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Archive for the ‘Comms’ Category

See the Dark Wolf Ventures Howler at SHOT Show

Thursday, January 18th, 2024

Satcom/RF Backhaul with Advanced Situational Awareness
The Dark Wolf Howler is one of many custom communications products!! Whether you are working with P25 or other platforms, the Howler can connect you anywhere in the world using the Iridium LEO constellation, even if you’re on the move! In one current configuration (as shown), ICOM’s F7500 Series P25 radios are backhauled over the ICOM SAT100M Satellite radios for a true BLOS (Beyond Line Of Site) system. In the pics, Jay Chapman and Brandon Newsome from Iridium, Kevin Rutherford from Dark Wolf Ventures, and Glenn Williams from ICOM America conducted a demonstration in which P25 radios at an installation in South Korea are connected over satellite to IDAS radios in Ft. Carson, CO. This P25 to IDAS RF backhaul through the Iridium constellation also allows for real time PLI tracking and messaging through ATAK on a Samsung Tablet.

Schedule a meeting to join us at SHOT Show this year and check out one of our newest releases.

The Howler from Dark Wolf Ventures integrates ATAK on the Tab Active 3 from our partners at Samsung.

Dark Wolf Ventures’ custom ATAK plug-in provides remote command and control of the connected radios, real time updates of physical location, short messaging, and improved situational awareness.

Jay Chapman and Brandon Newsome from Iridium conducted a demonstration of the P25 Howler in South Korea.

Even while using different digital protocols, the Howler provided seamless situational awareness and consistent communications from around the world.

The Howler in mobile IDAS configuration was connected from Fort Carson, CO to the P25 Howler in South Korea. The mobile configuration goes from storage to fully operational and backhauling over satellite in fewer than five minutes, and can even be used on the go.

darkwolfventures.com/innovations

Unveiling the Future of Tactical Communication: OTTO’s enhanced NoizeBarrier TAC Headset

Tuesday, January 16th, 2024

In the fast-evolving landscape of tactical communication technology, OTTO Engineering is set to redefine industry standards with the introduction of the enhanced NoizeBarrier® TAC tactical communications headset. This anticipated upgrade will be showcased at the upcoming SHOT Show 2024, promising an array of advanced features that will elevate the user experience in high-stress environments and mission-critical operations.

Crystal Clear Communications

At the heart of the NoizeBarrier® TAC is its commitment to crystal clear communications, superior situational awareness, and industry-leading hearing protection. These essential elements make it a must-have for professionals operating in high-noise, high-stress situations where effective communication is critical to mission success.

Thinner Ear Cups for Enhanced Helmet Compatibility

One of the standout improvements in this next-gen headset is the introduction of thinner ear cups. Carefully designed to fit seamlessly under ACH, IHPS, and other mid/full cut helmets, this feature enhances both comfort and functionality. Users will experience a snug fit without compromising the protective integrity of their helmets, ensuring optimal performance in the field.

Streamlined Cabling for Efficient Functionality

Say goodbye to the era of bulky coils. The improved NoizeBarrier® TAC comes equipped with a new streamlined cabling system, optimizing functionality without unnecessary bulk. This enhancement not only contributes to a more streamlined appearance but also ensures efficient and reliable operation in dynamic and demanding scenarios.

Lighter, Softer Headband for Extended Comfort

Recognizing the importance of prolonged use in mission-critical operations, OTTO has introduced a lighter, softer headband for the new NoizeBarrier® TAC. This thoughtful improvement guarantees maximum comfort over extended periods, allowing users to focus on the task at hand without distraction or discomfort.

Proprietary Blend Ear Seals: The Perfect Balance

The proprietary blend ear seals featured in this advanced headset strike the perfect balance between comfort and protection. By combining the soft feel of gel with the proven safety of foam, OTTO ensures that users can wear the improved NoizeBarrier® TAC for extended periods without sacrificing the crucial hearing protection required in their line of work.

Over 12% Lighter

In a move that exemplifies OTTO’s commitment to streamlining kit, the new NoizeBarrier® TAC is over 12% lighter than previous models. This weight reduction enhances user mobility and comfort without compromising the headset’s durability or advanced functionality.

