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Archive for the ‘Press Release’ Category

US Marine Corps Awards Accrete Sole-Source Contract for Argus for Cognitive Advantage

Saturday, August 22nd, 2026

NEW YORK, Aug. 21, 2026 — Accrete, the cognitive infrastructure company building Knowledge Engines for autonomous work, today announced that it has been awarded a sole-source contract by the U.S. Marine Corps to deliver Argus for Cognitive Advantage.

The award was made on a sole-source basis. Under the award, Accrete will license its Expert AI Agents to the U.S. Marine Corps to help achieve cognitive advantage, enabling more informed, confident decisions.

Adversaries increasingly compete below the threshold of armed conflict, using coordinated narratives, synthetic media, and inauthentic amplification to shape perceptions faster than human analysts can track. Rather than treating open-source data as a search problem, Argus for Cognitive Advantage tracks, analyzes, and visualizes narrative development across the complete information environment — OSINT, open web, social media, broadcast media, messaging platforms, and foreign-language outlets. Accrete’s Knowledge Engine platform, which powers the Expert AI Agent Argus for Cognitive Advantage, converts the institutional knowledge of experienced practitioners into expert AI agents that surface the most relevant, use-case-specific signals across every accessible network. This significantly reduces analytic time and produces the detailed reporting required for timely decision-making.

In a world driven by visual media, rapid analysis is paramount — and this is where Argus for Cognitive Advantage’s video vision stands out. It reduces hours of video content to analysis in minutes, transcribing and translating speech, detecting objects and scene content, and inferring location cues — turning clips that once had to be watched end to end into searchable, attributable evidence, including video posted in languages the analyst does not read.

Additional product capabilities include:

Narrative intelligence. Narrative engines, stance detection, and predictive simulation track how conversations evolve and resonate.

Audience simulation. The Audience Simulation Agent segments an audience and simulates how each segment will react to a message before it is released, compressing a weeks-long analytic task into a single workflow.

Measures of effectiveness. Automated assessments quantify mission outcomes.

Global reach. Real-time translation and transcription across 243 languages, spanning sources including Facebook, Instagram, TikTok, X, YouTube, Reddit, Telegram, Weibo, and VKontakte.

Argus Chat. Analysts query the data in plain language.

Trusted AI by design. Every inference is traceable to its source, within auditable, accreditation-ready boundaries.

“Cognitive advantage is a warfighting requirement, not a support function, and this award reflects the Marine Corps’ clear recognition of that,” said Bill Wall, CEO of Accrete AI Government. “Furthermore, this sole-source award demonstrates the trust Accrete has built across the Department of War services. Accrete is proud to expand its reach within the Department of War by supporting the U.S. Marine Corps.”

Accrete first deployed Argus with the Department of War in 2022, followed by a multi-million dollar U.S. Army contract in 2024 to advance the capability for Army information operations. Argus for Cognitive Advantage was selected for a 2025 AFWERX STRATFI award to transition its technology from prototype to operational use.

“Knowledge Engines are dynamic context recorders, and the advantage begins the moment an organization presses record. The most valuable context in any institution is the know-how trapped in the heads of its best people. Organizations that never capture it are ceding compounding advantage to adversaries and competitors that do. Argus for Cognitive Advantage is one of the most sophisticated applications of the Knowledge Engine platform, and Accrete is proud to extend it to the Marine Corps as it counters adversaries operating against the United States every day through digital channels,” said Prashant Bhuyan, Founder, CEO, and Chairman of Accrete, Inc.

NEXTORCH Edge Guard Cut-Resistant Tactical Gloves

Saturday, August 22nd, 2026

360-Degree Cut and Abrasion Protection

Seattle, WA – (August 18th, 2026) – NEXTORCH North America, the primary U.S. distributor of global manufacturer NEXTORCH Industries, is proud to announce NEXTORCH Edge Guard Cut-Resistant Tactical Gloves. They’re designed and engineered to protect against blade slashes, glass, and metal shards, while maintaining dexterity and touchscreen capability. 

Edge Guard tactical gloves are built to deliver continuous protection with enhanced dexterity and all-day comfort. They feature an integrated 13-gauge HPPE (High-Performance Polyethylene) continuous A7 cut-resistant liner that wraps your entire hand. It creates a powerful “blade-sliding effect” to neutralize active knife slashes and jagged metal hazards. The extended protective cuff boosts wrist slash-resistance and integrates a dual-locking elastic band with an oversized rubberized pull tab for split-second deployment.

