue Vehicles, named Avalon and Mystic. Those vessels could go as far down as 5,000 feet and could pull up 24 personnel at a time.
The United States sent a NASA P-3 and a Navy P-8 to help look for the San Juan. Hopefully, the sailors can be found and rescued.
Soldiers, Marines, and special operators will be soon sporting a new sniper rifle.
Following a lengthy acquisition process that began in 2016, the Army, Marine Corps, and US Special Operations Command (SOCOM) have started receiving the first batches of the Multi-Role Adaptive Design (MRAD) sniper rifle made by Barrett.
In the Army, the MRAD rifle will replace the M107 and M210 sniper rifles. In the Marine Corps, the new weapon will replace all bolt-action sniper rifles, such as the M40, which dates all the way back to the Vietnam War.
What makes the MRAD rifle special is its ability to be adapted according to the situation. The bolt-action rifle can quickly be re-configured to an array of different calibers as the tactical situation demands, thus giving warfighters more options.
On the battlefield, snipers can potentially face several scenarios, from vehicle-born improvised explosive devices (VBIED)—moving vehicle bombs—to high-value targets, to waves upon waves of assaulting enemies. The ability to efficiently adjust depending on the scenario is a remarkable and highly-sought out trait.
In addition, the MRAD rifle has a smooth recoil that allows snipers to quickly get a sight picture after engaging a target.
Initially, the MRAD rifle was a SOCOM-driven initiative through the Advanced Sniper Rifle program, with the Army and Marine Corps entering the process at a later stage. It comes in three calibers (7.62 NATO, .300 Norma Magnum, and .338 Norma Magnum).
According to the manufacturing company, the MRAD rifle’s “robust design, user modularity and unfailing accuracy combined with the new cartridge designed by Hornady, offer an unbeatable system for long-range effectiveness.”
A spokesperson with the Program Executive Officer Soldier who spoke to Task & Purpose said that the Army is planning to purchase close to 3,000 MRAD rifles, almost six times more than what was originally planned. The Marine Corps plans to buy a significantly smaller number, with just 250 rifles budgeted for.
Master Sergeant George Hand US Army (ret) was a member of the 1st Special Forces Operational Detachment-Delta, The Delta Force. He is a now a master photographer, cartoonist and storyteller.
Officer: “Guys, if this job were easy monkeys could do it.”
NCO: “Yeah, and if monkeys could do it… then we wouldn’t need officers.”
When I was stationed with Special Forces Dive Academy in Key West Florida as an instructor, I took to immortalizing events as I witnessed them in person: the good, the bad, the smart, the stupid, and always the funny. Heck, as a cartoonist I could always make events funny even if they weren’t; that’s just what a cartoonist does.
The beauty of being the cartoonist is that I got to choose the events that were going to get the attention. Sure, guys could come up and present their ideas to me and plead their case, but if I didn’t like it I simply could… ignore it! It was easy to become intoxicated with power.
I carried the tradition with me to the Delta Force. I anonymously hung my first cartoon in the day room to test the waters. The sterling response from the pipe-hitters meant I could claim my work, and I kept a working log of my cartoons in a binder on the bar in our squadron lounge titled: A-Squadron Tymz.
Most of the guys loved being featured in the Squadron Tymz and roared with laughter at their plight or praise. Others lamented their incidental turn to be in the book. I consoled them in all seriousness:
“Brother, you’re looking at this all wrong… you WANT to be in the book; everyone should WANT to be in it because you are then immortalized for all time!” They thought that the book was a record of their mistakes but this couldn’t be further from the truth.
I really am quite certain that piece of cheerleading in earnest gifted them peace of mind, and none of the features I added to the book were ever in poor taste. Brothers from the other squadrons tended to mosey over to our break room to have a casual gander at the latest cartoons and beg the backstory from any standers-by. Other squadrons even began to keep their own versions of my Squadron Tymz.
As for the back story of the featured cartoon, there are two parts depicting events that both happened on the same assault on a complex target objective. My assault team was designated to move in behind an initial ground floor clearing team. Once they cleared that ground floor of threats using assault weapons and flash-bang grenades, my team was to flow through quickly to the stairs and gain access to the top floor.