Visit OTTO at SHOT Show 2024

To experience the future of tactical communication technology, visit OTTO at booth 42557 during SHOT Show 2024. OTTO’s commitment to innovation shines through in the new NoizeBarrier® TAC with its array of improved features. This headset is not just an upgrade but a leap forward in the evolution of tactical communication solutions.

Blast from the Past – The Digital Message Device Group

Wednesday, December 27th, 2023

Not long after “ET” used a modified Speak & Spell to phone home*, select units within the US Army were using the OA-8990/P Digital Message Device Group (aka KY-879/P) to communicate.

I used the DMDG from the late 80s up until the mid-90s while assigned to both 3rd ID LRS and in 3rd SFG(A) on a SOT-A.

Manufactured by Racal Communications, it was a burst transmission device. Messages were formatted and encrypted via one-time pad and then entered into the device via the keyboard. The dot matrix screen could be backlit but was used only with caution so as not to give away the user’s location at night. Although, the nylon cover could be configured to partially conceal the screen from three sides, the glow reflecting off of the user’s face was noticeable, especially if he was wearing glasses.

The DMDG sent a digital burst signal when used primarily in conjunction with HF radios. Initially these were the AN-PRC-74 and 70, but I only ever used the device with the AN/PRC-104A and AN/PRC-132 SOHFRAD (Special Ops High Frequency Radio). It could also used with SATCOM systems such as the AN/PSC-3, AN/LST-5 and AN/MST-20.

In the photo at the top, you can see the cables used to connect the DMDG to the radio as well as an external battery such as the Magnesium BA-4386 (also used in the AN/PRC-77) which only provided about four hours of power.

The combination of burst transmission and HF comms was intended to thwart threat radio direction finding efforts but the baud rate was so slow (266.6 baud), messages took a really long time to transmit. At that speed, you could only transmit 27 characters a second on HF. For SATCOM shots, you could speed it up to 1200 baud but satellite time wasn’t as prevalent during the 80s and 90s.

During an International (NATO) LRRP exercise in the late 80s, I learned that the Dutch 104th Reconnaissance Co used the MA-4450 Message Entry and Read-Out Device. The MEROD looked like the DMDG, but offered onboard encryption.

By the mid-90s we began to transition to the AN/PRC-137 Special Mission Radio System which was much smaller and lighter than earlier radios and used a palmtop Data Messaging Device to transmit messages via a radio which could be queried by a base station for message traffic. When used for Special Reconnaissance missions this allowed to communicator to leave the radio a safe distance from the element. This combined with much faster data transfer rates greatly lowered the risk of threat direction finding.

The DMDG is now a relic of the Cold War. Today, handheld cellular devices provide more capability than we could carry just two decades ago. Communicators use a variety of multi-band devices which offer onboard encryption as well as data transfer rates high enough to provide live video feeds using waveforms which boast low probability of detection and intercept.

* “E.T. the Extra-Terrestrial” was a 1982 movie by Steven Spielberg. A famous line is “E.T. phone home.”

Army Enables Flexible Communications Across a Strategic Paradise

Tuesday, December 26th, 2023

SCHOFIELD BARRACKS, Hawaii — The blue Pacific is now saturated with Army green as allies and partners join forces to prepare for large-scale combat operations.

As the Army adapts and evolves its network to reduce complexity and tailor capabilities at echelon, it relies on persistent experimentation, fielding and Soldier feedback to refine network operational concepts.

The 25th Infantry Division has been a critical experimentation partner in this effort, most recently during the Joint Pacific Multinational Readiness Center 24-01 exercise at Schofield Barracks employing the Integrated Tactical Network, or ITN, for its networked communications.

“Here in the Pacific, we’re faced with unique environmental considerations, from triple canopy jungles to the mountains and volcanoes,” said Maj. Justin James, division deputy communications officer (G6) for the 25th ID. “The ITN is going to help us communicate over terrain in which we couldn’t before.”

The ITN is comprised of a flexible network kit that incorporates commercial capabilities such as tactical data radios, commercial cell technologies, and tactical cross domain solutions that integrate into the Army’s network foundation. The flexibility of the ITN allows higher echelons to take on complex network planning and management, while retaining necessary network capabilities for commanders at lower echelons who are focusing on the fight.

