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Video by Valentina Cala
Making life-saving wearable tech for soldiers - Master
Quickly assessing vital signs is key to saving more lives. NATO is working with researchers in the Czech Republic to develop a new technology that helps field medics take faster and more accurate decisions.
Synopsis
NATO is supporting the development of new technology designed to minimise casualties during combat operations. It involves soldiers wearing various body sensors that will help medics collect vital data and determine the extent to which a soldier may be injured more accurately than a field medic would be able to conclude.
The new technology is called the Digital Triage Assistant (DTA) system. The original concept came from a collaboration between students of Johns Hopkins University and the NATO Allied Command Transformation Innovation Hub. It has since expanded and now involves researchers from the Czech Technical University in Prague, the DefSec Innovation Hub, the Czech University of Defence and the General Staff of the Czech Armed Forces.
Footage includes scenes of a simulated attack showing soldiers wearing prototype devices. It also includes soundbites with Kristina Soukupová, President, DefSec Innovation Hub, and Major Bedrich Hyza, Chief of Training, Military Academy, Brno.
Transcript
-SOUNDBITE- (ENGLISH) Major Bedrich Hyza, Chief of Training, Czech University of Defence
“When the bullets are flying around you, you have to make a choice. Some casualties don’t need immediate attention. Some are beyond saving. But even the serious injuries can be saved if you can stabilize them and get them to a field hospital quickly enough.”
TEXT ON SCREEN
HOW CAN FIELD MEDICS
SAVE MORE LIVES?
SCIENTISTS FROM THE CZECH TECHNICAL UNIVERSITY ARE WORKING WITH NATO
TO BUILD A DIGITAL SOLUTION
-SOUNDBITE- (ENGLISH) Kristina Soukupová, President, DefSec Innovation Hub
“We put together a system of sensors that monitors soldiers heartbeat, breath rate and some other parameters. The result is people making decisions faster, and it helps also the medic to locate the soldiers if he has a mass casualty and the soldiers are not in one place, the medic will know which direction to run basically.”
-SOUNDBITE- (ENGLISH) Kristina Soukupová, President, DefSec Innovation Hub
“The next step is we need to make the sensors smaller so that we can fit it under the ballistic protection.”
TEXT ON SCREEN
THE DEVICE STARTED AS A CONCEPT DEVELOPED BY NATO AND JOHNS HOPKINS UNIVERSITY
-SOUNDBITE- (ENGLISH) Kristina Soukupová, President, DefSec Innovation Hub
“One of the reasons we all got involved in this project is because we all believe that ultimately the system will save lives.”
Up Next
Now Playing
1:20
Making life-saving wearable tech for soldiers - Master
Quickly assessing vital signs is key to saving more lives. NATO is working with researchers in the Czech Republic to develop a new technology that helps field medics take faster and more accurate decisions. Synopsis NATO is supporting the development of new technology designed to minimise casualties during combat operations. It involves soldiers wearing various body sensors that will help medics collect vital data and determine the extent to which a soldier may be injured more accurately than a field medic would be able to conclude. The new technology is called the Digital Triage Assistant (DTA) system. The original concept came from a collaboration between students of Johns Hopkins University and the NATO Allied Command Transformation Innovation Hub. It has since expanded and now involves researchers from the Czech Technical University in Prague, the DefSec Innovation Hub, the Czech University of Defence and the General Staff of the Czech Armed Forces. Footage includes scenes of a simulated attack showing soldiers wearing prototype devices. It also includes soundbites with Kristina Soukupová, President, DefSec Innovation Hub, and Major Bedrich Hyza, Chief of Training, Military Academy, Brno. Transcript -SOUNDBITE- (ENGLISH) Major Bedrich Hyza, Chief of Training, Czech University of Defence “When the bullets are flying around you, you have to make a choice. Some casualties don’t need immediate attention. Some are beyond saving. But even the serious injuries can be saved if you can stabilize them and get them to a field hospital quickly enough.” TEXT ON SCREEN HOW CAN FIELD MEDICS SAVE MORE LIVES? SCIENTISTS FROM THE CZECH TECHNICAL UNIVERSITY ARE WORKING WITH NATO TO BUILD A DIGITAL SOLUTION -SOUNDBITE- (ENGLISH) Kristina Soukupová, President, DefSec Innovation Hub “We put together a system of sensors that monitors soldiers heartbeat, breath rate and some other parameters. The result is people making decisions faster, and it helps also the medic to locate the soldiers if he has a mass casualty and the soldiers are not in one place, the medic will know which direction to run basically.” -SOUNDBITE- (ENGLISH) Kristina Soukupová, President, DefSec Innovation Hub “The next step is we need to make the sensors smaller so that we can fit it under the ballistic protection.” TEXT ON SCREEN THE DEVICE STARTED AS A CONCEPT DEVELOPED BY NATO AND JOHNS HOPKINS UNIVERSITY -SOUNDBITE- (ENGLISH) Kristina Soukupová, President, DefSec Innovation Hub “One of the reasons we all got involved in this project is because we all believe that ultimately the system will save lives.”
