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Ti Defense’s Military Virtual Trainer (MVT) Accepted into the U.S. Army Live Virtual Constructive (LVC) Marketplace

July 30th, 2026

GOLDEN, Colo., July 17, 2026 — Ti Defense today announced the acceptance of its Military Virtual Trainer (MVT) into the U.S. Army Live Virtual Constructive (LVC) Marketplace. As an innovative virtual training platform designed to enhance tactical readiness and weapons proficiency, this milestone positions the MVT as an approved training solution available to support Soldiers, units, and training organizations seeking to improve weapon handling, marksmanship fundamentals, and operational effectiveness through immersive virtual training.

The MVT serves as a critical bridging capability until a Program of Record to replace the legacy Engagement Skills Trainer II (EST) can be established.

The LVC Marketplace serves as a centralized ecosystem for purchasing advanced training technologies that support the Army’s modernization objectives. The MVT’s inclusion reflects its ability to deliver realistic, scalable, and accessible training experiences that seamlessly complement live-fire ranges and traditional instruction.

“We are honored to be accepted into the U.S. Army LVC Marketplace,” said Greg Otte, Ti Defense CEO and President. “This achievement validates our commitment to providing high-quality, data-driven training solutions that help Soldiers build and sustain critical weapon skills.

By leveraging immersive technology, the MVT enables more frequent, cost-effective, and measurable training opportunities that support mission readiness.”

The MVT provides a comprehensive virtual training environment that allows users to practice weapon employment, target acquisition, decision-making, and engagement techniques in realistic operational scenarios in accordance with Service Doctrine. The platform delivers detailed performance analytics, enabling instructors and trainees to identify strengths, address skill gaps, and track progress over time.

Key benefits of the MVT include:

Enhanced Readiness: Enables Soldiers to train more frequently outside traditional range schedules.

Data-Driven Performance Measurement: Provides actionable insights through detailed after-action reviews and performance metrics.

Scalable Accessibility: Offers configurations ranging from ultra-portable setups to fixed locations.

Cost and Resource Efficiency: Reduces reliance on live ammunition and range availability while reinforcing foundational weapon skills.

Immersive Learning Environment: Replicates operational scenarios that improve engagement and skill proficiencies.

As the Army continues to invest in innovative training technologies, the MVT’s presence in the LVC Marketplace expands opportunities for units to integrate virtual training into their overall weapons development programs. The platform is designed to complement existing training methodologies by providing Soldiers with an accessible, repeatable, and effective way to develop and maintain critical combat skills.

“Acceptance into the LVC Marketplace represents an important step in expanding access to next-generation training capabilities,” added Brent Ludlow, Military Business Development and Military SME at Ti Defense. “We look forward to partnering with Army organizations to help maximize training effectiveness and prepare Soldiers for the challenges of today’s complex operational environments.”

For more information about the Military Virtual Trainer and its capabilities, visit www.TiDefense.com.

12 Months In: Galvion’s Poland Operation Emerges as a European and NATO Centre of Excellence

July 30th, 2026

Galvion, a world leader in the design and manufacture of innovative head systems, power and data management solutions, and integrated soldier systems, has announced that at the 12-month point from formal opening, their European and NATO production hub in Gdansk, Poland, has emerged as a significant centre of excellence.

Galvion’s facility was first announced in September 2023, was completed in June 2024, and was fully operational in April 2025. The facility was formally opened by Her Excellency, Catherin Godin, the Ambassador of Canada to the Republic of Poland, at a ceremony held on 23rd June 2025. The facility represents a major investment that has significantly strengthened Galvion’s regional support and service strategy. With both production and support capabilities, Galvion has been serving their widespread European and NATO customers from a geographically aligned centre of excellence.

Since the formal opening last June, Galvion’s Gda?sk manufacturing facility has rapidly established itself as the cornerstone of the company’s European and NATO operations. In just 12 months, the site has grown to employ more than 100 people and has shipped over 90,000 ballistic helmets to NATO allies, supporting customers in 10 countries across NATO and allied nations worldwide, including Europe, Canada and the Middle East. With an annual production capacity of 100,000 helmets on a single shift, the facility manufactures multiple helmet platforms and has established a robust European manufacturing footprint, strengthening supply chain resilience and enabling closer proximity to customers. Continued investment in advanced technologies, automation and expanded production capabilities underscores Galvion’s long-term commitment to innovation, operational excellence and supporting the evolving needs of defence and security partners across Europe and beyond.

