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Posts Tagged ‘AFCEA TechNet’

AFCEA TechNet 2015 – GATR Technologies – Satcom

Saturday, September 5th, 2015

DSCF1909

-Recently used for 25th ID Cobra Gold rotation after their SATCOM was rendered NMC during sealift. A 4 man team deployed via commercial air with a 4M GATR and provided DIV MAIN CP comms. What used to take a long bed 5-ton can now be put in the bed of a 4-pax or a large sedan.

-No component weighs over 80lbs. The ball was 77lbs. The ball itself can be transported in a canvas bag. Not jumpable unless soldier is 6’4″ + but definitely door-bundle per the retired JM rep. It can operate in windspeeds up 50 kts or so, well beyond the threshold of normal rigid dishes due to the aerodynamics of a ball versus a bowl.

-The two Pelican boxes hold the electronics and blowers. The Hardigg box holds the ball in its bag for palletizing. Not essential.

-The dish reflector shape is held by differential pressurization between the halves of the ball. If the ball is damaged punctured (by fragementation or small arms), the blowers kick up to compensate for air loss. It comes with a patch kit and is made of rip-stop material.

-Note the “Satellite this way” markings on ground mat and sizing of the anchor plates to allow ammo cans, 5 gallon jugs, sandbags, or bricks to be used. All tie-downcabling and turnbuckles are integrated for quick setup and no line snags. The protractor is also integrated for elevation checks of the dish. A clear vinyl window allows a visual check on the reflector shape without guessing. The slightly blurry photo with the oval in the corner is the view inside.

-Blowers use regular radio batteries for the UPS.

Available in smaller sizes, too.

www.gatr.com

Submitted by Fly On The Wall

AFCEA TechNet 2015 – Cyphy Works – PARC

Saturday, September 5th, 2015

PARC

Click to view .pdf

This is a cool man portable drone that is tether-powered up to 500′ for persistent ISR surveillance. No need for helium or aerostat techs. While it is not silent, it does not present that “barrage balloon” visual signature that provides instant recognition and navigation landmarks for smelly bearded men for miles around.

The interface and controls are automated. Joe doesn’t need to be a professional or trained drone pilot. Punch in the altitude desired on the laptop software control console and up it goes. Stable to about 35 kts. The whole system can be packed into airline checkable cases.

www.cyphyworks.com

Submitted by Fly On The Wall

AFCEA TechNet 2015 – LockDown – LockDown XP

Friday, September 4th, 2015

Untitled

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Deployments to remote sites and occupation of host nation infrastructure are facts of life. And three dimensional defense also involves thinking DOWN as well as the skies above. Underground utilities and sewage systems are difficult to secure and defend against. Welding manhole covers down isn’t a friendly gesture or readily reversible state.

Additionally, protecting underground infrastructure from tampering and insider threats is important. One disgruntled employee or saboteur with a crowbar can render multimillion dollar complexes inoperable by disabling comms, power, and water.

Lockdown covers are available in 22 standard sizes and custom sizes can be made upon request. Lockdown also manufactures.

Currently in use on Fort Campbell KY on special mission unit compounds.

lockdowninc.com

Submitted by Fly On The Wall

AFCEA TechNet 2015 – Orange Rock – Micro Grid

Friday, September 4th, 2015

Orange Rock

Click to view .pdf

In an increasingly high tech, electronic battlespace even in remote areas, power is always the limiting factor in many man-packable electronic force-multipliers and enablers. LLVI and LRS-D element mission times are generally constrained by how many batteries the troops can hump, not by Class I constraints. 125 lb mission rucks for a 72 hour mission by Soldiers carrying only basic loads and bare minimum food, water, and third line gear is not unusual. Hungry, cold, dehydrated, and fatigued at the start of the mission are normal for LLVI personnel.

The Orange Rock MicroGrid utilizes rechargeable Lithium-Iron-Phosphate batteries and has fantastic energy density relative to Its size, weight, and potential cost. It can be “juiced up” from almost any AC generator, shore power, vehicle power, or solar array. Combined with portable solar arrays, remote COPs, OPs, or relay sites could have man-portable 24/7 power. An alternative would be swapout of units during LOGPACs of supported sites. Toss a case of MREs, water, and a freshly juiced OrangeRock and a team could continue mission for another three days.

Initial hands-on revealed a sturdy, ruckable load that could be strapped to ALICE, MOLLE, or Mystery Ranch NICE frames or enveloped by the Mystery Ranch Crew Cab pack. Additionally, the form factor is airline checkable from both weight and size constraints.

Ongoing improvements include a prop-rod and “rain cape” that would keep off precipitation and allow the lid to be half closed in operation.

orockllc.com

Submitted by Fly On The Wall

AFCEA TechNet 2015 – Leidos – MLS “KVM Switch For Audio” Headset

Friday, September 4th, 2015

Leidos MLS System

Click to view .pdf

Sensor, ISR, and C2 node personnel often have to work at multiple levels of classification with a sea of different headsets, handsets, and speakers to deal with two or more classification systems. The cramped nature of many systems makes multiple handsets and headsets problematic.

Additionally, spillage and crosstalk are real things: the very human possibility of grabbing the wrong H-250 handset and telling uncleared personnel or your erstwhile Green force allies that “John has a long moustache” is a serious danger to compromising sensitive capabilities and TTPs. Finally, consider the distinct possibility of Green overhearing Blue comms if they happen to be in the TOC when monitor speakers are setup. There simply aren’t enough personnel to have dedicated RTOs for each level of classification and some LNO guy is probably going to be in your C2 area during joint or combined ops.

Leidos MLS headset allows simultaneous monitoring of multiple levels of classification. One operator or communicator can now discretely monitor or communicate on two or more networks with complete channel isolation and no “bleedover.”

Initial testing and fielding with ISR assets has resulted in some product improvements. The boom mic and some of the internals has now been moved to the opposite side to produce a better balanced headset to reduce neck strain. While it may seem trivial to worry about neck strain on some pogue in a TOC or airconditioned shelter, realize that pogue is probably going to be wearing this headset 14+ hours a day for months or years at a time. Much like NVG counterweights, a balanced load on the head makes for comfort, efficiency, and long term prevention of repetitive strain injury.

www.leidos.com

Submitted by Fly On The Wall

AFCEA TechNet 2015 – Tricom Research

Friday, September 4th, 2015

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Tricom research has some fantastic, manportable communications system packaging solutions. Using standard Storm/Hardigg type cases, systems that would normally require bulky vehicle type racks and docks are now mounted in hand or man-packable configurations that can be popped open and used quickly without dealing with a sea of cables, connectors, or bulk.

Hands-on fiddling with the systems revealed lots of attention to detail and significant input by military communications personnel, especially those who operate out of non-standard vehicles or need to be able to set up C2 without a 463L pallet of hardware. Open the box, plug in the antenna, and start talking.

Additionally, the Tricom rep was particularly proud of the thermal tolerances in the hardware. If the customer supplied radio and operator can take the heat, the Tricom packaging and amplifier solutions won’t be the link that holds you back.

www.tricomresearch.com

Submitted by Fly On The Wall