All went particularly well, if I may brag; assault rifles belched smoke, fire, lead, and hate as bangers thundered smashing out glass in the window pains and tearing holes through gypsum wall boarding. Calls rang out:
“CLEAR,” “CLEAR HERE,” “ALL CLEAR,”!!
The condemned and abandoned target subject (left side)
Each of the guys on my team peered out and down the hall where our bro Guido had just swaggered out of a room and stood in the middle of the hall where you weren’t ever supposed to stop and stand. It was time for Guido-style post-assault levity as we had become accustomed to it. He stood with his rifle on his hip like a duck hunter, other hand on hip, head cocked to the side and stated in his best cool-guy voice.
“I think there’s something you guys don’t realized but need to know right now, and that is that this top floor is now officially… CLEAR!”
With that, the floor under his feet creaked and sagged, and Guido went instantly crashing through the floor of the old condemned building. His body fell roughly to its waist then jammed in the hole. On the floor below, startled men cursed as a half-dozen little red dots from visible lasers danced across his kicking legs.
We dashed to extract him. He cried out as we tugged and pulled him finally through the hole in the floor. Once out we headed back downstairs, Guido limping heavily. He had tweaked his hip in the fall, an injury we all insisted for days was actually his ass, a notion that he strenuously objected too at every opportunity.
Outside a car sped away with three more assaulters who had blocked the road leading to the target during the assault. Once we reported the objective secured, the men intended to push out farther away from the target to provide more advance notice to the assault force of approaching vehicles.
The vehicle they were in was purchased by the Unit from a local car dealer, and in need of repair, and fixed up by our crack mechanic shop. It was known by us all to have mushy breaks. As the driver, Jester, came up fast on the second security position in the dark he chose to right-leg break the car to a definitive stop, but didn’t have time to warn his riders.
As the car screeched to a halt, passenger Chainsaw came flying off his vinyl seat and slammed his head into and shattered the windshield. Poor Chainsaw… as Jester describes: “The brother is an accident magnet,” and indeed that may well be, as Chainsaw wrecked a motorcycle his first week in squadron plunging the kickstand through one of his calves.
The accident magnet Chainsaw in this exaggerated version is launched through the windshield as the Jester laments: “What have I done” in German.
Later he was blown up by the premature detonation of an explosive breaching charge. He is famous in the Unit for taking a .45 caliber ACP bullet to the forehead and surviving. The bullet struck his head at a shallow angle and bounced off just above his hairline. It snapped his neck back injuring it, but otherwise, he was ok. Only in the shower when his hair was wet could you see the .45 bullet-shaped scar on his scalp.
Sadly, Chainsaw was hit again in the head by an HK G3 rifle at the border with Afghanistan and Pakistan. This time he was gravely injured and still suffers to this day from that head wound. We two remain friends on Facebook, catching up and busting chops just like in the day.
7.62 x 51 (NATO) Heckler and Koch (HK) G3 rifle
“How’s your ass, Guido?”
“I told you guys it’s my hip… my hip is what is injured; not my ass!”
“Ok, whatever you say, Guido… you take care of that ass, ya hear?”
“I TOLD you it’s not my ASS!”
“Ha, ha, ha, ha, ha… sure thing, Guido.” And so it went.
Fighting in space isn’t as easy as just spraying bullets and hoping for the best. As a matter of fact, in the vacuum of space and an arena without friction, you’re really just asking for the worst. Even in a training exercise, bullets would go on forever in the absence of anything to slow them down, hitting god-knows-what and killing god-knows-whom and the next thing you know: Interstellar War.
These weapons will help solve that issue.
It’s a proven fact that bullets will fire from a weapon, even in a vacuum. Modern ammo contains its own oxidizer, a chemical that triggers the explosive needed to fire a bullet. But this doesn’t mean you should shoot things in space with bullets.
Luckily, DARPA and other agencies don’t wait for people to come up with things like the Space Corps. They let the Space Corps come to them. And there are already a lot of incredible toys out there.
As long as they don’t get Daredevil-like powers, that’s still an advantage.
