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Silvus Launches StreamCaster 4200 Plus Drop-in Module

Tuesday, April 26th, 2022

Module Enables Plug-and-Play Compatibility with a Variety of Existing Subsystems

Los Angeles, California (April 25, 2022) – Silvus Technologies, Inc. (“Silvus”) today announced the launch of the StreamCaster 4200 Plus Drop-in Module, an embedded integration package for the StreamCaster 4200 Enhanced Plus at AUVSI Xponential 2022.

Equipped with a familiar mechanical footprint, hole pattern, and JST connectors for plug-and-play compatibility with a variety of subsystems currently on the market, the Module makes Silvus’ industry-leading MN-MIMO technology more accessible than ever. With the Module’s ability to quickly and easily integrate with existing hardware and cable interfaces, end users will benefit from:

• Reduced time to market and development investment

• Industry-best range, throughput, and robustness

• Low size, weight, and power consumption (SWaP)

• Dual bands in a single package without needing to swap hardware

• Spectrum Dominance waveform enhancements, including Anti-jam, LPI/LPD, and ToF Ranging

• Interoperability with StreamCaster (AN/PRC-169) Program of Record radios

“Unmanned system platform integrators demand options depending on end user preference and mission requirements,” said Jimi Henderson, Silvus Vice President of Sales. “The StreamCaster 4200 Plus Drop-in Module’s design approach provides integrators with the ability to quickly and easily upgrade their existing 802.11 based datalink with the extended range, reduced weight, and more advanced anti-jam and LPI/LPD capabilities that MN-MIMO provides, while ensuring interoperability with a growing number of US DoD Programs of Record where StreamCaster radios are being adopted.”

After meeting internal quality standards and successful completion of on-site client integration testing, the StreamCaster 4200 Plus Drop-in Module is now available. For more information or to request the full integration package, contact info@silvustechnologies.com or visit us at Booth 2414 at AUVSI Xponential.

SOFWERX – Security at the Edge Cyber Challenge

Thursday, April 14th, 2022

SOFWERX, in collaboration with SOF Acquisition, Technology, and Logistics (SOF AT&L) Science and Technology (S&T) Directorate Network and Data Management Capability Focus Area (NDM CFA), will host a Cyber Challenge on 13 July 2022 to identify technologies with automated capabilities that provide edge device endpoint security, cloud security to protect data at the edge, and network edge security within SOF operational environments.

In austere environments, edge computing devices provide the ability to handle processing on the device or local server and transmit only the relevant data by eliminating latency, which is essential for SOF Operators. Unfortunately, edge computing devices are designed to prioritize functionality and connectivity over security. This makes SOF Operators’ edge computing devices extremely vulnerable to sophisticated nation state threat actors’ cyber attacks. Edge computing devices can take essentially any form and endpoints are everywhere due to the proliferation of Internet of Things (IoT) devices. The SOF Operator needs to ensure they are making decisions based on trusted data and have protections against zero day attacks. The need for protection against advanced persistent threats (APTs), nation state sponsored cyber attacks, data integrity capabilities, and overall zero trust solutions for the main three components of edge computing devices are critical for the current and future SOF operational environments.

Submit NLT 06 May 2022 11:59 PM ET.

U.S. Citizens Only

More info here.

EW-Resistant Air-Ground Comms with New Multi-Band Tracking Antenna

Thursday, April 14th, 2022

New Persistent Systems tracking antenna can operate on two RF bands at once, delivering improved robustness and tracking aircraft without GPS
For Immediate Release

NEW YORK, N.Y. – April 13, 2022 – Persistent Systems, LLC (“Persistent”), an industry leader in mobile ad hoc networking (MANET) technology, announced today the release of its new Multi-Band Tracking Antenna for improved ground-based communication with, and tracking of, friendly manned and unmanned aircraft—even in hostile RF- and GPS-denied environments.

The Multi-Band Tracking Antenna can find and follow aircraft without relying on a satellite-based tracking system like GNSS or GPS. This new capability ensures that connectivity with ISR aircraft can be maintained even when these systems are disrupted, denied, or spoofed.

