Celebrate 20 years of the TLR-1

Cyber Quest 23 Informs Cyber and Electronic Warfare Program Managers

September 1st, 2023

FORT GORDON, Ga. — Environment matters when it comes to experimentation and analysis of capabilities for the Army. To determine how a piece of technology will perform on the battlefield, the right environment is needed that replicates many of the battlefield variables.

In the electronic warfare and cyberspace — shortened as EW and cyber — communities, Cyber Quest is that environment. Developed with purpose, Cyber Quest is the perfect place for EW and cyber to experiment and analyze potential technologies that may make their way onto the battlefield one day. It’s where Soldiers, industry and government partners come together for a common purpose — inform capability development in various portfolios including EW and cyber, areas not only critical to the Army but critical to the Program Executive Office, Intelligence, Electronic Warfare & Sensors — known as PEO IEW&S.

This annual prototype assessment, now in its eighth year, explores industry innovations and captures Soldier feedback through a series of rigorous and objective experimentations to provide evidence-based results. Soldiers from the U.S., Australia and Canada took part in evaluating technologies this year.

“Cyber Quest is about making sure the interaction between the science and the practitioners is at the right level,” Maj. Gen. Paul Stanton, commanding general, U.S. Army Cyber Center of Excellence said during his opening remarks. “We take the state-of-the-art capabilities that industry and the scientific community have been working on and we refine them in accordance with what Soldiers tell us they need.”

Anyone within the EW and cyber communities will agree, things move incredibly fast and change constantly. To keep pace, events like Cyber Quest help inform the requirements documents and ultimately increase the rapid acquisition of EW and cyber capabilities.

Members from the EW and cyber requirements and acquisition communities, as well as Soldiers, attend Cyber Quest to see what industry has developed and how those capabilities performed in the experimentations during a culminating distinguished visitors day event.

Due to its focus, Cyber Quest has become the premier prototyping event for the Army, and feeds into larger Army technology assessments like Project Convergence.

From a product manager perspective, “Cyber Quest allows us to see a broader perspective of what’s going on in the [EW] community,” Liz Bledsoe, Product Manager, Electronic Warfare Integration, explained. “There may be technology here we can use in some capacity in the future.”

Beyond the technology results, networking with the community adds even more value to Cyber Quest. “Stakeholder relationships is important at our level,” Bledsoe said. “I met with our Canadian and Australian allies in attendance to catch up and talk shop. We operate alongside both countries often so it’s important we keep those relations up.”

Bledsoe’s work focuses on the Electronic Warfare Planning and Management Tool, or EWPMT, a commander’s tool to remotely control and manage electromagnetic spectrum assets to execute offensive and defensive EW operations. At Cyber Quest, EWPMT was set up to receive data from the participating vendor products and was able to receive data as a result. “Experimentations are great. Any of the data we get from Cyber Quest helps with the future of EWPMT,” Bledsoe explained.

The experimentation aspect of Cyber Quest is fairly unique and can provide the acquisition community a look ahead. “If there’s something really important, we see in the final results, could be positive or negative, it gives us insight on changes we need to make and where can we build the capability up to,” Bledsoe explained. “We may identify aspects the Combat Capabilities Development Command, Command, Control, Communication, Computers, Cyber, Intelligence, Surveillance and Reconnaissance Center or other science and technology organization could work through first and then we can pick up and implement it in two to three years.”

The experimentation component of Cyber Quest 23 also drives home an increasingly important aspect of software development — Soldier feedback matters.

“If you want good Soldier feedback, you have to show you value it in the first place by quickly integrating feedback into the next iteration of a product,” Bledsoe said.

She hopes to be able to take data from the experimentations and Soldier feedback back to her team to help them further develop and improve EWPMT.