A joint U.S.-Israeli laser weapons project, the Tactical High Energy Laser is able to destroy incoming munitions as they fly through the air. The chemical laser, made up of deuterium fluoride, would be able to target satellites in space and is proven to be able to temporarily blind them.
Ask the Taliban how effective drone strikes can be.
3. Space drone strikes
The Air Force has sent the X-37B into orbit a handful of times, but no one is really sure what it’s doing up there. The X-37B is a reusable version of the American Space Shuttle, but the only thing the Pentagon will say about it is that it once tested an advanced propulsion system. But it would still need a space-based weapons system, which brings us to…
2. Excalibur Lasers
DARPA’s got you covered. This is the kind of thing the Defense Advanced Research Projects Agency was created to do. Excalibur coherently combines lower-power, electrically-driven lasers for the maximum-possible efficiency. The only remaining part of the plan is to boost the power of the system without affecting the quality of its output.
More like Death for Above.
DARPA’s Magneto Hydrodynamic Explosive Munition has been in development since 2008. The warhead can be placed on something as large as an ICBM or as small as an RPG and shoots an “explosively-formed jet” of chemically molten metal into (and probably right through) any reinforced or armored structure.
The US Navy and Missile Defense Agency, supported by Lockheed Martin, successfully conducted a series of Ballistic Missile Defense (BMD) tests in the Atlantic Ocean during Formidable Shield 2017 from Sept. 24 to Oct. 17, 2017. Naval forces from eight NATO nations participated in the exercise.
Formidable Shield is designed to demonstrate and improve allied interoperability in an integrated air and missile defense environment, using NATO command-and-control reporting structures and datalink architecture.
In one event, a US Navy ship operating with the BMD 4.0.3 Aegis Combat System conducted a simulated SM-3 Blk IB TU engagement of a live short-range ballistic missile target using remote track data provided by a Spanish F-100 class ship. In the same event, another US Navy ship, operating with the Baseline 9.C1 integrated air and missile defense capabilty, launched SM-2 missiles against cruise missile targets while simultaneously tracking the short-range ballistic missile.
In another event, a US Navy ship with BMD 4.0.3 Aegis Combat System successfully intercepted a medium-range ballistic missile target with an SM-3 Blk IB TU.
“The tests show how flexible and versatile the Aegis Combat System is with other international navies around the world,” said Jim Sheridan, vice president of Lockheed Martin’s Naval Combat Missile Defense Systems. “Working with our allied nations and the US Navy depicts the interoperability of the Aegis Combat System with other disparate systems in an integrated air and missile defense environment.”
As a proven world leader in systems integration and development of air and missile defense systems and technologies, Lockheed Martin delivers high-quality missile defense solutions that protect citizens, critical assets and deployed forces from current and future threats. The company’s experience spans missile design and production, hit-to-kill capabilities, infrared seekers, command and control/battle management, and communications, precision pointing and tracking optics, radar and signal processing, as well as threat-representative targets for missile defense tests.
The last time a Navy SEAL team used x-ray as an identifier was when the unit deployed to the Mekong Delta area in late 1970. Lt. Cmdr. Mike Walsh was a SEAL in Vietnam during the war. He was wounded at Ben Tre while serving with SEAL Platoon X-Ray in February 1971. In an interview with Vietnam Magazine, Walsh called X-Ray “the most hard-luck SEAL platoon to serve in Vietnam.”
Immediately after their arrival, things started to go awry. A SEAL team inserted near Truc Giap was ambushed that same month, December 1970. The squad leader and another SEAL were killed while the radioman and Kit Carson scout (former VC who turned on the Communists and act as scouts for U.S. infantry units) were hit. If it weren’t for the rear security man, the unit would have been wiped out entirely.
Radioman 2nd Class Harold Baker ran into a river to get out of the kill zone. He fished out the body of a fellow SEAL as well as an M-60, and then fought his way through the ambush until backup from X-Ray could arrive.
An operation in Ben Tre, the one where Walsh was injured, saw the unit lose a couple of SEALs and a number of limbs. It was during a patrol led by a “Hoi Chanh” or a defector from the Viet Cong (VC), similar to the Kit Carson scouts who was leading the way. He led the SEALs on a sweep and destroy mission, and then into a trap.