“This is a game-changer. Now connectivity is maintained even when an enemy is actively denying us access to GPS,” said Ben Wring, Senior Program Engineer at Persistent Systems. “The tracking system remains locked onto the aircraft and mission data continues to flow without disruption.”

The tracking antenna system can now mount two MPU5 MANET radios, each operating on a different radio frequency (RF) band. When encountering interference, the system will automatically utilize the band delivering the maximum performance. This is critical given the threat of electronic warfare (EW) from near-peer adversaries.

“By operating on multiple RF bands, you can communicate through adversarial interference,” added Wring. “Whether they deny GPS or attack our transmission directly, the system will maintain connectivity.”

The system comes with a single multi-band/multi-polarity antenna feed. There is no need to change the feed when changing RF bands—one single feed covers L-, S-, and C-Bands. The feed also has independent horizontal and vertically polarized inputs, enabling polarization diversity and maximizing MIMO (multiple-input, multiple-output) radio capacity.

The Multi-Band Tracking Antenna supports simultaneous use of an MPU5 with a third-party radio. The third-party radio benefits from the tracker’s ability to operate in GPS denied environments and transmits to the platform over the same multi-band antenna feed horn.

“Like its predecessor, the new antenna system is easily deployable and has a range over 120 miles,” Wring said. “The new system is currently shipping to customers, and an upgrade kit is available to customers with the existing antenna kit.”

www.persistentsystems.com

INVISIO Receives Order from an Armed Force in a European Country Worth SEK 91 million

Friday, April 8th, 2022

INVISIO has received a first initial order under the five-year framework agreement that the company announced in January 2022. The contract is with the system integrator of the end-customer’s vehicle modernization program. The order concerns the Racal Acoustics branded new product RA4000 Magna™ headset with accessories. The order value is SEK 91 million. Shipments are related to vehicle deliveries and ongoing until 2026.

The order, as well as the five-year framework agreement, are part of the end-customer’s ongoing modernization program of systems that enable effective communication in heavy and noisy vehicles.

The order and contract, represents a significant strategic success for the new and advanced digital RA4000 Magna™ headset.

The five-year framework agreement has an estimated total value of approximately SEK 275 million.

The agreement is not the first success for the headset. In 2021 a 7-year framework agreement with the Danish army was signed, where the value of the first order under the agreement was almost SEK 44 million.

“There is no doubt that the new RA4000 Magna™ headset is a market leading solution for noisy vehicle environments. We are very pleased with the success and vast potential this headset has. The level of ease and adaptability, where it can be tailored to each vehicle’s specific noise patterns through its digital architecture, makes it ideal to replace both incumbent legacy headset solutions as well as addressing ongoing and future modernization programs,” says Lars Højgård Hansen, CEO of INVISIO.

It is worth noting that deliveries of Racal Acoustics branded products in general may lie further in the future than for products under the INVISIO brand. It is not unusual for some customers to request a first part-delivery within six months whereas the next delivery may not take place until 12-36 months later.

About the RA4000 Magna™ digital headset

The RA4000 Magna™ digital headset is Racal Acoustics’ most recently developed product. It offers market-leading hearing protection, communication capability and situational awareness. The RA4000 Magna™ has modular, customizable, and upgradeable features and accessories, which makes it possible to meet a range of specific customer requirements, while at the same time prolonging the usability and life of the product.

UNITY Tactical Announces the MARK 2.0 AMP kiT

Thursday, April 7th, 2022

UNITY Tactical’s MARK 2.0 is known for being the lowest profile headset helmet mount on the market and continues to gain in popularity for its rotational stowage.

The MARK 2.0 AMP™ kit is designed to work exclusively with the Ops-Core AMP™ headset.  It is available in two configurations.  Full kits come complete with OEM Ops-Core AMP™ Cradle Clamp assemblies and are ready to rapidly attach to headsets out of the box.  The MARK Only kit does not come with the OEM Cradle Clamp assembly and relies on end-users to supply their own Ops-Core AMP™ Cradle Clamps.

