Galvion, a leader in advanced protective gear, has recognized this need for innovation and established the Warfighter Lab — a cutting-edge facility dedicated to transforming how military head systems and other critical technologies are developed, tested, and refined.

Shift Toward Active Protection

The evolution of protective head systems has historically been centered around lighter materials, improving coverage, enhancing fit and comfort, and adding scalability through accessories like shrouds and rail systems.

While these advancements have significantly improved the protective capabilities of helmets, the rapid introduction of new technologies has necessitated a shift in approach.

Several years ago, the concept of “active” protection emerged, built on the idea that helmets needed to move from a purely protective product to a solution that increases survivability and lethality.

These solutions integrate with modern equipment, such as hearing enhancement devices, night vision goggles, head-up displays, sensors, emitters, and computational systems.

As technology continues to advance with innovations like drones, robots, visual augmentation, advanced weapons platforms, and communication systems, the future of head systems is capability-enhancement and integration-focused.

New Approach to End-User Feedback

Great product design relies on end-user feedback, yet one of the challenges in the defense industry is that such feedback is inherently subjective and often related to a “feeling” rather than a quantifiable measure.

Soldiers may describe their experiences with equipment in terms like “that felt tight,” “this was comfortable,” or “that felt a little unstable,” which are difficult to translate into actionable product development decisions.

Recognizing this challenge, Galvion’s Warfighter Lab has been specifically designed to bridge the gap between subjective feedback and quantifiable data, enabling more precise and effective product development.

Testing in an Operationally Immersive Environment

Located in Portsmouth, New Hampshire, Galvion’s Warfighter Lab is equipped with state-of-the-art, custom-designed equipment to measure and record performance under controlled and repeatable conditions in an operationally immersive environment.

Depending on the project, the questions posed, the type of end-user, the environmental conditions required, and the product or system being tested, the Warfighter Lab builds experiment protocols that include layers of simulation ranging from full reality to mixed reality to full virtual reality.

“We want to obtain behavioral responses and performance from the user that reliably reflect what would happen in the field,” explained Dr. Martin Fultot, Manager of Galvion’s Warfighter Lab and an Experimental Psychologist.

“We do that by pushing the boundaries of immersion and suspension of disbelief; by blurring the lines between what is virtual and what is real. For example, the simulated weapon you use is really in your hands and the wall you see is really there.”

The Warfighter Lab’s immersive simulations allow Galvion to capture high-quality data that reflects real-world neuromuscular responses and processes. This data is crucial for developing new systems that meet the rigorous demands of modern military operations.

Accelerating Innovation: The Integrated Helmet System

One of the most significant outcomes of the Warfighter Lab’s work is the development of Galvion’s Integrated Helmet System (IHS).

This system was created in close collaboration with the US Marine Corps, incorporating real-time feedback collected through multiple limited user evaluations. The result is a purpose-built helmet system that provides an integrated head protection platform tailored to the specific needs of the Marines.

One of the critical priorities discovered during feedback sessions was the need for superior stability. Marines voiced a willingness to trade comfort for stability and effectiveness, scoring night vision goggles (NVG) stability as essential.

In response, Galvion’s Engineering, Human Factors, and Warfighter Lab teams worked together in an iterative development process to refine the APEX suspension and retention system to ensure unmatched stability without compromising comfort.

The Warfighter Lab played a crucial role in validating the IHS helmet’s stability through rigorous testing under three conditions: helmet only, helmet with NVG, and helmet with NVG and counterbalance. The testing confirmed that the helmet could handle headborne accessories without affecting performance, underscoring the effectiveness of the APEX liner system design.

Data-Driven Decision Making

In an era where soldiers are increasingly hyper-enabled with technology, understanding, measuring, and analyzing the impact of new equipment on overall warfighter survivability is essential.

The Warfighter Lab is uniquely equipped to collect the quantitative data necessary to assess the tipping point between increased operational effectiveness and cognitive overload.

How does each new technology impact overall survivability? Does it truly enhance performance, or is it something that we, in theory, believe enhances performance?

By focusing on these critical questions, Galvion’s Warfighter Lab is helping to shape the future of military equipment, ensuring that new technologies truly enhance performance and protect those who serve.

For more information related to Galvion’s IHS, please click here.

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Galvion has recently received an order for 5,000 SoloPack II lithium-ion rechargeable batteries and a $1.5 million order for additional ancillary cables to further support the USMC’s in-service Portable Power Scavenger Systems.

The SoloPack II batteries ordered will support the USMC’s Fire support and coordination systems using portable, handheld devices to employ supporting arms in consonance with maneuver elements used by Marines.

Galvion’s original 98Wh SoloPack batteries were included in kits when fielded in 2018. This new order for 5,000 SoloPack II will provide more power to better sustain these critical systems. Small, lightweight, and energy-dense, the SoloPack II offers 140Wh of energy (40 percent more power storage capacity than the original SoloPack) while maintaining the familiar, compact form factor users expect from the Nerv Centr® suite of products. SoloPack II fits into a magazine pouch for ease of storage and weighs only 1.65 pounds (750 grams).

In December 2022, Galvion announced an order valued at $11 million to supply a customized Squad Power Manager (SPM) kit to each Marine Expeditionary Force within the Marine Corps, including Reserve Forces.

The USMC’s Portable Power Scavenger System (P2S2) kits include Galvion’s SPM and a selection of cables, connectors, and accessories that provide the ability to scavenge, distribute, and manage power from multiple power sources including solar, Alternating Current, Direct Current, military batteries, NATO plugs, and vehicle cigarette lighter/alternator attachments.