“This community is at the nexus of the science and the practitioners, new protocols, new kit, new antennas, new algorithms — aligning with our Signal, EW and Cyber Soldiers – this is our time at Cyber Quest to make sure things work,” Stanton explained. “What we’ve done here at Cyber Quest informs future requirements and capability drops that we hand off to our Acquisition community to buy and build the equipment that’s going to work the way we need it to. It does us no good to give Soldiers a piece of kit that is not going to function under the extreme circumstances of the operating environment.”

By Shawn Nesaw

Brinyte – Finding a Groundbreaking Hunting Light for Your Shotgun

August 31st, 2023

Introducing the Brinyte T28 Hunting Light ,3-in-1 Center Axis Rotational Color LED module with LED Position Detent Lock. To put it simply, you can effortlessly choose any of the 3 colors (such as Red, Green, or White) by gently turning a knob. Your selected LED color will then securely stay aligned along the central axis of the light body and the spherical lens.

Why is the ‘center axis’ such a crucial factor, you might ponder? Well, firstly, if the LED isn’t precisely aligned along the central axis of the spherical lens, it won’t achieve its utmost potential in terms of light output (measured in LUX). Depending on how far off-center the LED is, it could also create anomalies or distortions in the light beam, which might impact your field of view when peering through a scope. Nevertheless, the primary rationale for having selectable and repeatable center axis alignment comes into play when you mount your light onto your scope. When dealing with a conventional, single-colored LED that’s centered within the light, you’d adjust the windage and elevation so that the light sits at the center of the scope’s field of view (and consequently aligns with your crosshair).

brinytestore.com/products/brinyte-t28-3-color-in-1-night-hunting-kit-for-coyotes-foxes-bobcats-and-hogs

EOY TLS DeadlinesCloseout Dates

August 31st, 2023

Darley Defense has provided a reminder that FY23 DLA/TLS Deadlines are approaching.

— FY23 TLS Order Receipt Deadline: September 5, 2023 11:59 p.m. EST

— FY23 TLS Funding Receipt Deadline: September 15, 2023 11:59 p.m. EST

Darley has been a Department of Defense contractor for more than 80 years, involved in manufacturing and distribution. With just one call or email, our dedicated team of industry experts (and many veterans) will help you rapidly and ethically procure everything you need. Reach out to at SupplyPartnerTeam@Darley.com

Griffin Armament Announces the Recce 5K Rifle Suppressor

August 31st, 2023

Watertown WI, Aug. 30th, 2023 –  

The Recce series of suppressors are a long-standing staple in the suppressor market segment.  The 1st generation Recce suppressors were debuted in 2012 with the purpose of providing compact, durable, accurate, rifle-specific suppressors to the market.  These suppressors have received continued technology enhancements and revisions over the years to keep them at the forefront of the suppressor market. The latest iteration of this line is the Recce 5K, a compact version of the Recce 5 for users demanding a compact, rapid-indexing, taper mount suppressor.

The Recce 5K features Griffin’s utility-patented ECO-FLOW™ baffle system which offers the pinnacle of .22 caliber sound performance.  This baffle system is tuned such that performance at the muzzle of the suppressor and the ears of the operator are balanced for a uniform and low sound signature in the immediate vicinity of the shooter. Flow-through ports in the baffles alleviate backpressure and minimize toxic gas blowback resulting in a more comfortable shooting experience.  

 Combining these baffles with a redesigned flash hiding front cap results in flagship flash reduction in a compact K can. Users prioritizing flash suppression for use with night vision optics will also benefit from the tube-over design which slows heating and delays the resulting glow of the suppressor. Combined with the low flash signature, this makes the Recce 5K an ideal choice for nighttime shooting.

The Recce 5K is fully CNC machined, and laser-welded from 17-4 stainless steel for maximum thermal transfer and unparalleled strength and durability. Every component in the Recce 5K is manufactured from solid, high temperature, corrosion resistant 17-4 Stainless Steel, and then H900 heat treated to ensure maximum service life is provided. Included with the Recce 5K is a Taper Mount EZ-Brake making the suppressor ready for use right out of the box.