Following consecutive program awards from key European nations, including a NATO Support and Procurement Agency (NSPA) framework contract, Galvion is expecting to have close to 2 million helmets in service across NATO and other European countries by the end of 2026. The Polish factory houses helmet finishing and assembly capabilities, in addition to critical support, maintenance, refurbishment, upgrade and training operations. Galvion’s existing core facilities in Canada and the USA continue to design, develop, manufacture and service domestic, regional, and key global programs, customers, production and support requirements.

Building on its long-established leadership in ballistic head protection, Galvion is now extending the role of the helmet as the foundation of an integrated soldier system. The company’s latest Cortex™ EVO and EVO HALO technologies enable power, data and digital capabilities to be incorporated directly into existing or new helmet platforms, creating a pathway for militaries to modernize equipment already in service. As these capabilities are introduced across European programs, Galvion’s Gda?sk facility is positioned to support both new production and the upgrade, refurbishment and integration of in-service helmet fleets, further expanding its role as a regional centre of excellence.

Jonathan Blanshay, Founder and Executive Chairman at Galvion, said: “When we invested in Poland, our objective was never simply to build another manufacturing facility. We wanted to establish a long-term operational centre that could serve our European and NATO customers with local production, sustainment, modernization and technical support. One year later, the team has exceeded our expectations and demonstrated exactly what that model can achieve.” He continued:

“Looking ahead, the opportunity is even greater. As soldiers become increasingly connected, the helmet is evolving into the platform that brings together protection, power, data and digital capability. Our vision is to help customers not only procure next-generation integrated systems but also upgrade equipment already in service. Gda?sk will play a central role in delivering that capability across Europe for many years to come.”

Snakestaff Systems Announces Universal Snakeskin Tourniquet Carrier

July 30th, 2026

Snakestaff Systems has announced the release of the Universal Snakeskin, a do-it-all tourniquet carrier designed to provide a versatile mounting solution across a broad range of professional, recreational, industrial, and everyday applications.

Developed for compatibility with both the Snakestaff ETQ™ and ETQ Wide™, the Universal Snakeskin addresses a longstanding challenge: securely mounting a tourniquet where immediate access makes the most sense. While traditional mounting solutions have largely been limited to tactical equipment or purpose-built platforms, many everyday environments—including vehicles, bicycles, motorcycles, heavy equipment, work gear, and recreational equipment—have lacked a practical, secure means of carrying hemorrhage control equipment. The Universal Snakeskin bridges that gap by providing a single carrier that performs equally well on conventional load-bearing equipment and in the diverse environments where rapid access to a tourniquet can be equally important.

The carrier incorporates multiple integrated attachment methods into a compact platform, allowing it to be mounted to backpacks, bicycles, motorcycles, vehicle interiors, heavy equipment, rifle stocks, plate carriers, battle belts, climbing harnesses, and numerous other applications.

“Readiness shouldn’t be dictated by the limitations of your equipment and environment,” said Jefferson Colledge, Chief Executive Officer of Snakestaff Systems. “The Universal Snakeskin changes the conversation. Instead of asking where you can mount your tourniquet, it allows you to decide where you should.

The introduction of the Universal Snakeskin reflects Snakestaff Systems’ continued commitment to developing practical, adaptable medical equipment that expands access to lifesaving interventions without adding unnecessary complexity. The carrier is intended for use by military personnel, law enforcement, first responders, industrial workers, outdoor enthusiasts, and responsibly prepared civilians seeking rapid access to lifesaving medical equipment across a wide variety of environments.

The Universal Snakeskin is available immediately through Snakestaff Systems and its authorized dealer network.

