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Archive for the ‘Comms’ Category

ADS Federal Range Day 2020 – Thales Javelin MANET Handheld Radio

Wednesday, August 26th, 2020

The Javelin from Thales is a small form factor single channel MANET Handheld Radio which uses the TSM waveform to provide wideband MANET coverage in areas such as shipboard, caves and urban operational settings.

TSM characteristics:
•Infrastucture-less MANET
•High-speed wireless IP networking
•Self-Forming, self-healing
•Scalable to 200+ nodes
•Robust in harsh environments
•Fast, seamless network join/merge
•Instant adaptation to network topology change

Javelin is interoperable with the IMBITR 2-channel Leader Radio, and other third party radios running the TSM waveform. It supports UHF, Upper UHF, L and S band communications.

Javelin features Embedded GPS and Type 3 AES 256 Encryption and is 2M Immersible.

Size data:
Length: 5.2 inches (13.21 cm) (excluding antennas)
Width: 2.6 inches (6.60 cm)
(with battery attached, excluding antennas)
Depth: 1.8 inches (4.57 cm)
Weight: 1.25 lb Radio and Battery (567 g)

Units and agencies can procure all products shown during ADS Federal Range Day by contacting ADS Inc.

ADS Federal Range Day 20 – DeSantis Holsters

Tuesday, August 25th, 2020

DeSantis Holsters has been manufacturing in the US for over 40 years, with a long relationship with law enforcement.

They showed us their new Kydex Radio Pouch for the Motorola X6000. It comes as a full kit with a variety of mounting options. Additionally, all of the controls are accessible, even while the radio is mounted in the pouch.

They assured us that they can quickly gen up a carrier for the Motorola X8000 if there is sufficient interest. They just need the proper dimensions.

Units and agencies can procure all products shown at ADS Federal Range Day by contacting ADS Inc.

Garmin Montana 700i

Monday, August 24th, 2020

The new Garmin Montana 700i is a Touchscreen Navigator with inReach Technology which offers worldwide SOS and messaging as well as weather reports. The device also incorprates an optional 8 MP camera. Position data is via both GPS and Galileo satellite networks.

To facilitate two-way satellite messaging via inReach, the Montana utilizes a full QWERTY keyboard. Maps and imagery are easy to discern thanks to the 5″ color screen which is 50% larger than the previous model.

Like other Garmin devices, the Montana has full ABC sensors, including an altimeter for elevation data, barometer to monitor weather and 3-axis electronic compass.

An internal, rechargeable lithium-ion battery pack provides more than 18 hours of battery life in GPS mode, but to keep you going for a week or more between recharges, use Expedition mode, an ultralow-power GPS reference.

As always, SSD readers are highly encouraged to purchase Garmin devices from Strohman Enterprise.

Persistent Systems Completes Phase I of Robotic Command Vehicles program; Readies for Phase III

Tuesday, August 18th, 2020

Company officials say mobile ad hoc network will shine in complex, multi-unit battlefield scenarios 

For Immediate Release 

NEW YORK, N.Y. – August 18, 2020 – Persistent Systems, LLC (“Persistent”), a leader in mobile ad hoc network (MANET) solutions, announced today that it has successfully completed Phase I of the U.S. Army Robotic Command Vehicles (RCV) program.  

Run under the auspices of the Army Future Command’s Next Generation Combat Vehicles – Cross Functional Team, the RCV program aims to show the utility of manned-unmanned teaming with a future Optionally Manned Fighting Vehicle (OMFV) being able to control multiple RCV “wingmen.”   

During Phase I, a modified M113 tracked armored personnel carrier acted as an RCV surrogate while a modified Bradley infantry vehicle called the Mission Enabling Technologies-Demonstrator, or MET-D, served in lieu of a yet-to-be-built OMFV. 

 “We successfully networked the surrogate platforms in a point-to-point fashion with our Wave Relay MANET,” Brian Soles, VP of Government Relations & Business Strategy for Persistent Systems, said. “That means enabling the cameras, sensors and software as well as the command-and-control interface for control of the RCV and its gun systems.” 

Persistent Systems is now working with the Next Generation Combat Vehicles – Cross Functional Team and other stakeholders, such as Army Combat Capabilities Development Command’s Ground Vehicle Systems Center and C5ISR Center, to review lessons learned and further adapt Wave Relay capabilities. 