“The Recce suppressor line has been a best-seller at Griffin since their release back in 2012, and with the increasing interest in compact “K” cans within the market, we knew there was demand for a Recce 5K among our customers. I think the team did a really nice job with this project and we were able to deliver a high-performance suppressor in a compact footprint. The new front cap performs really well and allows the Recce 5K to have full size flash performance in a K-size suppressor.”

– Austin, Product Development Manager, Griffin Armament 

Recce™ suppressors are machined in Griffin’s Watertown Wisconsin facility by freedom loving Americans.  

To find out more on Griffin Armament’s entire product line, please visit their website at www.GriffinArmament.com.

Kopis Designs – Marty McPry

August 31st, 2023

Made from a solid billet of 1/4″, Grade 5 (6Al4V) Titanium, the Marty McPry is virtually indestructible while weighing in at just over 2oz.

The front end has a V-grind flathead, while the back end has a chisel ground pry end with a nail puller. It also has a channel in the center that can hold and turn any standard 1/4 bit driver while providing additional leverage for turning screws/bolts.

In addition, they designed and tested it to function in a self-defense capacity in a pinch and it is TSA compliant.

www.tsa.gov/travel/security-screening/whatcanibring/items/screwdrivers-shorter-7-inches

Each one comes with a PH2 phillips head bit driver and 3 O-rings to secure it within the handle if you choose.

www.kopisdesigns.com/products/marty-mcpry-mmp-driver

Galvion Teams with NP Aerospace and Establishes UK Helmet Production Hub

August 31st, 2023

Galvion, a world leader in the design and manufacture of military head protection systems and intelligent power and data management solutions, is pleased to announce that it has established a strategic partnership with the UK-based global Defence composites company, NP Aerospace. The relationship is announced as the first batch of NP produced product is accepted and ready to deliver, and marks NP Aerospace becoming a key helmet production partner. NP Aerospace is manufacturing Galvion’s proprietary helmet designs to stringent production specifications and delivering to Galvion’s local UK and continental European customer base.

This new long-term, mutually exclusive partnership will initially focus on the delivery of Galvion’s Cobra® Plus helmets into the UK MoD’s VIRTUS programme. Since contract award in 2015, Galvion has produced and delivered over 200,000 helmet systems to the UK’s VIRTUS programme. NP Aerospace, already a long-standing and trusted supplier of the UK MoD, brings decades of advanced composite material and armour system manufacturing expertise to the venture, ensuring a continuity of production excellence for Galvion’s customers.

With validations, compliance assurance, tools, and technology transfer complete, NP Aerospace has concluded the Low-Rate Initial Production (LRIP) phase and will deliver the first production batch, marking the transition to full operating capability of the new production facility. The on-shore UK production collaboration will shorten supply chains, improve responsiveness, and provide a platform for future support and sustainment, enhancing the UK’s VIRTUS programme customer journey. In addition, this move to regionalization fully aligns with the UK customer’s Land Industrial Strategy (LIS) and places Galvion in a strong position to continue to export to and support yet more European and wider regional customers.

James Kempston, CEO at NP Aerospace said: “NP Aerospace has a strong capability in delivering high volume military helmet programmes. We have delivered 625,000 helmets to UK MoD since the mid-1990s, and we are a long-term trusted supplier on multiple UK DE&S equipment programmes. We are honoured to be partnering with Galvion to continue the legacy of excellence with the UK-manufactured VIRTUS Cobra Plus Helmet and look forward to the opportunities that this relationship presents for the future.”

Jonathan Blanshay, Executive Chairman of the Board of Directors at Galvion said: “We are firmly committed to providing best-in-class product and service to our global customer network. The UK’s MoD is an exceedingly high priority for Galvion, and we believe this new alliance represents a win-win for all parties. I’d like to thank all partners involved for working together to benefit our joint customer”. He added: “With everything going on in the world today, regional partnering and collaboration is part of a wider strategic initiative to establish onshore and localized production to enhance delivery, flexibility, responsiveness, and supportability for our customers around the world.”