“I did not trust him at all. He was there to get us killed,” Welsh said. “And he almost did it. I didn’t like it; I had a bad feeling about it. But we went on patrol with this guy leading the way.”
The defector had come to the SEALs by way of the Chieu Hoi amnesty program. Chieu hoi, which loosely translates into “open arms,” was an effort by the South Vietnamese government to get VC members to defect to the South and offer information against the Viet Cong. It was essentially an amnesty program. An estimated 75,000 defection occurred by 1967, but less than a quarter of those were deemed genuine. Some did genuinely contribute to the war effort with some earning medals as high as a Silver Star, but the defector with X-Ray was not one of those achievers.
The SEALs on the patrol at Ben Tre found and destroyed some bunkers before being extracted by a light SEAL support craft (LSSC). As the boat was leaving, the VC attacked the SEALs, hitting the LSSC with a B-40 rocket. One of the boatmen lost a leg, and a South Vietnamese interpreter lost both. Lt. Cmdr. Walsh was lifted off the boat and stuck with shrapnel. Another SEAL’s grenades went off while strapped to his body, taking the man’s right glute. One SEAL, Ed Jones, fired a .50 cal into the VC position and they took off. Walsh found the defector injured by shrapnel.
“He looked at me and smiled,” Walsh remembered. “He knew he had led us into an ambush and he had succeeded. I finished him off with my Gerber knife.”
The team had to be extracted by helicopter, where one of the SEALs died from his wounds.
Finally, on March 4th, 1971, the unit commander, Lieutenant Michael Collins, an Annapolis graduate who had never taken SEAL cadre training, was killed in Kien Hoa province. The unit was deactivated after that, with all of its members either killed or wounded.
The reason for the high cost of X-Ray is considered to be operational security. Experts believe the unit’s tactical operations center was compromised by one of its South Vietnamese commandos who had been giving information to the Communists. The enemy knew of all of X-Ray’s movements well in advance.
The Army and Navy are operating together in the Pacific to fire Army artillery from Navy ships, send targeting data to land weapons from Navy sensors, and use coastal land rockets to destroy enemy ships at sea, service leaders said.
“The Army is looking at shooting artillery off of Navy ships. Innovation is taking existing things and modifying them to do something new,” Maj. Gen. John Ferrari, Director, Program Analysis and Evaluation, G-8, told Warrior Maven in an interview.
Ongoing explorations of the now heavily emphasized Pentagon “cross-domain fires” strategy are currently taking on new applications through combined combat experiments in the Pacific theater. Ferrari explained that these experimental “teams” are combining air defense units, ground combat units, cyber units, and artillery units, and putting them together in operations.
“Part of what we do is integrate with the Navy. The Naval threat for the Pacific is one of the major threats, so the Army is doing multi-domain battle. The Pacific is inherently Joint. There is very little that we do that is not done with other services,” Ferrari said.
Much of the ongoing work involves integrating combat units which have historically operated in a more separated or “single-focused” fashion. Combing field artillery, a brigade headquarters, air defense, Navy assets, and ISR units into a single operation, for instance, represents the kind of experiments now underway.
(U.S. Navy photo by Mass Communication Specialist 1st Class Woody Paschall)
“Instead of having three battalions of artillery, you will have pieces of these things – then go out and use it,” Ferrari said.
Tactically speaking, firing precision artillery from surface ships could possibly introduce some interesting advantages. The Navy is now exploring weapons such as long-range precision-guided ammunition for its deck-mounted 5-inch guns, ship-fired offensive weapons such as the advanced Long-Range Anti-Ship Missile (LRASM), Maritime Tomahawk, and an over-the-horizon weapon for the Littoral Combat Ship and Frigate.
Something like an Army Tactical Missile Systems rocket, Multiple Launch Rocket Systems, or GPS-guided Excalibur 155m artillery does bring the possibility to supplement existing ship-fired Navy weapons systems. Tomahawk and LRASM, for instance, can fly lower and somewhat parallel to the surface to elude enemy defensive systems.
One senior US military official explained that bringing Army artillery to surface ships to compliment existing Navy weapons could bring new dimensions to the surface attack options available to commanders.