The MARK 2.0 AMP™ offers another option for mounting the popular Ops-Core AMP™ headset to helmets.  It attaches at the traditional 12 o’clock position and allows for broader helmet acceptance of AMP™ headsets.  The OEM helmet mount attaches from the rear of the rail.  If a helmet does not have a rear rail, the MARK 2.0 AMP™ will still allow users to attach to helmets.

PLEASE NOTE: The wire forms for the AMP™ version are different than the legacy wire forms.  Legacy MARK 2.0 wire forms are incompatible with the AMP™ Cradle Clamps due to length and crimp direction.

The MARK 2.0 Kit comes with all hardware for attachment to Team Wendy EXFIL™ Gen 2 and 3 rails and Ops-Core ARC™ (and similar). An M-LOK™ Adapter Kit is sold separately for compatibility with MTEK and Hard Head Veterans brand helmets. 

Contact info@unitytactical.com for more info.

US Army’s Precision Fires Software Upgrade Delivers Enhanced Operational Picture, Usability

Saturday, April 2nd, 2022

ABERDEEN PROVING GROUND, Md. — Thanks to a key software upgrade, dismounted Soldiers are receiving the most up-to-date common operational picture of fires assets across the battlefield as they submit calls for fires to artillery battalions.

Earlier this month, personnel from Product Manager Fire Support Command and Control conducted new equipment training and new equipment fielding to the 2nd Battalion, 319th Field Artillery Regiment, assigned to the 2nd Brigade Combat Team, 82nd Airborne Division at Fort Bragg, North Carolina, rolling out an upgraded version of Precision Fires-Dismounted software known as PF-D Block 2.

PF-D is a software program residing on Nett Warrior End User Devices used by forward observers and fire support teams to transmit and receive fire support messages over standard military line-of-sight, high-frequency and satellite communications radios.

“Since transitioning to a software only program, PF-D has modernized mission command for Field Artillery forward observers,” said Lt. Col. Jason Carney, Product Manager for FSC2. “The Block 2 upgrade is ensuring those warfighters have the right information at the point of need to enable mission success for fire support teams.”

This fielding upgrades the legacy PF-D Block 1 software with a newer version that aligns with the Mobile Handheld Computing Environment and incorporates updates directly based on input from Soldiers.

“The PF-D Block 2 software was developed with Soldier-centered design in mind, which is why their feedback and input is so critical to the design of a well-accepted user interface that caters to the next generation of Soldiers that grew up on smart devices,” said Maj. Jonathan Hardin, assistant product manager for PF-D.

Additional improvements over PF-D Block 1 include adopting the Android Tactical Assault Kit infrastructure to run PF-D as an ATAK plugin, enabling maneuver and fires data on a single map. Resource utilization has been reduced since NW and PF-D are operating in one application rather than separate instances, resulting in a reduced memory footprint, reduced application overhead, and faster response times to user interaction. The PF-D Block 2 system also runs on the most current NW Samsung Galaxy S20 EUD hardware, so interaction with the unit is faster and more efficient than the previous generation of hardware.

Product Manager Handheld, Manpack and Small Form Fit, assigned to Project Manager Tactical Radios, participated in a follow-on practical exercise to test capability and interoperability with newly fielded tactical radios — Two-Channel Leader Radios — and waveforms — Mobile User Objective System and TrellisWare Scalable Mobile. PdM FSC2 also collected usability and training feedback from 2nd Brigade Combat Team, 82nd Airborne Division, which will deploy to the Joint Readiness Training Center later this month and exercise PF-D Block 2 in a near-combat environment.

As part of Block 2 development, PdM FSC2 conducted developmental operations with the 3rd Infantry Brigade Combat Team, 25th Infantry Division in Hawaii last year, inviting representatives from the Army Capability Manager Fires Cell-Targeting and the Fires community at-large. DevOps and a focus on user-centered design have led to key improvements to the PF-D user interface and workflow optimization for sending free text messages between echelons.

