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SD Government, a Gogo Company, Receives Federal Contract to Supply Airborne Communications for US Agency

Tuesday, October 28th, 2025

Mil/Gov win to optimize Gogo multi-orbit 5G ATG, LEO, and GEO connectivity networks

Broomfield, CO./ 27 October 2025 – SD Government (SDG), the division of Gogo (NASDAQ: GOGO) providing satellite communications to global governments, has received a five-yearfederal contract to deliver multi-band, multi-orbit airborne global satellite communications to a US government agency. The new agreement, initially valued at USD$3 million, is a follow-on from Small Business Innovation Research (SBIR) Phase III activityoriginally undertaken by SDG, prior to the merger with Gogo.

Awarded as a sole-source contract, the agreement will see the agency consolidate all aero communications across its fleet to this single contract over the next five years. With the consolidation of multiple contracts into a single contract, procurement time and complexity are dramatically reduced. In addition, the agreement allows users to focus resources on the mission rather than managing diverse contracts and vendors.

This is the first SDG government contract to optimize the company’s integrated multi-orbit, multi-band, multi-network capabilities. The deal also includes provision for the government to add new technology and services as they become available over the life of the contract.

The agency’s missions demand consistent, reliable high-bandwidth satellite connections in every theatre of operations globally, as well as the highest encryption levels for secure communication and data transfer. SDG’s deep experience in the government and defense markets, combined with its ability to deliver 24/7/365 expert customer support, will ensure the customer retains consistent critical mission connectivity.

As the contract’s full scope is realized, it will employ Gogo’s air-to-ground networks, low-Earth orbit (LEO), medium-Earth orbit (MEO), high-Earth orbit (HEO) and geostationary orbit (GEO)constellations for Ku- and Ka-band connectivity as required.

“We are proud that the US government has chosen SDG to deliver this mission-critical connectivity. The customer agency will benefit from our extensive expertise, support, and cybersecurity expertise, along with our agnostic ability to provide the best-performing connections and terminals across multiple orbits on its diverse fleet of aircraft,” says Hayden Olson, Head of SDG. “We are providing a simple, seamless solution for the agency to procure resilient airborne communications. The streamlined access to all types of connectivity will enable seamless procurement and support, which is extremely valuable to a busy government agency.”

The Click-Rs of WW2

Sunday, October 19th, 2025

A Critical Tool for U.S. Army Airborne Soldiers During World War II: Communication in Warfare Transcended Words
Signals evolved beyond spoken language, becoming a matter of life and death. Among the myriad of innovations during this time, one particular device gained a unique reputation for its simplicity and effectiveness: the clicker. Commonly used by U.S. Army airborne soldiers during night operations, clickers were not just noise-makers; they were essential tools that ensured the safety and coordination of troops in some of the war’s most chaotic environments.

Origins and Development

The clicker, formally known as the ‘cricket’, was developed to counteract the challenges of operating in low-visibility conditions, particularly during airborne drops behind enemy lines. The idea was simple yet ingenious—create an audible signal that Allied soldiers could easily use to identify one another without revealing their position to the enemy. The cricket was an inconspicuous, compact device, resembling a small, metal pocket-sized container with a lever that produced a distinct clicking sound. Its design allowed for quick operation—just a light flick of the finger yielded a sound that could travel several yards, depending on the terrain and conditions.

The Man Behind the Clicker

The cricket was popularized by the 502nd Parachute Infantry Regiment, part of the 101st Airborne Division, during the D-Day operations in Normandy. Soldiers were trained to use the clicker to establish contact with fellow paratroopers in the dark chaos after jumping from planes. Major Richard Winters, who commanded Easy Company, famously employed the clickers in his strategic operations. His regiment, featured in the book and television series “Band of Brothers,” highlighted the crucial role the cricket played in navigating post-drop confusion.