Reptilia Introduces the Canno: A Purpose-Built Nicotine Pouch Container

July 30th, 2026

Hillsborough, NC 7/30  Reptilia announces the launch of the CANNO, a purpose-built, pocket-sized container designed to provide a more durable and practical way to carry nicotine pouches.

Designed with the same attention to detail and functional approach found throughout Reptilia’s product line, the CANNO gives users an alternative to carrying nicotine pouches in the disposable plastic cans they originally come in.

Compact enough for everyday carry, the CANNO is designed to keep nicotine pouches organized, protected, and ready when needed. Its small footprint makes it easy to carry in a pocket, range bag, vehicle, or everyday carry setup.

The CANNO is available in six colors: Gold, Purple, Grey, Green, and Orange.

Inside each container is an engraved reminder for the moment every nicotine pouch user eventually faces: RELOAD.

“There’s no reason something you carry every day needs to live in a disposable container,” said Reptilia. “The CANNO takes a simple, everyday object and gives it the same level of thought and design we apply to everything we make.”

The CANNO represents Reptilia’s continued expansion into purpose-built everyday carry products, bringing the company’s design-driven approach to an item that users carry every day.

The Reptilia CANNO is available now.

For more information or to purchase the CANNO, visit reptiliacorp.com/product/reptilia-canno.

PAE Fires Establishes “Reveille Forge” to Accelerate Rapid Integration and Capability Delivery

July 30th, 2026

HUNTSVILLE, Ala. – Portfolio Acquisition Executive Fires has launched Reveille Forge\, an Integrated Development Environment (IDE) at Redstone Arsenal. The now-operational facility capitalizes directly on the momentum from the Pathway for Innovation and Technology (PIT) led Operation Jailbreak’s Sprint 1 and the Army’s first ever API Marketplace\, which went live May 6. Designed to maintain a lean standing footprint\, Reveille Forge remains poised to surge support when directed to integrate new capabilities for immediate deployment to operational theaters. Operation Jailbreak’s first sprint focused on countering Unmanned Aerial System and Integrated Air and Missile Defense threats, bringing together more than 50 companies and 600 participants to “jailbreak” more than 74 previously isolated capabilities. Following this initial sprint, the team transitioned to “JB 1.5” to harden those capabilities at Redstone Arsenal. Now, PAE Fires is institutionalizing that momentum by establishing Reveille Forge as a permanent hackathon environment to support its specific portfolio objectives. This standing facility can operate independently or in conjunction of any future Jailbreak sprints.

Bringing Industry, Government, and Academia Under One Roof The driving organization behind Reveille Forge is PAE Fires, working hand-in-hand with its portfolio of existing prime contractors, emerging vendors, government stakeholders, and academia. Reveille Forge is purpose-built as a collaborative space where all stakeholders work side-by-side, building directly on the partnership model proven during Operation Jailbreak, where Industry competitors sat shoulder-to-shoulder in shared “validation zones.” “Operation Jailbreak proved what’s possible when industry, government, and academia stop working in silos and start working as one team,” said Portfolio Acquisition Executive, Lt. Gen. Frank Lozano. To formalize this continuous integration model, PAE Fires will work with existing partners and interested vendors through appropriate government-approved mechanisms to support collaboration, integration, and evaluation in an enduring, joint environment.

An “Integrate-First” Pathway for Emerging Vendors and Capabilities The launch of Reveille Forge represents the operationalization of a state-of-the-art IDE designed to develop and evaluate integrated cross-domain fires in real-time. Reveille Forge does two things at once: it institutionalizes the R2I integration process that Operation Jailbreak proved possible, and it establishes an “Integrate-First” pipeline for both established and emerging vendors. The “Integrate-First” pathway runs in three streamlined phases:

Initial Integration: Vendors demonstrate the viability of their product by successfully integrating it into the established government-owned architecture within Reveille Forge.

**Capability Review:**Once initial integration is demonstrated, government stakeholders will engage in formal capability discussions.

Testing: Valuable capabilities advance to the next phase of testing. Successful performance may inform follow-on testing, experimentation, acquisition decisions, or other government actions consistent with applicable laws, regulations, and competition requirements.