“We are really looking forward to Phase III of the Army RCV program,” Soles said, “because it’ll be a complex, RF-contested and -congested environment with multiple air, ground, and dismounted units, and that’s where Wave Relay’s scalability, resiliency and spectrum efficiency will shine.”    

ATLANTIC SIGNAL Receives Contract for All New York Emergency Services Units (ESU)

Tuesday, August 18th, 2020

Atlantic Signal was recently awarded and delivered the first of numerous orders for the NYPD ESU following extensive testing of the company’s exclusive ComTac V Patriot Headset, Invictus Push-to-Talk and ESU Speaker Mic with custom radio cable inline QD for quick change capabilities for their Motorola APX portable radios.

The Invictus push-to-talk was developed in 2017 to provide an updated/alternative to the old school U94 PTT option that had been prevalent since the late 1990s. The Invictus features both single and dual comm models with shrouded actuation switch(es) that allow the end-user to attach or detach protective shrouds. Both models include a blackened stainless steel MOLLE clip that allows the end-user to move the PTT switch(es) to the 3, 6 ,9 & 12 o’clock positions. Further, the Invictus MOLLE clip was designed to allow the user to remove the MOLLE clip from its normal ‘back’ position, which configures the PTT actuation switch(es) in an outboard position, and attach the clip to the ‘front’ of the Invictus PTT housing which positions the actuation switch(es) in an outboard orientation for left handed trigger-pullers.

The order includes the Atlantic Signal exclusive 3M/Peltor ComTac V Patriot headset featuring all-new ambient environment listening modes, ambidextrous noise canceling boom microphone, removable rubber headband and ARC rail mounts for the team’s Ops-Core protective helmets.

“We began working with ESU approximately 18 months ago after being notified they were looking to update what proved to be very outdated ancillary communications. As opposed to most other tactical communications suppliers/distributors, we design and manufacture our products and have in-house capabilities to customize our builds. ESU is a very demanding customer and are not the traditional part-time SWAT / tactical unit. Requirements for their needs included custom comms systems for Heavy Weapons and Tactics, Explosive Ordinance Disposal, SCUBA, EMT, High Angle Rescue, Vehicle and Train Extrication, Helicopter & HAZMAT. NYPD’s requirements are very similar to what we have done for the FBI Hostage Rescue Team. An example is, NYPD wanted its ESU operators to be able to quickly transition into tactical gear without having to unscrew, remove, re-position and screw back on their Motorola APX radio adapter. We provided an inline quick disconnect on the coiled radio cable assembly that allowed each officer to simply unplug his department issued shoulder mic cable from the radio and plug in his/her Atlantic Signal comms system without ever having to remove the actual radio connector. We had experience with this unique type of request having developed a similar inline QD system for Naval Special Warfare boat operators. We worked with each specialized team and developed comms solutions for their specific needs surrounding a single common headset, the Atlantic Signal exclusive ComTac V Patriot” stated Randall Hedrick, President and Managing General Member of Atlantic Signal.

NYPD ESU provides services analogous to the functions of a Special Weapons and Tactics (SWAT) team. ESU responds to high-risk, tactical operations involving barricaded suspects, hostage situations, high- warrant service, tactical crowd control and dignitary/VIP protective operations. ESU also provides operations and technician level response to hazardous materials (HAZMAT) incidents involving the presence of industrial or illicit chemical, biological or radiological agents involving criminals or terrorists. ESU is also trained to rescue victims from structural collapse, high-rise structure, confined spaces, trench collapse, vehicle and rail car accident, and machinery accident entrapment. They may also respond to persons having difficulty breathing, heart attacks, and strokes as first responders, or along with local EMS.

NYPD ESU performs both surface and underwater victim rescue, searches and evidence recovery as well as to provide “crisis response” to incidents involving psychologically disturbed individuals. ESU members sometimes provide immediate fire suppression and victim rescue for fires occurring in massive and highly populated structural locations that are under the direct jurisdiction of a state or municipal authority. ESUs’ operations are often supported by a Canine (K-9) response capability and members often respond to incidents involving dangerous animals and reptiles. In some jurisdictions, ESU members may provide medical support and team member rescue during tactical operations and sometimes staff a dedicated ambulance.