Artillery could also lend combat support to extensive layered defensive weapons on Navy ships such as SeaRAM, Evolved Sea Sparrow Missile, and Rolling Airframe Missile, among others. These interceptors, it seems, could be strengthened by the potential use of land-fired weapons on Navy ships.
“Mixing all presents multiple dilemmas for the enemy,” a senior official told Warrior.
Much of this kind of experimentation will take the next step this coming summer at the upcoming Rim of the Pacific (RIMPAC) exercise, a joint, multi-national combat and interoperability exploration.
Navy commanders have been “all in” on this as well, previously using F-18s to identify targets for land weapons in exercises in recent years such as Noble Eagle in Alaska, senior military officials have described.
Along these lines, US Pacific Commander Adm. Harry Harris has consistently emphasized multi-domain operations in public speeches.
“I’d like to see the Army’s land forces sink a ship, shoot down a missile, and shoot down the aircraft that fired that missile – near simultaneously – in a complex environment where our joint, and combined forces are operating in each other’s domains,” Commander, US Pacific Command, said in 2017 at the Association of the United States Army LANPAC Symposium and Exposition.
During this same speech, Harris also said the Army will fire a Naval Strike Missile from land as part of the upcoming RIMPAC exercise.
Harris underscored the urgency of the US need for stronger multi-domain battle technology and tactics by telling the House Armed Services Committee early 2018 “China will surpass Russia as the world’s second largest Navy by 2020, when measured in terms of submarines and frigate-class ships.
As part of the cross-domain effort, the Army and Navy are looking at improving ways to connect their respective networks; Adm. Harris said “joint effects” in combat can be challenged by a lack of integration between different services’ “tactical ISR, target acquisition and fire control systems.”
For example the Navy’s integrated sensor network known as Cooperative Engagement Capability connects targeting and ISR nodes across the force. The emphasis now is to connect these kinds of systems with, for instance, Army weapons such as ground-fired Patriot missiles and Theater High Altitude Area Defense, or THAAD, missile defense weapons.
In addition, the Army’s Integrated Battle Command Systems is itself a comparable combat theater sensor network where various radar, command and control and weapons “nodes” are networked to expedite real-time data sharing. Part of the maturation of this system, according to Army and Northrop Grumman developers, is to further extend IBCS to cue Air Force, and Navy assets operating in a given theater of operations.
(U.S. Navy photo by Mass Communication Specialist 3rd Class Fidel C. Hart)
One senior Army weapons developer told Warrior – “it’s about target acquisition and ranges. Maybe target acquisition comes from a ship and I do surface fires on land. We need to experiment with sensors.”
The advent of long-range sensors and precision fires on the part of potential near-peer adversaries has reinforced the need for the US military to operate in real time across air, sea and land domains. Furthermore, the emergence of converging newer domains, such as cyber, space and the electromagnetic sphere are naturally an indispensable element of cross-domain fires.
In an Army paper titled “Multi-Domain Battle: Evolution of Combined Arms for the 21st Century 2025-2040,” former TRADOC Commander Gen. David Perkins writes:
“It (Multi-Domain Battle) expands the targeting landscape based on the extended ranges and lethality delivered at range by integrated air defenses, cross-domain fire support, and cyber/electronic warfare systems. We must solve the physics of this expanded battle space, and understand the capabilities that each domain can provide in terms of echelon, speed, and reach.”
Perkins and other senior Pentagon strategists have explained Multi-Domain Battle as a modern extension of the Cold War AirLand Battle Strategy which sought to integrate air and ground attacks to counter a Soviet attack in Europe.
“AirLand Battle started developing the concept of ‘extended battlefield.’ Multi-Domain battle endeavors to integrate capabilities in such a way that to counteract one, the enemy must become more vulnerable to another, creating and exploiting temporary windows of advantage,’ Perkins writes in Multi-Domain Battle: Joint Combined Arms Concept for the 21st Century.
Army – Air Force
The Army and the Air Force are also launching a new, collaborative war-gaming operation to assess future combat scenarios and, ultimately, co-author a new inter-service cross-domain combat doctrine.
Operating within this concept, Perkins and Air Force Air Combat Command Commanding General James Holmes are launching a new series of tabletop exercises to replicate and explore future warfare scenarios – the kind of conflicts expected to require technologically advanced Army-Air Force integration.