“For too long, system integration began late in the developmental cycle, something we focused on after components were already built,” said Director, Integrated Fires, Ms. Jeannie Sommer. “With Reveille Forge, system integration is the first thing we do, not the last. If a vendor can prove their capability works inside our architecture, they earn a fast path to a capability review and testing, which may ultimately get new technology into Soldiers’ hands faster.” “The reason behind all of this is simple,” Sommer continued. “The Soldier can no longer be the integration point. Reveille Forge isn’t just a building; it’s a commitment to our Soldiers. It’s our promise that the integration breakthroughs we achieved at Fort Carson won’t be a one-off. They’ll be the standard, every single day.”

Establishing an Enduring Integration Framework The establishment of an Integrated Development Environment at Reveille Forge marks a deliberate shift from event-driven innovation to enterprise-level integration. Operation Jailbreak proved that previously siloed systems could be connected in weeks, not years, and the API Marketplace laid the foundation. Lozano stated, “Carrying forward the momentum of Operation Jailbreak, Reveille Forge continues to drive early collaboration and integration, rapidly turning emerging technology into deployable capabilities.”

Story by Michael Kienzle 

Portfolio Acquisition Executive FIRES

Canada Launches Defence Drone Initiative

July 29th, 2026

Earlier this week the Government of Canada launched the Defence Drone Initiative (DDI) to accelerate the development, testing, adaptation, and production of uncrewed and autonomous systems for the Canadian Armed Forces (CAF) and the Canadian Coast Guard (CCG). Led collaboratively by the Department of National Defence and the Defence Investment Agency (DIA), the initiative will establish a competitive supply arrangement that connects operational requirements with Canadian innovation and creates a more agile pathway to develop, acquire and integrate these technologies.

Recent conflicts have shown that drone technology evolves rapidly. Canada has world-class expertise across aerospace, robotics, artificial intelligence, advanced manufacturing, sensors, secure communications, propulsion and advanced materials but these capabilities are distributed across industry, academia and government. The DDI will help build a more responsive and scalable Canadian ecosystem and it reflects the Government of Canada’s commitment to provide the CAF and CCG with access to Canadian-developed technologies that enhance operational readiness while supporting Canadian innovation, skilled jobs and long-term economic growth.

Initial priority areas

Six initial use cases have been identified to provide focus for industry engagement and capability development.

Low-cost tactical intelligence, surveillance and reconnaissance drones
Small, affordable uncrewed aircraft could provide tactical units with local intelligence, surveillance and reconnaissance capabilities.

The objective is to identify secure and affordable systems that can be made widely available to operators, tested in the field and adapted based on user feedback.

Uncrewed ground vehicles for logistics and complex terrain
Ground-based robotic systems could help carry equipment, batteries, water and other supplies across difficult or dangerous terrain.

Potential applications could also include casualty support, communications relay and operations in environments where sending personnel may present additional risk.

Uncrewed maritime surface and underwater systems
Maritime systems could support route surveys, the detection and classification of mine-like objects, maritime awareness and operations in constrained waters.

These technologies may also help support Arctic and coastal surveillance, port security and the protection of critical maritime routes.

Standardized drone munitions and explosive payloads
The initiative will examine options for standardized and properly certified payloads, interfaces and safety systems for military uncrewed platforms.

A common approach could reduce duplication, improve interoperability and support safer integration across different systems.

Low-cost, low collateral counter-drone interceptors
The initiative will explore affordable systems that could detect, track or defeat hostile drones.

This includes potential non-explosive interceptors and other low-collateral options that could contribute to the protection of military personnel, installations and infrastructure.

Deep precision strike systems
The initiative will examine technologies that could contribute to a sovereign Canadian long-range precision capability.

This is a more complex area that will require additional technical, operational, policy, legal, safety and security work. No acquisition decision is being announced at this stage.

Competitive supplier process

A Request for Supply Arrangement (RFSA) will establish a pool of Canadian qualified suppliers across multiple areas of uncrewed and autonomous systems. Applicants will be assessed against the requirements set out in the RFSA. Qualification will not guarantee a contract but may allow successful suppliers to compete for future work, including research, prototyping, testing, demonstrations, limited acquisitions and potential production opportunities.