The Sound of Survival

During the intense nights following the D-Day drop on June 6, 1944, the air was filled with the sounds of war—artillery fire, distant explosions, and the muffled chatter of troops. Amid this cacophony, the click of the cricket became a lifeline, allowing soldiers to identify allies in a sea of shadows. Each click was more than a sound; it was a coded message that signaled, “I’m friendly—where are you?” Simplicity was the clicker’s most significant advantage. Unlike radios, which could fail due to interference or battery depletion, the cricket worked without any power source and was remarkably easy to use under stress. It allowed soldiers to communicate discreetly and efficiently, minimizing the risk of detection from enemy forces.

Tactical Implementation

The use of clickers was not just random; it was part of a broader set of tactical signals that airborne soldiers utilized in conjunction with other means of communication. Soldiers were trained to recognize specific click patterns; one click might mean “good to go,” while a series of clicks could indicate a request for support or urgent assistance.  This method of communication was particularly vital during crucial moments, such as consolidating troops after a drop and planning subsequent maneuvers in enemy territory. The ability to quickly identify fellow soldiers was instrumental in U.S. troops’ efforts to regroup and execute their mission, especially in the chaotic aftermath of airborne operations.

Legacy and Cultural Impact

Although crickets fell out of use after World War II, their impact on military strategy and communication methods can still be felt today. The lessons learned from utilizing simple tools like the clicker have influenced modern military protocols concerning communication during covert operations.  In pop culture, references to the cricket have appeared as symbols of camaraderie, remembrance, and the relentless spirit of the U.S. soldiers who came before us. They serve as a reminder of the ingenuity and resilience of individuals who fought under dire circumstances. The clickers used by U.S. Army airborne soldiers during World War II may seem like a minor tool in the vast arsenal of warfare. Yet, their contribution to the success of numerous operations is undeniable. They embodied the spirit of adaptability and innovation among soldiers who faced extraordinary challenges. In the annals of military history, the clicker remains a testament to the power of simple solutions in complex battles. This small device played a significant role in the fight for freedom.

This article on the military history of the Cricket Clicker was submitted by Black Hills Designs who offers them for sale as well as a mount for a rifle or a pouch for your load bearing gear.

INVISIO Signs Framework Agreement Worth Up to SEK 365 Million with Netherlands MoD

Friday, October 10th, 2025

INVISIO has signed a framework agreement with the Netherlands Ministry of Defense that could be worth up to SEK 365 million. The agreement will run initially for five years, with an option for two one-year extensions. Orders are expected to start this year.

The agreement covers INVISIO’s personal communication systems for mobile users in the field and includes a wide range of products, including the new T30 and X7 headsets and several different control unit models and intelligent cables.

The customer estimates the value of the agreement for the first five years at approximately SEK 260 million, rising to SEK 365 million in the event of a two-year extension. The agreement includes no guarantees regarding volumes.

Lars Højgård Hansen, INVISIO CEO, said: “We are proud that the defence forces in the Netherlands have chosen INVISIO. This is a clear sign of the confidence placed in our solutions and proof that our significant investments in the product portfolio and organization in recent years are now yielding results.”

Read more at www.invisio.com.

This information is information that INVISIO AB is obliged to make public pursuant to the EU Market Abuse Regulation. The information was submitted for publication, through the agency of the contact persons set out above, at 2025-10-09 12:15 CEST.

Forterra Acquires goTenna, Advancing Autonomous Mission Systems with Next-Generation Communication Technology

Friday, October 10th, 2025

This strategic acquisition enhances Forterra’s communications systems with proven mesh networking capabilities, deepening its commitment to the edge user.

Clarksburg, Md., Oct. 9, 2025 — Forterra, a leader in autonomous mission systems, today announced its acquisition of goTenna, the pioneer in tactical mesh networking solutions. This acquisition will accelerate the deployment of decentralized situational awareness at the tactical edge. goTenna enables Forterra’s mission to deliver fully integrated autonomous mission systems to provide secure, resilient communications for disconnected, denied and contested environments.

Traditional, mesh communication networks require expensive, high bandwidth radios. However, for the future of autonomous technology, there is a massive demand for low cost, low bandwidth and hard to detect communications systems. goTenna is the leader in this space and already deployed at scale.

goTenna was founded in 2012 in response to the widespread cellular and internet communication failures that occurred during Hurricane Sandy. It is the only mobile mesh networking company in the world that provides inexpensive, lightweight off-grid connectivity that moves the most mission-critical data even in the most challenging environments where communication is limited or even denied.  