In a Pentagon report, Holmes said the joint wargaming effort will “turn into a doctrine and concept that we can agree on.”
“The F-35 is doing ISR and could possibly deliver a weapon on the same flight. We can then use what they can generate on the ground, fusing sensors, and target acquisition with things that can deliver effects,” a senior defense official told Warrior.
When Japan was looking to replace aging F-1 fighters (dedicated anti-ship aircraft), they were thinking about an indigenous design. The F-1, based on the T-2 trainer, had done well, but it was outdated.
According to aviation historian Joe Baugher, the Japanese eventually decided to go with a modified version of the F-16C/D, giving Lockheed Martin a piece of the action.
However, Japan didn’t go with a typical F-16. They decided to give it some upgrades, and as a result, their replacement for the F-1 would emerge larger than an F-16, particularly when it came to the wings – gaining two more hardpoints than the Viper.
This allowed it to carry up to four anti-ship missiles — enough to ruin a warship’s entire day.
It was also equipped from the get-go to carry radar-guided missiles like the AIM-7 Sparrow and Japan’s AAM-4. MilitaryFactory.com notes that the F-2 was delayed by issues with the wings, and eventually sticker shock hit the program when the initial versions had a price tag of $100 million each.
In the 1990s, that was enough to truncate production at 98 total airframes, instead of the planned 140.
AirForce-Technology.com reported that F-2s deployed to Andersen Air Force Base in Guam for joint exercises in 2007. In 2011, 18 of the planes suffered damage, but most were returned to service. In 2013, the F-2s saw “action” when Russian planes flew near Japanese airspace.
For its long development and its truncated production, the F-2 has proved to be very capable. It has a top speed of 1,553 miles per hour and it carries over 17,800 pounds of ordnance.
After nearly two decades of fighting in Afghanistan and Iraq, the Marine Corps is looking to reorient toward its specialty, amphibious operations, while preparing for the next fight against what is likely to a more capable foe.
Peer and near-peer adversaries are deploying increasingly sophisticated weaponry that the Corps believes will make amphibious landings a much more challenging proposition in the future.
The Corps is looking for high-tech weapons to counter those looming threats, but it’s also looking for a sophisticated system to counter a persistent, low-tech, but decidedly dangerous weapon — mines hidden close to shore.
According to a recent post on the US government’s Federal Business Opportunities website, first spotted by Marine Corps Times, the Marine Corps Rapid Capability Office is looking to autonomous and artificial-intelligence technology to “increase Marines’ ability to detect, analyze, and neutralize Explosive Ordnance (EO) in shallow water and the surf zone” — two areas where amphibious ships and landing craft would spend much of their time.
“Initial market research has determined multiple technically mature solutions exist that can assist Marines ability to achieve this capability,” the notice says.
Potential systems envisioned by the Corps’ request for information include autonomous or remotely operated vehicles, unmanned underwater vehicles, and unmanned aerial vehicles outfitted with sensors and other gear to detect and evaluate explosive devices.
“Some solutions may provide the ability to neutralize detected ordnance, which is desired but not required,” the RFI states.
Marines conduct the first amphibious landing in an Assault Breacher Vehicle with a Modified Full Width Mine Plow prototype during Exercise Steel Knight on the West Coast, Dec. 8, 2017.
(US Marine Corps photo)
The Corps wants contractors to submit up to three prototypes from a single family or multiple families of systems.
Requirements outlined in the RFI for contractor-submitted systems include being able to detect and identify explosive devices in waters ranging the surf zone, where depths are less than 10 feet, to very shallow waters, which range from 10 feet to 40 feet in depth.
The proposed system must also be able to navigate and avoid obstacles in the littoral zone, which includes shorelines out to coastal waters of 200 feet in depth or more.
The system submitted to the Corps must also be able to use geolocation information to “mark” explosive devices to within a meter in environments where communications and GPS are contested or denied.
The Corps is also looking for systems that are man-portable and can be launched and recovered by one- or two-man teams in a small boat, like the Combat Rubber Raiding Craft.
A US Marine Corps medium tactical vehicle replacement drives on shore during exercise Baltic Operations 2018 at Ustka, Poland, June 7, 2018.