Atlantic Signal is based out of Topeka, KS where they develop, design, manufacture and sell tactical communications and accessories. The company started in 1989 with a focus on tactical law enforcement. Today, thirty-one years later, the company’s clients include Customs and Border Patrol, Naval Special Warfare, LAPD, ATF, MARSOC, DEA, US Coast Guard, US Secret Service among thousands of military and law enforcement clients around the world.

atlanticsignal.com

ATLANTIC SIGNAL Receives New US Army Security Force Assistance Brigade Order

Thursday, August 6th, 2020

Atlantic Signal was recently awarded an order for the 3rd SFAB following extensive testing of the company’s new Viper II Control Hub and Atlantic Signal exclusive ComTac VI headset.

Atlantic Signal began development of its new VIPER II Control Hub / Push-to-Talk in early 2019 with the input and assistance of several key customers. There had been a clear dissatisfaction with the design and capabilities, or lack thereof, of several of the PTT/control box options on the market that could interface with both standard and dual band radios along with various ancillary cable capabilities.

Further, Atlantic Signal introduced the Brigade to its exclusive ComTac VI headset featuring the all new NIB feature.  The ComTac VI offers a new way to adjust the auditory settings of the headset for each mission. Traditionally, a headset has a set frequency response, and the operator can only increase or decrease the volume. The MAP function provides new advanced ambient listening modes that allow access to a variety of gain settings, but with frequency shaping, to enhance auditory performance in five conditions. The MAP Profiles have been designed with a variety of combat and combat support operations in mind.

NIB enables short-range, headset-to-headset communication in high noise environments, without the use of an external communications radio. The NIB function allows for 4 team members to speak simultaneously, and over 60 people within a 10 – meter radius to listen at any given time. Audio transmit is activated by either a voice activated switch (VOX) for hands free operations or by push-to-talk. The VOX switch is adaptive, meaning the threshold to activate will adjust automatically to the noise environment. To help reduce user burden, a tactile button has been added to the left ear cup that allows the user to easily turn on or off the function / and switch from VOX to PTT settings.

“We listened closely and carefully to several of our most demanding Federal LE and Military Special Operations customers in an attempt to better understand how their needs had changed and or broadened since several of our competitor’s dual band PTTs had come to market. Without divulging the detailed reasons as to why our VIPER I and VIPER II Control Hub/PTT is different from our competitors – some of those design changes are immediately recognizable but just as important are the tasks the VIPERs can perform and how easily each individual can program the VIPER for a personal end user experience. Nothing is complicated from the operator’s engagement perspective but a Control Hub / PTT that is VERY powerful both from the outlook of what it can do now and how it can be utilized in the future. After nearly 18 months in development and dozens of generations / modifications of both VIPER models in the field, we’ve received orders ranging from dozens to hundreds to over a thousand in a single purchase.” states Randall Hedrick, President and Managing General Member of Atlantic Signal.

The first SFAB was raised in 2018 at Fort Benning, GA, On May 18, 2018, the Army announced that the Security Force Assistance Command (SFAC) would be established at Fort Bragg. This division-level Command, led by a Brigadier General, will oversee the Army’s six Security Force Assistance Brigades, as well as the MATA for SFAB training and oversight.

3rd SFAB tested and evaluated the Atlantic Signal combination of the VIPER II PTT, ComTac VI headset and an assortment of custom cables both CONUS and OCONUS and decided upon this product mix to replace their current communication systems.

Atlantic Signal is based out of Topeka, KS where they develop, design, manufacture and sell tactical communications and accessories. The company started in 1989 with a focus on tactical law enforcement. Today, thirty-one years later, the company’s clients include NYPD ESU, CBP, NSW, LAPD, ATF, DEA, MARSOC, USCG, USSS and the FBI among thousands of military and law enforcement clients around the world.

atlanticsignal.com

Blue Sky Network Launches First Secure Docking Station for Iridium 9575A Satellite Phone to Government Markets

Monday, July 27th, 2020

SAN DIEGO — Tuesday, July 14, 2020. — Blue Sky Network, an Iridium Satellite Communications partner, has officially announced the release of the 9575A Docking Station, the first and only secure docking station for the Iridium 9575A satellite phone. The Iridium 9575A satellite phone is the only commercial handset that is capable of Type I encryption accredited by the U.S. National Security Agency for Top Secret voice communications and is replacing the now-obsolete Iridium 9505A satellite phone.