“Forterra is committed to delivering mission end-states and enabling our warfighters and men and women in uniform to accomplish their mission more safely and effectively with technology, and that includes distributed, resilient communication systems,” said Josh Araujo, CEO of Forterra. “By integrating goTenna technology into our platform we’re improving user experience in controlling and interacting with robots in operational environments and eliminating communication concerns, especially in denied environments where traditional systems fall short.”

“This acquisition brings together two mission-driven companies, enabling Forterra’s industry-leading ground autonomy platforms to integrate and deploy goTenna’s best-in-class communications stack,” said Ari Schuler, goTenna’s CEO. “goTenna and Forterra are relentlessly driven by a joint desire to deliver advanced capabilities that allow operators to conduct their missions safely and more effectively.”

Schuler will assume the title of President of goTenna. No other personnel or title changes will be a part of the transaction.

Forterra’s expansion from self-driving systems to fully autonomous, end to end, mission systems reflect a strategic shift toward building the entire operating ecosystem for autonomy. Beyond autonomous vehicle platforms, Forterra now delivers the networks and coordination tools that enable autonomous systems to operate as part of a connected, mission-ready force in contested or disconnected environments.  

Barclays acted as exclusive financial advisor to goTenna in connection with the transaction.  

To meet Forterra CEO Josh Araujo and goTenna President Ari Schuler, and to learn more about the importance of a fortified mesh communications network, stop by the Forterra booth at AUSA, Oct. 13–15.

To learn more, go to?forterra.com.

Motorola Solutions Showcases Counter-Drone Defense at the AUSA 2025 Annual Meeting & Exposition

Thursday, October 9th, 2025

Comprehensive airspace defense and military security technologies – including drone, counter UAS, long-range cameras and communication solutions – help keep troops and bases safer

CHICAGO – Oct. 9, 2025 – Today’s militaries operate in high-intensity, dispersed and contested spaces across land, air, sea, space and cyber domains, where the ability to analyze, visualize and disseminate vast quantities of data is essential to the mission. At AUSA 2025, Motorola Solutions (NYSE: MSI) will showcase data-driven technology solutions that support stronger decision making and combat readiness across each phase of the mission, from security on bases to operations at the tactical edge.

“There were reports of over 350 drone detections at 100 military installations last year alone,” said Joe Balchune, vice president, Federal Markets, Motorola Solutions. “Our counter drone solutions provide the operational intelligence to protect against these daily incursions, helping defense agencies outmaneuver adversaries and sustain mission readiness. We design technologies to detect threats early and unify insights for decisive action, because the right intelligence in the moment is critical to success.”

Motorola Solutions’ ecosystem of defense technologies enable secure, interoperable and resilient data-driven missions across diverse operational domains. At AUSA, the company will demonstrate:

Silvus MANET radio technology: Provides connectivity across varied geographies without the need for fixed infrastructure to enable highly secure voice, video, sensor and alerting technologies.

Command center technology: Unifies pertinent mission data and video feeds into a single operational view so command decisions are informed with accurate, timely intelligence, notifications and communications about what’s happening on the ground and in the sky.

Long-range thermal cameras: Hosts and connects with a wide range of sensors, radar, lidar and other detection technologies to identify anomalies and ground, naval and unmanned aerial systems (UAS) from up to 20 miles away (30 km).

SaaS platform for drone detection: Offers robust, cloud-based drone detection and airspace intelligence through a strategic alliance with SkySafe that streams live insights – like the real-time and historical flight path of a drone and its operator’s location – into the command center.

Radio frequency (RF) drone detection: Uses networked RF sensors to give a reliable early warning of RF emissions and out-of-the-ordinary electromagnetic pulses from drones and delivers real-time, forensic signal analysis to help identify signals’ sources and geolocations.

Drone operations: Offers an AI-enhanced, automated drone-in-a-box solution, in collaboration with Nokia, that provides enhanced situational awareness, streamlined remote operations and faster decision making in mission-critical settings.