One priority for the 25th ID during the execution of JPMRC 24-1 was to exercise and fight on the Sensitive but Unclassified – Encrypted, or SBU-E, network to the greatest extent possible. The use of the SBU-E enclave supported communications across echelons and the joint and coalition communities.

“In a future fight, the U.S. will have to fight with its partners and allies and to make that interoperability real, our network has to be as flat, fast and accurate as possible,” said Col. Rob Shaw, 3rd Infantry Brigade Combat Team, 25th Infantry Division commander. “Because it’s at an [acceptable] level of encryption I can pull in our partner nations.”

Over the past six years, nine brigade combat teams and six security force assistance brigades have successfully conducted operations using SBU-E at brigade and below to provide increased operational flexibility, interoperability, and security, while retaining secret voice and data communications where required.

During the experimentations, the 3-25 established communications up to division and down to the tactical command post using SBU-E to follow each tactical operations center movement. This provided Army network developers with data to inform network design.

Persistent Experimentation: Extending the Network

To complement the existing ground-based ITN capabilities, the Army inserted new aerial tier experiments by incorporating the ITN’s tactical radios into fixed wing drones, which significantly extended the network across intra- and inter-island terrains and onto a UH-60 Blackhawk for air to ground communications.

The Aerial Tier Network Extension featured a K-1000 drone, which completed a 26-hour flight carrying full motion video with the radio creating a single mesh network to significantly extend the mesh network.

The Aerial Integrated System, also known as ITN in the air, provided shared position location information between the pilot down to dismounted troops equipped with end user devices.

“As soon as the helicopter comes into the line of sight, the system creates a communications bubble between the pilot, who is tracking the mission on a tablet, and the ground forces, who are communicating with the pilot and each other using their end user devices,” said Maj. John Azbill, 3-25 S6. “Air to ground communications are especially critical during our night time air assault operations.”

The unit also successfully experimented with a joint-enabled radio for shore-to-ship joint call for fires, which enabled the forward observer to initiate the fires chain up to a U.S. Navy destroyer offshore to launch a notional fires mission.

“We’re in the Pacific, so joint fires missions are probably what we’re going to most rely upon to fight,” Shaw said.

The 25th ID will continue to participate in operational exercises in 2024, where it will refine its ITN capabilities and provide the Army with additional feedback on how to implement a strategic communications link across the Indo-Pacific.

Story and photos Kathryn Bailey, U.S. Army Public Affairs

Some photos by Sam Brooks

U.S. Air Force Selects Somewear Labs to Maximize Interoperability and Ensure Critical Situational Awareness

Tuesday, December 19th, 2023

Somewear Labs provides a secure, agile network that can be used for communication, location tracking, and other tactical applications across multi-domain operations

SAN FRANCISCO, Dec. 13, 2023 /PRNewswire-PRWeb/ — Today, Somewear Labs, the technology company enabling critical communications for defense, public safety, and commercial frontline teams, announced it has received a $1.8 million contract from the U.S. Air Force. This award builds on the company’s AFWERX SBIR Phase II contract through the Tactical Funding Increase (TACFI) program. This initiative integrates Somewear’s existing commercial capabilities across USAF mounted and dismounted communications and networking systems, enhancing the full spectrum of Special Tactics (ST), Personnel Recovery (PR), and Terminal Attack Control (TAC) operations. The award comes in collaboration with the Special Warfare community across the National Guard and active duty units.

New missions and threats will require units to deploy faster, identify threats quicker, and survey areas further. Incorporating Somewear’s advanced technologies into the Department of Defense (DOD) will improve required operational capabilities and enhance integration with coalition forces and foreign partners.

Supporting customers across every branch of the DOD, Somewear Labs is accelerating military modernization through unified, secure communication solutions, guaranteeing resilient and reliable communications when traditional networks are lost. Through this contract with the U.S. Air Force, Somewear Labs will deliver enhanced capabilities to further integrate into the TAK ecosystem and other government systems providing critical interoperability between dismounted personnel and Air Support Operations Centers.