The Edge Guard gloves are infused with ultra-conductive fibers across all ten fingers and the full palm for flawless operation of rangefinders, smartphones, MDTs, and tactical tablets (including complex swiping, pinching, and zooming) all while keeping your hands fully protected. They feature premium cowhide and Cordura materials for flexibility and a non-slip grip,even in wet/oily conditions. They offer high mobility, avoiding the clunky feel of traditional, thick protection gloves. Available sizes include: S, M, L, XL and 2XL.

Key Features:

• A7 Cut-Resistant Liner

• Extended Wrist Protection

• Ergonomic Cut Design – improved fit and comfort

• Seamless Fingertip Design – sensitive and precise control

• Articulated Finger Structure – smooth natural movement

• Full-Palm Touchscreen Capability – fast and accurate control

• CORDURA® Reinforced Zones – high-wear durability reinforcement

• ?Quick Pull Tab – quick entry and removal

MSRP: $47.99

Available for Evaluation

Law enforcement, military, and security agencies in the U.S. are invited to participate in the NEXTORCH 30-Day-Free Test & Evaluation Program. To learn more about the T&E program “click here”.

German Precision Optics Announces GPO Setback Cantilever Mount

Friday, August 21st, 2026

Designed for Compact Tactical Riflescopes

Richmond, VA. (August 14th, 2026) – German Precision Optics(GPO USA) proudly announces the GPO SetbackÔ Cantilever 3” extension mount designed for compact tactical 30mm riflescopes. This design allows compact riflescopes to be mounted up to either 3” forward or rearward, depending on what the optical system requires for optimal eye relief.

“This new mount is a must for compact riflescope users,” said Mike Jensen, Owner and CEO of GPO, USA. “Most riflescope mounts push optics forward. Compact tactical scopes often require the opposite. The GPO SetBack™ allows you to bring the optic rearward, allowing shooters to achieve proper eye relief, faster target acquisition, and a more natural head position behind the rifle. The result is improved comfort, a full sight picture, and maximum performance from today’s compact precision optics.”

The GPO SetBack™ 3” cantilever was designed and engineered specifically for today’s ultra-compact tactical optics. While compact scopes offer significant advantages in weight, balance, and handling, their shorter main tube length often limits mounting flexibility and can place the optic too far forward for proper eye relief. The SetBack solves this problem by moving the scope mounting position up to 3 inches rearward, allowing shooters to achieve a full field of view and a comfortable shooting position without compromising rail engagement or mounting security. The GPO SetBack™ ensures your optic sits exactly where it should, closer or further to your eye and ready for maximum performance.

This ingenious extension mount is precision machined from a single billet of aircraft-grade aluminum. The unique one-piece mount delivers exceptional rigidity, precise ring alignment, and dependable return-to-zero performance under heavy recoil and demanding in-the-field conditions. Although 1-piece, it has extremely narrow ring gap, less than 2.5”, made specifically for scopes with extremely limited mounting surface (ie the GPO CENTURI Super-Compact series).  Designed for riflescopes with a 30mm main tube, the SetBack features four hardened steel Allen-head cross-bolts that provide a secure, repeatable attachment to any Mil-Std 1913 Picatinny rail.

Premium features include:

• Positions the scope up to 3” rearward or forward for optimal eye relief

• Designed for 30mm main tube riflescopes

• One-piece precision-machined aircraft-grade aluminum construction

• Four hardened steel Allen-head cross-bolts for maximum mounting security

• Mil-Std 1913 Picatinny rail compatible

• Optimized for compact tactical optics

• Improves eye relief and shooting comfort

• Hard-anodized matte black finish

• Maintains strength, alignment, and zero retention under recoil

The GPO SetBackÔ retails for $89.99 and will be available through authorized GPO dealers nationwide and online at www.gpo-usa.com.

Tiberius Aerospace Announces Invictus Has Moved into Formal Engineering Testing and Evaluation, Bringing Scalable Long-Range Precision Strike Across Multiple Domains

Friday, August 21st, 2026

Tiberius Aerospace, the modern defense technology company building next-generation weapon systems and AI-powered defense solutions for the United States, United Kingdom and allied nations, today announced that Invictus is moving from early laboratory investigation to prove the concept into formal engineering Test & Evaluation (T&E) development, marking a major step towards fielding its next-generation long-range precision strike system.

Invictus is a tube-launched, multi-mission system designed for integration across multiple platforms and domains. Its architecture is intended to support launch from vertical launch systems and autonomous vehicles operating across land and sea, giving warfighters greater flexibility in how long-range precision effects are delivered.