  • The process is intended to engage a broad range of organizations, including start-ups, small and medium-sized enterprises, established manufacturers, defence and aerospace firms, universities, colleges, research organizations and Indigenous businesses.
  • Previous defence experience is not necessarily required.
  • Relevant technical experience, security readiness and the ability to meet operational requirements will be assessed through the formal process.

The RFSA is open until August 14, 2026. To support interested suppliers, the DIA will host a virtual information session on July 30, 2026, to provide additional information on the RFSA and the submission process. Representatives from the Canadian Joint Forces Command will be present to answer any questions on capability requirements.

Participation in earlier outreach activities is not required to apply.

All formal procurement requirements and deadlines will be made available through CanadaBuys, the Government of Canada’s official electronic tendering service

Spartan Precision Equipment Introduces New Phone Holder for Hunters and Shooters Who Want to Capture Every Moment

July 29th, 2026

East Sussex, UK (July 29, 2026) — For today’s hunters and shooters, documenting the experience has become nearly as important as the hunt itself. Whether recording a successful stalk, filming long-range shots for training, capturing trophy photos, or creating social media content, keeping both hands free while maintaining a steady camera angle can be challenging.

Spartan Precision Equipment has solved that problem with its new Phone Holder, an innovative accessory engineered specifically for use with Spartan Davros Heads and Ascent tripods. Designed to provide a stable, hands-free platform for virtually any smartphone, the Phone Holder enables hunters, guides, competitive shooters, and outdoor content creators to document every adventure without compromising mobility or performance.

“The outdoors offers countless moments worth remembering,” said Rob Gearing, Founder of Spartan Precision Equipment. “Our new Phone Holder lets hunters and shooters capture those experiences with the same precision and reliability they expect from every Spartan product.”

At a retail price of $55.00, the Phone Holder includes a Light Duty Optics Adapter that seamlessly integrates with Spartan’s mounting systems, making it a natural addition to any existing Spartan tripod setup. The holder features a dual-action adjustment system that securely accommodates smartphones from 59 mm to 94.5 mm wide and allows quick positioning in either portrait or landscape orientation. Universal optics integration and an ARCA-Swiss female mounting interface provide exceptional versatility for recording hunts, filming shooting drills, conducting virtual scouting sessions, photographing wildlife, or capturing instructional content in the field.

Weighing just 74 grams (2.6 ounces), the Phone Holder adds virtually no noticeable weight to a hunter’s pack while delivering the stability needed for crisp photos and smooth video. Its compact design makes it easy to carry, yet it’s rugged enough to withstand demanding hunting and shooting conditions, ensuring your smartphone is always ready to capture those once-in-a-lifetime moments.

Like every Spartan Precision Equipment product, the Phone Holder is backed by the Spartan Promise, the company’s commitment to supporting customers before, during, and after every hunt. Combining expert gear advice, ongoing aftercare, and an industry-leading guarantee, the Spartan Promise helps hunters and shooters get the maximum performance and value from every piece of equipment they own.

The Spartan Precision Equipment Phone Holder is available at retailers worldwide and conveniently online now for $55.00. For more information about the new Phone Holder and Spartan’s complete line of award-winning hunting accessories, visit www.javelinbipod.com.

TacJobs – USAF Seeks Volunteers for Lunar Lander Impact Study

July 29th, 2026

The Air Force Research Laboratory’s 711th Human Performance Wing is seeking active duty military volunteers for a collaborative study with NASA to evaluate the impact forces astronauts could experience while standing during a lunar landing.

The Wing’s Biodynamics team needs 10 to 12 active duty men and women for impact acceleration testing on the vertical deceleration tower. Testing will occur from August to September 2026, and the data collected could help establish injury risk curves for future lunar landers that will support NASA’s Artemis missions.

Read the full article to learn how Airmen can support NASA’s Artemis missions by volunteering for AFRL’s lunar landing impact study at www.airforcemedicine.af.mil/News/Display/Article/4554414/afrl-nasa-partner-to-test-lunar-landing-safety-active-duty-volunteers-needed.