“To meet Soldiers’ evolving battlefield needs, we include them in our development efforts early, often and throughout the entire life cycle process,” said Dr. Pam Savage-Knepshield, Human Systems Integration research psychologist for PdM FSC2, adding that the HSI team will continue to gather feedback post-fielding to incorporate lessons learned from real-world system use in operational environments.

The initial PF-D Block 2 baseline is fielding as part of Capability Set 21 and is being coordinated across various network stakeholders.

“We are working closely with PEO Soldier to identify where we can align with the Nett Warrior fielding schedule,” said Hardin. “As a software-only Program of Record, PF-D is dependent on the hardware and coordination is important to align fielding priorities.” Subsequent fielding in FY22 and FY23 are aligned to the Army’s Integrated Tactical Network fielding schedule.

Follow-on enhancements to PF-D are aligned to Capability Set 23 and will offer additional capabilities such as sharing position location information/situational awareness data with maneuver units over the new Secret-and-below TSM radio network.

PdM FSC2 also plans to retouch units previously fielded with PF-D Block 1 who do not appear on the ITN fielding schedule, including field artillery battalions of the 10th Mountain Division.

By Justin Eimers

Free Printable USGS Topographical Maps Now Available from National Geographic

Sunday, March 27th, 2022

Not only has National Geographic made it easy to find the United States Geological Survey quadrangle you’re looking for due to their IS map that you zoom into, but they’ve also made it free and easy to print from home.

After you conduct your search and find the desired quadrangle, NatGeo gives you a five-page pdf consisting of the overall map along with the map broken up into quarters, one per page allowing you to print it on a standard sized printer and tape or glue inverting together.

As a bonus, NatGeo has also added hill shading to the maps.

www.natgeomaps.com/trail-maps/pdf-quads

Orolia to Host Defense Days Webinar Series to Highlight Critical Defense Applications for the Future of Warfighting March 29 – 31

Monday, March 21st, 2022

Event to support Still Serving Veterans, national nonprofit helping veterans reintegrate into civilian lives and careers

ROCHESTER, N.Y. – March 21, 2022 – Orolia. the world leader in Resilient Positioning, Navigation and Timing (R-PNT) solutions,  is proud to present Orolia Defense Days 2022, a three-day webinar series highlighting critical defense applications in radar, GNSS simulation, and an overview of the Sensor Open Systems Architecture (SOSA) initiative and CMOSS architecture.

The sessions, scheduled from March 29-31, are listed below with links to register.

Session #1: High Accuracy Timing for Radar

• When: March 29 at 10:30 a.m. E.T.

• Presenter: Carlos Valenzuela Morales, Senior Applications Engineer, Orolia

• Details: Presentation of solutions based on White Rabbit/ IEEE-1588-2019 HA for highly accurate time transfer and low phase noise frequency distribution for distributed radar applications.

• Who Should Watch: Engineers and architects of radar applications as well as defense contractors and military personnel responsible for radar applications.

Session #2: Preparing the Warfighter for Adverse GPS Environments Through Simulation

• When: March 30 at 10:30 a.m. E.T.

• Presenter: Alaiya Tuntemeke-Winter, Applications Engineer, Orolia Defense & Security

• Details: This session will define resilient PNT and discuss its importance to the warfighter as well as outlining and defining risks such as jamming and spoofing. It will also identify which type of simulator is appropriate for multiple different use cases.

• Who Should Watch: Test and simulation engineers and solution architects for the defense industry.

Session #3: Open Standards, the Future of PNT for the Warfighter

• When: March 31 at 10:30 a.m. E.T.

• Presenter: Alex Payne, Applications Engineer, Orolia Defense & Security

• Details: This session is an introduction to open standards, the Sensor Open Systems Architecture (SOSA) initiative, and CMOSS architecture.

• Who Should Watch: Defense system engineers interested in CMOSS architecture and the Sensor Open Systems Architecture.

During Defense Days, Orolia will partner with Still Serving Veterans, a nonprofit organization dedicated to serving veterans and their families by empowering them to build meaningful lives through connections to fulfilling careers, benefits and services; and to proactively strengthen veteran communities through leadership and collaboration. To learn more, please visit ssv.org.