(Marine Corps photo by Staff Sgt. Dengrier M. Baez)
While mines have grown more sophisticated in recent decades, even rudimentary ones are still a potent threat.
Mines have become a cornerstone of anti-access/aerial-denial strategies adopted by countries like Iran and China, which have plans to deploy them in important maritime areas like the Strait of Hormuz or the South China Sea.
The Navy has dedicated mine-countermeasures systems, including specially designed and equipped Avenger-class ships that are deployed around the world and rapidly deployable MH-53H Sea Dragon helicopters that often accompany Avenger-class ships.
A US sailor lowers a mine-neutralization vehicle from the Avenger-class mine countermeasures ship USS Chief into the water to track mines and simulate delivering an explosive package, Nov. 27, 2017.
(US Navy photo by Mass Comm. Specialist 2nd Class Jordan Crouch)
Those systems are aging, however, and the Navy has been working on a slew of remotely operated and unmanned mine-countermeasures systems that would be deployed aboard the service’s littoral combat ships, with the goal of “taking the man out of the minefield.”
While there has been recent progress with LCS-based anti-mine systems, the LCS program and those mine countermeasures have encountered delays, malfunctions, and cost overruns that have hindered the program and its implementation.
The Corps has also made progress with countering mines that Marines would encounter on shore.
In December 2017, Marines conducted the first amphibious landing with a modified full-width mine plow prototype, which was attached to an assault breaching vehicle and sent ashore on during an exercise on the West Coast.
The regular full-width plow was too big to fit aboard the Navy’s landing craft utility boats. The modified version is easier to transport and safer to use, a Marine Corps Systems Command official said earlier this year, and it gave commanders more flexibility with their ABVs.
Once ashore, the plow supplements the ABV’s other mine-countermeasure systems, helping clear a path for Marines to advance off the beach.
“This plow prototype makes the ABV transportable and gives the commander options to accomplish his tasks on the battlefield,” Alvin Barrons, an assault breaching vehicle engineer, said in a release at the time. “The capability makes the force more lethal because it helps keep other combat vehicles intact and saves the lives of Marines.”
This article originally appeared on Business Insider. Follow @BusinessInsider on Twitter.
Cluster bombs and napalm are two of the most underappreciated yet effective types of munition that a plane can drop on the bad guys, but they’re not suited for every purpose. Yes, cluster bombs can do thing JDAMs can’t and yes, napalm does provide the age-old “smell of victory,” but when the bad guys are using local civilians as human shields, precision is paramount.
Thankfully, there’s a bomb for exactly that. On display at SeaAirSpace Expo 2018 in National Harbor, Maryland, Lockheed’s newly developed bomb is appropriately called the “Scalpel.” The Scalpel is a “precise, small weapon system with low collateral damage” designed for use “particularly in urban close air support (CAS) environments.”
The bomb weighs all of 100 pounds. That’s about the size of the AGM-114 Hellfire missile, a weapon that’s proven extremely effective against terrorists and tanks facing American troops. Like the Hellfire, the Scalpel is laser-guided, but there is one big difference: While the Hellfire has a relatively small, 20-pound, high-explosive warhead that detonates on impact, the Scalpel has options.
This new, laser-guided system has a “kinetic” option. What this means, simply, is that it can be set to not explode if not needed. This might sound like a waste of a bomb, but even without an explosion, a long (six feet, three inches), thin, 100-pound rod dropped from at least 15,000 feet doesn’t need to go off to put a world of hurt on some bad guys.
The Scalpel weighs about as much as a Hellfire, and uses Paveway mountings and settings.
The Scalpel is also quite easy for pilots to employ. The guidance system is the same as that of the Paveway series of laser-guided bombs, and the Scalpel uses the same computer settings as the GBU-12 laser-guided bomb. It has been used on the F-16 Fighting Falcon, F/A-18 Hornet, Mirage 2000, Mirage F-1, and the Jaguar.
The Scalpel is capable of hitting within about six feet of its aim point. It’s a safe bet that, with more military operations taking place in urban environments, the Scalpel will be used to tactically cut apart enemy positions without making too much of a mess.