Blue Sky Network’s 9575A Docking Station, the successor to the ASE-MC03-DOD dock for the 9505A, is the only commercially available docking station that supports the 9575A satellite phone handset. The 9575A is an ideal secure satellite communications solution for military and/or government operations for use anywhere in the world. The 9575A Docking Station supports General Dynamics’ DOD security module 2 and Enhanced Mobile Satellite Services (EMSS) for global voice, data, and paging capabilities.

The Iridium Security Module 2 (ISM2) is a sleek, small form factor encryption module that provides NSA Certified protection of classified voice and data communications. The module is covert as it fits completely inside the Iridium 9575A handset and provides end-to-end security for information classified Top Secret and below. The docking station also enables seamless integration into existing Plain Ordinary Telephone Service (POTS) systems. Its small form factor and operator-friendly wall mounting make for smooth incorporation into everyday operations.

Blue Sky Network also offers a military-grade grab-and-go communications kit, aptly deemed the 9575A TOC BOX. The 9575A TOC BOX includes the 9575A Docking Station, external antenna, and a digital privacy handset in a ruggedized case for secure communications in remote, austere environments.

“Growing up in a military family, I learned the importance of safe and secure communications and the critical impact to military operations” said Nick Tucky, Blue Sky Network’s Vice President of Sales. “It’s been an honor supporting the U.S. military and federal agencies’ communications needs both CONUS and OCONUS.”

US Army Strategic Ops Directorate to Shape Electromagnetic, Cyber Capabilities

Monday, July 27th, 2020

WASHINGTON — The Army recently implemented a new directorate to support requirements within the electromagnetic spectrum, enabling the force to prioritize, integrate, and synchronize its data-enabled warfighting capabilities to fight and win in a multi-domain battlefield.

In February, the Department of the Army’s Management Office-Cyber directorate reorganized to DAMO-Strategic Operations, or DAMO-SO, said Brig. Gen. Martin F. Klein, the organization’s director.

The organization, which falls under the Army’s G-3/5/7 office, was created to work “horizontally across the Army,” by partnering with other communities of interest throughout the Army Staff, Army Training and Doctrine Command, and Army Futures Command, to name a few, Klein said.

DAMO-SO will generate policies and programs to help resource and execute information technology, mission command, space, and enterprise capabilities, Klein said. Further, the program will refine the force’s approach to joint multi-domain operations, which could subsequently impact the Army’s force structure, resources, and strategy.

The move to DAMO-SO also signifies the Army’s push to move beyond the “information age to the cognitive age,” Klein added. Adopting a cognitive-based technological approach could augment the Army’s decision-making process through data collection and analysis.

The directorate is currently working to collect data from the Army’s warfighting systems and structure to fully understand how and where they can increase capabilities within the electromagnetic spectrum.

“This is a historic time for us,” Klein told reporters Tuesday. “For our senior leaders to have the foresight to stand up [DAMO-SO] … I think it will provide not only the Army but the joint force with great effects.”

Cloud architecture

One of the critical focus areas within the DAMO-SO directorate is tied to the Army’s effort for standardized data architecture and cloud computing technologies.

“What [DAMO-SO] is trying to do is breathe energy into this digital transformation, by making sure that … we have common data standards [and] common architecture to make our data available,” he said.

The directorate has worked closely with the Army Chief Information Officer/G-6, the Enterprise Cloud Management Office, Network Cross-Functional Team, and other entities to define and improve the Army’s cloud-computing architecture.

“What we’re trying to do is work with current systems that we have in the Army’s inventory, to make sure that we digitally enable them and transform them to provide immediate use to the warfighter,” Klein said.

“We are also looking at the satellite connections that enable our enterprise to connect with our integrated tactical network through our regional hub nodes,” he added. The directorate will continue to work with the Army Space and Missile Defense Command to accomplish this task.

Creating a reliable cloud-computing capability at both the enterprise and tactical levels will help integrate the Army’s weapons systems and non-kinetic maneuver technology, Klein said.

He also mentioned work using cloud abstraction, which refers to the deployment of applications or data to facilitate the interoperability between systems. In theory, cloud technology will allow the Army to more effectively share data and integrate weapons systems across its formations.

“I think we have turned a corner, and we are beginning to see ourselves clearly in this digital transformation environment, through the work that we have done within the cloud,” Klein said.

Dialing in the Army’s electromagnetic spectrum capabilities will help the force compete and win with a complex and uncertain environment, he added.

By Devon Suits, Army News Service