Somewear’s critical communication platform, Somewear Grid, and accompanying network enabling hardware, enhance operators’ capabilities by increasing network resiliency and situational awareness across multiple domains, even in denied, degraded, intermittent, and limited-bandwidth (DDIL) environments:

• The company’s existing commercial technology enables beyond-line-of-sight (BLOS) satellite communication through the Somewear Global Hotspot and Somewear suite of apps across Android, iOS, Web, and ATAK, ensuring strategic interoperability.

• Earlier this year, Somewear introduced Node, a pocket-sized multi-network device that features novel automation to route data via the efficiency of mesh radio technology or the resilience of satellite connectivity, empowering teams to maintain agile, resilient communication regardless of mission needs or operating environment.

• Additionally, the Somewear Grid platform integrates with tactical systems like ATAK and provides a low SWaP (size, weight, and power) solution for the last tactical mile of Joint All-Domain Command and Control (JADC2).

“Partnering with companies like Somewear Labs enables new innovative solutions to solve some of the hardest problems faced by the 147th ASOS, the U.S. Air Force, and beyond,” said Major Kris Bartels, 147th ASOS, Director of Operations. “Ensuring communications are survivable in bandwidth constrained environments is critical for the safety of our operators and the effectiveness of our operations. The interoperability of the Somewear platform, across civilian and military responders, and its ability to integrate into existing systems extends communication capabilities, providing a reliable, resilient network for teams on the move.”

During military operations, real-time communication and situational awareness is paramount to ensuring the warfighter can make strategic, informed decisions at the right time — in any environment. Mission advantage will go to military forces who can coordinate and act together across all domains, rapidly. This is especially important for missions that are conducted in cell-denied terrain and in contested environments. When traditional networks are lost, communication barriers and unreliable systems put the mission and operators at risk.

“It is a privilege to grow our partnership with the U.S. Air Force and adapt our platform to the evolving needs of the DOD as we look to the future,” said James Kubik, Co-Founder and CEO at Somewear Labs. “With this contract, we are able to build on our interoperable solutions to break down communication barriers, redefine interagency collaboration, and ensure operators always maintain situational awareness, communications, and operational effectiveness.”

The TACFI effort is the epitome of strong collaboration from small businesses and government in order to advance cutting-edge technology at the intersection of commercial and national security interests.

For more information, please visit somewearlabs.com.

High Speed Gear Unveils the Apex ER Sling – A Solution Designed for Emergency Responders

Monday, December 18th, 2023

SWANSBORO, N.C. –December 18, 2023– High Speed Gear, a leader in innovative tactical gear and equipment, proudly announces the launch of the Apex ER Sling.  This is a solid addition to the advanced range of products that are developed in collaboration with Fire Fighters and Emergency Medical Service (EMS) professionals. The Apex ER Sling stands as a testament to High Speed Gear’s commitment to innovation and user-focused solutions. HSGI continues to offer unique solutions that are functional, versatile, and come with a full warranty.

Crafted with top-tier quality materials and unparalleled functionality, the Apex ER Sling is designed to meet the dynamic needs of emergency responders in the most demanding situations. Constructed from a resilient Cordura laminate and nanosphere coated tubular nylon webbing, this sling assures robustness and durability in the field.

Key Features of the Apex ER Sling:

Customizable Ride Height: Featuring High Speed Gear’s patented Double Tap Slider™, the Apex ER Sling provides users with the ability to adjust the ride height as per their individual preferences and operational requirements on the FLY. Additionally, the use of HSGI’s patented Double Tap Slider allows for adjustable friction to be set by the end user depending on the situation the user is in.

Versatile Design: The user has the option to select a traditional black color scheme or the American National Standards Institute (ANSI) certified reflective binding, offering improved visibility in low-light conditions, a critical requirement for many emergency responders. HSG provides two snap cable management points and 5 elastic slides to ensure either coiled or straight cables are properly managed and out the users way while doing their job.

MOLLE Compatibility: The sling includes a 3-column, rigid Kydex MOLLE panel, providing flexibility to attach various accessories such as radio pouches, medical TQ pouches, utility pouches, and more. This limitless adaptability ensures that the sling can be customized to accommodate all emergency professionals, no matter the situation.