These technologies, as well as Motorola Solutions’ extensive portfolio of mission-critical land mobile radio products, can be seen at AUSA 2025 in Washington D.C., Oct. 13-15, in booth #6721 for Motorola Solutions and booth #3645 for Silvus Technologies, a Motorola Solutions company.

Learn more about our commitment to innovating for a safer future for us all at www.motorolasolutions.com.

INVISIO Earns US Coast Guard 10-year Contract for Wireless boat crew Communications System, with a First Order Worth Almost SEK 25 Million

Friday, September 26th, 2025

INVISIO has secured a 10-year Production Other Transaction Agreement (P-OTA) with the US Coast Guard worth up to SEK 930 million. The first SEK 25 million order of INVISIO systems will be delivered in 2025.

Under the agreement, INVISIO will provide wireless interface and integration systems consisting of the INVISIO Intercom system in combination with the new INVISIO Link™ wireless solution, as well as headsets, controllers, intelligent cables, training, and installation materials for all the Coast Guard’s small boats.

The systems enable consistent boat crew communication, overcoming loud ambient noise and adverse weather conditions while reducing manual input for tactical communications.

INVISIO Group CEO Lars Højgård Hansen said: “INVISIO is proud to provide the US Coast Guard with an advanced solution for its boat crew communication system (BCCS) capability gap. This milestone contract confirms our expectation that this product category, including the INVISIO Intercom system and INVISIO Link™, will drive strong growth for many years to come.”

INVISIO Inc. CEO (North America) Ray Clarke commented: “We are excited to continue to work with the US Coast Guard installing the INVISIO Link™ system, connecting crew members with each other, and providing customer satisfaction, training, and ongoing support in executing this contract.”

In mid-2022, INVISIO responded to a Defense Innovation Unit (DIU) Area of Interest seeking solutions to integrate multiple tactical or non-tactical radios via wireless and hardwired links. The aim was to enable consistent and effective two-way communications among vehicular crews, between vehicles, and with command authorities.

INVISIO was selected from over 16 other proposals to refine and deploy its technology solution through DIU’s Prototype Other Transaction Agreement (OTA), which aims to enhance the mission effectiveness of Department of Defense personnel by improving platforms or systems in use by the armed services. The OTA commenced a two-phase prototype demonstrating wired and wireless equipment that could effectively operate in the harsh maritime environment and ultimately enable boat crews to communicate both internally and externally over wired and wireless connections already onboard.

Cubic Wins United States Air Force (USAF) Contract for Halo Satellite Communications Antenna

Thursday, September 25th, 2025

Delivering adaptive and resilient communications

SAN DIEGO – September 23, 2025 –

Cubic Defense’s, Secure Communications business unit, a leading provider in secure communications has been awarded a cost-plus-fixed-fee contract by the Air Force Research Laboratory to advance Halo, a multi-link, multi-band, multi-orbit hybrid SATCOM antenna. The contract will run through July 22, 2027, with the work to be performed in San Diego, CA.

“Receiving this award reflects our success to date in the advancement of this technology and our continued commitment to work alongside the government and deliver assured data access to the Warfighter in a timely fashion,” said Dr. Dan Moran, Vice President and General Manager of Cubic Secure Communications. “Halo will deliver compact, power-efficient, and resilient satellite connectivity to meet critical mission needs in multiple domains.”

Halo is a software-defined antenna system for hybrid SATCOM operations. It supports simultaneous transmission and reception in Multiple bands, enabling high-throughput, multi-beam communications. Designed for resilience, Halo maintains redundant network paths and connects seamlessly across multiple constellations. Halo enables end-users to have a single device that can securely leverage SATCOM services from multiple commercial and government satellite providers.

Built on open standards and optimized for ultra-low size, weight, and power (SWaP), Halo is scalable across many platforms and missions.
The system features a flat-panel active electronically scanned array (AESA) with 2D beam steering, delivering robust and flexible connectivity for modern defense operations.

To learn more about Cubic Secure Communications, visit
www.cubic.com.