2:20
Wappapello Lake Holds Back Damaging Flood Waters
St. Louis District Civil Engineer, Liam Wallace, and Wappapello Lake Natural Resource Specialist, Andrew Jefferson, explain how Wappapello Lake helps protect downstream communities by holding back floodwaters.
1:44
Valley Park Flood Response
John Boeckmann, Valley Park Flood Fight Sector Leader, St. Louis District, U.S. Army Corps. of Engineers talks about the importance of the levee surrounding the city of Valley Park and USCAE's on-going commitment and partnership with members of the community.
2:03
Melvin Price Lock and Dam gets a Lift Gate Replacement
Andy Schimpf, Operations manager at the St. Louis District’s Rivers Project Office explains why new lift gates are being installed at the Melvin Price Locks and Dam, and the work that goes into it. Two lift gates leafs, each measuring 110-feet-wide by 26-feet tall and weighing 270 tons, were recently lowered into place by the Rock Island District’s Quad Cities Floating Plant Heavy Lift Team.
0:29
FUSRAP Signs - B-Roll
B-Roll of FUSRAP signs being installed on properties that still need to be cleaned up because of contamination from our nation’s early atomic energy program.
2:02
Dredge Potter on the Mississippi River
Dredge Potter has two pipeline systems available depending on the requirements of the job. Here, it uses 2,400 foot of flexible, self-floating pipeline, as it works to maintain the 9-foot navigation channel on the Middle Mississippi River near Chester, Illinois, Aug. 18, 2023. This pipeline provides for fixed point placement that allows the dredged material to be used for ephemeral island creation, or other beneficial use. The other pipeline system is 832 feet of steel pipeline supported on pontoons, which allows for the dredged material to be sidecast outside of the navigation channel.
0:28
The Mississippi River Highway
Everyday thousands of vessels move people, commodities, and products across the country via the nation's rivers and harbors and the U.S. Army Corps of Engineers is responsible for ensuring the safe, reliable, efficient, and environmentally sustainable movement of these vessels. Shipping by barge can be the most cost-efficient and sustainable way of moving cargo via the Mississippi River where the St. Louis District, U. S. Army Corps of Engineers maintains a 9-foot navigation channel. Watch as a tow pushing barges passes the Dredge Potter and Kimmswick on the Mississippi River.
0:52
Dredge Potter Pipeline Positioning
The St. Louis District, Dredge Potter can move 50,000 cubic yards per day of alluvial materials from the bottom of the river bed and send the material long distances through a floating discharge pipe. During operation, the cutter-head dredge swings from side to side alternately, using its port and starboard spuds as a pivot, with cables attached to anchors on each side controlling lateral movement.
1:24
Dredge Potter Tour
The St. Louis District, Dredge Potter moves 50,000 cubic yards per day of alluvial materials from the bottom of the river bed and sends the material long distances through a floating discharge pipe. During operation, the cutterhead dredge swings from side to side alternately, using its port and starboard spuds as a pivot, with cables attached to anchors on each side controlling lateral movement.
0:31
Dredge Potter
The St. Louis District’s Potter, photographed on the Mississippi River during the 2022-23 dredging season was originally built in 1932 and is a dustpan dredge. During operations, the dustpan head is submerged toward the river bottom and water jets stir up the sand gravel on the bottom of the river, which is then vacuumed up and moved through 800 feet of pipe to be discharged somewhere outside the channel.
0:28
The Mississippi River Highway
Every day thousands of vessels move people, commodities, and products across the country via the nation's rivers and harbors and the U.S. Army Corps of Engineers is responsible for ensuring the safe, reliable, efficient, and environmentally sustainable movement of these vessels. Shipping by barge can be the most cost-efficient and sustainable way of moving cargo via the Mississippi River where the St. Louis District, U. S. Army Corps of Engineers maintains a 9-foot navigation channel. Watch as a tow pushing barges passes the Dredge Potter and Kimmswick on the Mississippi River.
0:15
July 4th - St. Louis Cardinals - Colonel Bryan Sizemore
July 4th - St. Louis Cardinals - Colonel Bryan Sizemore Event: July 4th MLB games on FOX and In Stadium
2:41
St. Louis District Overview
The St. Louis District is strategically located at the crossroads of three major river systems: the Illinois, Mississippi and Missouri. The District encompasses some 28,000 square miles, almost equally divided between Illinois and Missouri. The St. Louis District is responsible for maintaining a 9-foot-deep navigation channel on 300 miles of the Mississippi, 80 miles of the Illinois and 36 miles of the Kaskaskia Rivers. District personnel operate and maintain five lock and dam sites, four on the Upper Mississippi and one on the Kaskaskia River. In addition to the rivers, the District operates and maintains five multi-purpose lakes. Their purposes include environmental stewardship, habitat restoration, fish and wildlife management, flood damage reduction, water supply, hydropower and recreation.
3:36
Buffalo District Survey Crew in St. Louis
Members of the U.S. Army Corps of Engineers Buffalo District Survey Team spent time in St. Louis, on the water, assisting with river bottom surveying. Watch this video to get a better idea of what survey team did and some of the challenges they faced.