The SPM kit can scavenge power from partially discharged batteries, vehicles, and standard electrical outlets and convert that power into a usable format for powering devices and recharging batteries.

The recent order received for additional ancillary cables will extend and further enhance the functionality of the USMC’s in-service P2S2 kits.

Todd Stirtzinger, CEO at Galvion, said: “The United States Marines are some of the world’s toughest warfighters, and we’re incredibly proud to supply them with equipment that supports their missions. The power supply and management solutions that we provide contribute to a reduction in physical and logistical burden by sustaining power for longer with less weight.”

He continued: “The fact that these orders extend and enhance capabilities that Galvion has already supplied to Marines is an example of our commitment to responding to the ever-changing needs of our customers. We’re seeing a number of repeat orders from partners across the globe, which means we’re doing something right; this latest round of orders from the USMC is a proud moment for our whole team.”

The post Galvion Recharges USMC With Multiple Power and Data Product Orders appeared first on The Defense Post.

This revolutionary technology represents a paradigm shift in how command, control, communications, and computers (C4) are approached within intelligence, surveillance, and reconnaissance (ISR) operations.

Driven by Resecurity’s dedication to overcoming the shortcomings of current AI frameworks, particularly in security applications, Context AI accelerates decision-making, optimizes resource allocation, enables parallel cybersecurity operations across units, and supports scalability.

By harnessing the power of AI, Resecurity is poised to redefine the capabilities of military and defense agencies, empowering them to navigate the complexities of modern warfare with unmatched precision and effectiveness.

Comprehensive Solution

Context AI is not just another analytics tool; it’s a transformative solution crafted to empower military and defense agencies with unparalleled insights into emerging threats and security challenges.

At its core lies a sophisticated Generative AI-based framework and proprietary Large Language Model that leverage operator input to deliver contextual intelligence tailored to specific mission requirements.

By drawing upon a vast dataset of 40 billion records sourced from Dark Web indexing, actor-centric intelligence collection, and analysis of foreign malign activities, Resecurity’s experts have mitigated the risk of AI hallucinations that plague many open-source and commercial frameworks lacking relevant security context.

Enhancing Operational Effectiveness and Cost Efficiency

One of Context AI’s most significant advantages is its ability to lower the entry barrier for operators and warfighters, regardless of their expertise.

By streamlining the analytical process and delivering actionable insights in real-time, Context AI not only enhances operational effectiveness but also optimizes expenses associated with building and maintaining production-ready C4ISR systems.

This optimization ultimately reduces the total cost of ownership for these systems — a crucial consideration for defense agencies operating within budgetary constraints.

Key Applications of Resecurity’s Context AI

Resecurity’s Context AI boasts a wide range of applications that significantly enhance military intelligence and national security efforts.

Supporting Mission-Critical C4ISR Systems

Context AI empowers mission-critical C4ISR systems by providing advanced analytics capabilities tailored to the unique needs of national security operations.

Augmenting Intelligence Analysis

By leveraging AI-generated insights, intelligence analysts and operators involved in signals intelligence (SIGINT), human intelligence (HUMINT), and geospatial intelligence (GEOINT) can refine their decision-making processes and gain a deeper understanding of complex threats.

Forecasting Social Unrest and Geopolitical Events

Leveraging machine learning algorithms, Context AI predicts social unrest, protest activity, and geopolitical events in volatile regions, empowering agencies to take proactive measures to mitigate potential threats. 

Geospatial Intelligence Enrichment

Through the integration of geospatial data, Context AI enhances the intelligence-gathering capabilities of defense agencies, providing critical insights into geographic threats and vulnerabilities.

Automating Decision Processes

Context AI streamlines decision-making processes by automating tasks such as network traffic analytics, file classification, and mail classification, allowing operators to respond swiftly to emerging threats.

 Identifying Misinformation and Foreign Influence Operations

By analyzing publication context and text patterns, Context AI effectively identifies misinformation campaigns and foreign influence operations, enabling defense agencies to safeguard against manipulation and disinformation tactics.

Addressing the Challenge of AI Hallucinations

While the potential of AI in the defense sector is undeniable, it also comes with its own set of challenges.

One significant concern is the phenomenon of AI hallucinations, where systems generate irrelevant or random information that can mislead operators and compromise decision-making processes.

Recognizing this critical issue, Resecurity has proactively implemented measures to tackle it head-on, ensuring that its AI solutions deliver reliable and accurate intelligence.

Furthermore, Resecurity understands that contextual awareness is vital for reducing AI hallucinations.

By leveraging metadata to inform Large Language Models about the context in which they generate text, Context AI delivers more accurate and relevant insights. This approach not only minimizes the risk of hallucinations but also ensures that the intelligence produced is reliable and actionable.

Context AI in Action

Resecurity’s Context AI is currently used by eight governments where the solution is implemented to accelerate operations of national security, intelligence, and law enforcement organizations.

The company has an established footprint in Saudi Arabia, the United Arab Emirates, and several countries in Africa, including Senegal.

Senior advisors of the company include Maj Gen Richard Lake USMC (Ret) and Rear Admiral JMSDF Teisuke Hayano (Ret).

Intelligence Needs More Context

Resecurity’s integration of artificial intelligence into C4ISR marks a groundbreaking advancement in military intelligence and national security.

With Context AI, defense agencies have access to a powerful tool that enhances operational effectiveness and cost efficiency while effectively addressing the challenges associated with AI-generated intelligence.

As the threat landscape continues to evolve, Context AI stands ready to empower defense agencies with the critical insights they need to stay ahead of emerging threats and protect national security interests.

The post Resecurity Implements Artificial Intelligence for C4ISR appeared first on The Defense Post.