Thunderstruck: Marines Compete in First-Ever Service-Wide Communications Team Competition

Wednesday, September 17th, 2025

MARINE CORPS AIR STATION MIRAMAR, Calif. —

U.S. Marines from across the globe competed in the inaugural Thunderstruck Communications Team Competition, hosted by Marine Wing Communications Squadron 38, Marine Air Control Group 38, 3rd Marine Aircraft Wing Sept. 10, 2025.

Unprecedented in scope, the service-wide event tested Marines’ ability to integrate physical endurance with expeditionary communications tasks, reflecting the operational demands of distributed operations in contested environments. Teams completed a six-mile, combat-loaded course while executing high-frequency voice transmission, Mobile User Objective System operations, and data networking, all under austere field conditions.

“The event attests to the whole-Marine concept — the ‘Marine communicator,’ not just the everyday communicator,” said Lt. Col. Brian Kerg, the commanding officer of MWCS-38. “This training and competition compelled them to do the exact things they would do in a distributed aviation operations environment.”

A total of 15 different units competed in the event each providing a four-Marine team composed of their top communicators. These units represent all three Marine Expeditionary Forces, both the Fleet and the Supporting Establishment, including the active and reserve components.

“They were not only tested on our communications training and readiness standards, but tested while under physical duress and competitive pressure, as they would in a time of war,” said Kerg. “As they would if rounds were flying at them. As they would if long-range munitions were falling on their head.”

This event marks the first time the Marine Corps has held a service-wide competition specifically dedicated to communications Marines, reflecting the increasing importance of resilient command and control (C2) in distributed operations. By pushing teams to perform under pressure, Thunderstruck highlighted the unique blend of technical skill, problem-solving, and physical toughness required to sustain communications at the tactical edge.

“Imagine a handful of Marines inserted via air and have to move the last tactical mile before they get C2 established,” said Kerg. “They are supporting aviation operations and then they are detected. They have to break down their gear, move to another survivable location, and reestablish.”

The competition directly supports the Commandant’s Planning Guidance and Force Design 2030 priorities. Both call for small, agile and self-reliant teams capable of enabling aviation and Marine Air-Ground Task Force operations in contested and dispersed environments. Events like Thunderstruck ensure that communicators are trained, tested and recognized as critical
enablers of battlefield dominance.

“This is my 15th year in communications field and there has not been a better time to be a communicator in the Marine Corps,” said Chief Warrant Officer 2 Kelson Epperson, a space and propagation engineering officer with MWCS-38. “We are now tactically integrated in every system, in every way, and Thunderstruck proves this.”

Beyond testing individual and team performance, the event served as a proof of concept for a scalable model of training. Lessons learned from this competition will inform future iterations, which are expected to expand in scope and participation.

“Today, I took away a very healthy spirit of competition with other communicators across the Marine Corps,” said Cpl. Tyler Barrack, a satellite transmissions systems operator and the fireteam leader for the winning team. “This is something I can take back to my Marines to empower them to compete in the future.”

The winning team was composed of four Marines from Communications Company, Headquarters Regiment, 1st Marine Logistics Group, based out of Marine Corps Base Camp Pendleton, California. Each Marine holds a different Military Occupational Specialty, including radio operators, communications specialists, and data network specialists.

“It takes a village for everything that took place today,” said Barrack. “Every single Marine here has taught me something at some point in my career — It takes a village to make good communicators.”

MWCS-38’s mission is to establish and sustain communications networks for aviation C2. That capability is central to 3rd MAW’s ability to fight as a distributed force and to I Marine Expeditionary Force’s success in contested environments. 

“This highlights how expeditionary we need to be in the future. We are at an age where we are no longer operating in big teams or big boxes,” said Barrack. “Now we are going forward as fire teams operating with smaller teams — and it changes the game.”

MWCS-38’s initiative in developing and executing Thunderstruck demonstrates how unit-driven innovation can directly support the Marine Corps’ modernization efforts. The competition showcased how communicators — who often work behind the scenes — are central to closing kill chains, integrating multidomain effects, and ensuring decision dominance in future conflicts.

“We are adapting to an enemy threat,” said Kerg. “Our teams are getting smaller and more capable and must be more technically proficient, more tactically skilled and tough as nails.”

1stLt Madison Walls, 3rd Marine Aircraft Wing