Sidewinder Concepts – DOPE Kit

August 31st, 2023

Sidewinder Concepts’ DOPE Kit consists of eight sets of six types of 3×5 cards to annotate precise data for your scoped rifles.

www.sidewinderconcepts.com/shop/p/dope-kit

Signal Course Aims to ‘Transform the Army One NCO at a Time’

August 31st, 2023

FORT GORDON, Ga. — When a Signaleer graduates from initial military training their learning has all but ended; rather, it is only beginning.

As members of a career field that is ever evolving, it is imperative to seek out — and take advantage of — opportunities for professional development.

One such opportunity is the Signal Digital Master Gunner, or S-DMG, Course. Offered exclusively at Fort Gordon, Georgia, it is the only S-DMG course in the Army that is approved by U.S. Army Training Command.

This five-week functional course supports the training of noncommissioned officers to install, operate, and maintain the local area network integration with the tactical server infrastructure and various mission command information systems.

Instruction encompasses the installation and configuration of hardware and software including: routers, switches and networking devices, Warfighter Information Network-Tactical operations, signal flow, troubleshooting, Exchange server, Active Directory, Structured Query Language server, domain controller, tactical messaging solutions, Extensible Messaging Presence Protocol, Cisco Unified Call Manager, Tactical Local Area Network Encryptor, Tactical Operations Center Intercommunication System and virtual machine software. Additionally, students are taught how to integrate data using the Data Dissemination Services, Joint Battle Command Platform and Command Post Computing Environment.

Students are initially trained in a classroom environment then required to conduct performance-based tasks on unit-fielded equipment.

Claudius Blanding, S-DMG course manager, said the course’s primary objective is integration, noting that students do not become experts on any one particular system but instead become well-versed in several.

“We teach them as integrators, so they know what questions to ask so that they know where to go to get the information,” Blanding said.

Each learning position in the classroom represents a brigade’s worth of servers, and each student, from beginning to end, builds those assets.

“They are utilizing that same network from day one in order for them to move on to the next block,” Blanding said.

The course is designed primarily for information technology specialists and signal support systems specialists, military occupational specialties 25B and 25U respectively, in the rank of sergeant or above. However, all other enlisted signal military occupational specialties — specialist and below — are eligible to attend with a waiver signed by their battalion commander. The training students receive is intended to complement the training that signal warrant officers and chief information officers receive at the battalion and brigade level.

Blanding said that there are many benefits to Signaleers taking the S-DMG Course.

“What this does is … when you have your warrant [officers] and S6 up at either brigade or division, they can call down at the battalion level and talk to somebody like one of these trained NCOs, and they understand the lingo,” Blanding explained. “It really benefits the battalion and below having a S-DMG graduate, because it helps out the signal warrant officers on that side.”

Ultimately, the intent is to develop signal noncommissioned officers as signal-digital master gunners and the commander’s subject matter expert providing critical and near real-time situational awareness in the unit’s integrated common operational picture.

Furthermore, Soldiers who complete the course are offered a resource of lifetime tech support.

“We encourage them to reach back to us if they have any questions … and we constantly get emails and phone calls from [graduates] giving us new updates on stuff or things that are changing out in the force, so we learn from them as well and pass that information along,” Blanding said.

Soldiers who are interested in enrolling must pass a pre-entrance exam. Enrollment is on a first-come, first-serve basis by registering in the Army Training Requirements and Resources System.

There is no pre-entrance exam study material available, as Soldiers are expected to have networking fundamentals experience and knowledge of the various Mission Command Information Systems.

Classes fill up quickly, so Soldiers should begin the process to enroll as soon as they know they want to attend.

For more information about the course, click here.

By Laura Levering