David Jackson, Director of Government Sales at High Speed Gear states, “We are thrilled to introduce the Apex ER Sling, a product born from collaboration with Fire Fighters and EMS professionals. Our commitment to developing gear that directly responds to the real needs of those on the front lines remains at the forefront of our mission. The Apex ER Sling showcases our dedication to providing reliable, durable, and adaptable gear to support the heroes in the field.”

The Apex ER Sling is a significant addition to High Speed Gear’s mission to deliver purpose-driven solutions that cater to the specific demands of emergency responders.

For more information about the Apex ER Sling and High Speed Gear’s other innovative products, visit www.highspeedgear.com/apex-er-sling.

SOFWERX x PEO-SW Family of Special Operations Vehicles Assessment Event

Monday, December 11th, 2023

SOFWERX, in collaboration with USSOCOM PEO-SOF Warrior (PEO-SW), Family of Special Operations Vehicles (FOSOV), specifically the Non-Standard Commercial Vehicles (NSCV) Program, is hosting a series of events, to engage with Industry, Academia, and Government labs, and identify potential solutions for integrating portable and adaptive technologies, including but not limited to Information Technology (IT) and Communications (Comms) kits. Over time, competing and emerging requirements have driven IT and Comms kits to increase in complexity and cost at the trade-off of Special Operations Forces (SOF) mission flexibility, driving the need to develop an updated strategy and identify new, novel solutions.

The FOSOV Program Office has historically added SOF capability to include C4ISR through Systems Engineering and Integration to the vehicle design. In many cases, the vehicles are intended to have the same capability for fielding and deployment. As radios, amplifiers and other technologies have evolved over the years, limiting factors and trade-space have made it difficult to adapt mission capability in the field. FOSOV must deploy Tiger Teams to Areas of Responsibility (AOR), where SOF has freedom of movement, to upgrade technology in Ground Mobility Platforms. In future conflicts, FOSOV will need the ability to deploy new technology insertion packages in semi-permissive or contested environments. FOSOV desires the ability for program engineers to innovate and for operators to deploy and adapt solutions in the field through new deployment strategies and configuration control mechanisms and seeks interface control strategies and/or material solutions that enable technology updates in contested or denied areas of operation. In the future, FOSOV expects SOF will use indigenous vehicles rather than vehicles manufactured in the US and the portability of technology packages/kits between vehicle classes and types will be critical to mission success.

The objective of this event is to explore potential solutions with Industry, Academia, and Labs based upon an understanding of current FOSOV use cases and operational landscapes for future conflicts.  FOSOV will discuss the challenges of deploying solutions to inherently contested/denied areas of responsibility to ensure full understanding of the limitations and explore new and innovative solutions to rapidly integrate and deploy technology across all of FOSOV Ground Mobility Platforms.  Respondents may address capability for the existing NSCV fleet, or aim at changing how future ground mobility solutions are fielded. 

Submit NLT 12 January 2024 11:59 PM ET

U.S. Persons Only

For full details, visit events.sofwerx.org/fosov

Titan Armament Group LLC – MUD Variant 1 (Mobile/Handheld Unit)

Monday, December 11th, 2023

The MUD Variant 1 is a handheld comms unit available in standard and GPS capable variants. The standard model can be upgraded at a later date. It is intended to be used in conjunction with TAK loaded on an End User Device.

Capabilities:

• Off-Grid Communicator that integrates with ATAK 4.7

• Team Chat (Send Messages)

• GPS Tracking of Self, Team and Asset Trackers

• Send COT to mark targets and buildings alike.

• Encrypted with AES-256-bit Bit Encryption

• Each unit is equipped with a USB-C connection port on the top that is used to connect to your EUD without the need for a Bluetooth connection.

These photos are of the pre-production GPS models so the production variants will have different case materials.

Each unit is made to order so no refunds. The current timeline to complete assembly and ship is 16 weeks. As always, this will be a supply constraint that we will work on from batch to batch to improve. Some parts are custom made and take time to manufacture.

spearheadtraininggroup.com/products/mud-v1