Tiberius Aerospace launched its first ramjet munition, Sceptre, in May 2025 and recently announced successful ramjet ignition during live firing in the US. This rapid development and learning has facilitated the accelerated transition of the Invictus programme from exploratory laboratory development into a proven engineering program focused on validating propulsion, flight performance, guidance, platform integration and manufacturability through formal testing. Direct- connect testing of the Invictus ramjet engine is already underway at Purdue’s Zucrow Laboratories, where the engine has demonstrated excellent operability using Jet-A across all conditions tested to date.

The program is advancing against an increasingly urgent strategic challenge: the need for the United States and its allies to rebuild long-range precision strike capacity faster than traditional defense production can replenish it. The U.S. Army used virtually all of its stockpile of ATACMS and Precision Strike Missiles during the five-month conflict with Iran, intensifying concerns about readiness for future contingencies. Across Europe, Western missile inventories have also come under growing pressure, driving NATO governments and manufacturers to accelerate production and rebuild stockpiles.

Invictus is being designed to address both capability and capacity, combining long-range precision with an architecture built for adaptability and scale. The Invictus-200 will pair a ramjet with an integral booster to deliver speeds up to Mach 3 and precision strike at ranges of up to 200 kilometres, with targeting precision of 5.5-meter CEP depending on guidance configuration. Its 10– 15 kilogram payload capacity and modular, open architecture will allow the system to be configured for different missions and evolve as operational requirements change.

“The move into formal engineering, testing and evaluation is a major step toward turning Invictus from a promising technology into a deployable capability,” said Chad Steelberg, Founder and CEO of Tiberius Aerospace. “Invictus and Sceptre have been designed from first principles to deliver cost-effective lethality from the outset, using our AI powered platform GRAIL to maximize the combat effect delivered for every dollar spent by simplifying the weapon, engineering it for high-volume production and building in an open architecture that can evolve without replacing the entire system. We have used GRAIL to enable a Silicon Valley approach to product development, connecting program requirements with domestic and allied suppliers capable of producing components and systems and therefore supporting a broader and more resilient industrial base. Invictus will bring together long-range precision, multi-domain flexibility, cost-effective lethality and scalable production in a weapon designed not only for today’s operational requirements, but for continuous adaptation throughout its service life.”

US Military Affirms SIG SAUER M17 and M18 as “Safe and Reliable”

Friday, August 21st, 2026

Results of unprecedented analysis, including inspection of nearly 114,000 pistols, “reinforce confidence and assurance” in the SIG SAUER firearm

NEWINGTON, N.H., (August 20, 2026) – Following an extensive inspection and analysis of the SIG SAUER M17 and M18, both the Department of War (DoW) and Department of the Air Force (DAF) confirmed the firearms are “safe and reliable.”

On August 7, 2026, DoW confirmed the SIG SAUER Modular Handgun System pistols, including the SIG SAUER M17 and M18, are safe and reliable, saying it underwent extensive testing where more than 1.5 million rounds were fired and “all investigated incidents of alleged ‘uncommanded discharges’ have been traced back to the trigger being pulled, and not due to an issue with the firearm.” The full DoW statement is available on the U.S. Army’s Capability Program Executive website.

Following the inspection of 113,479 M18 firearms, DAF said the results “reinforce confidence and assurance that the M18 remains safe and reliable for DAF missions.” DAF’s inspection found “100% of the inspected weapons exhibited no signs of any condition that could have allowed the weapons to experience an ‘uncommanded discharge.’” The full DAF letter dated January 23, 2026, is available at Soldier Systems.

“The U.S. military analysis further validates the technology, engineering, and performance behind the P320,” said Phil Strader, VP of Consumer Affairs, SIG SAUER. “This was an unprecedented level of inspection, extensive for both the volume of firearms analyzed and for the level of evaluation on each product. Nearly 114,000 firearms were disassembled to methodically examine individual components and reassembled for final functional testing, and the product stood up to the test.”

Following an incident in July 2025, the Air Force Global Strike Command ordered an evaluation of the M18, which is a carry version of the P320 pistol, while the M17 is a full size. The initial evaluation showed that no weapon discharges were attributable to a malfunction. Global Strike Command reinstated the M18 in August 2025, while DAF completed its inspection, which is summarized in its January 2026 letter.

For more information, visit www.P320Truth.com, a website dedicated to accurate information on the P320.

Mehler Protection and UF PRO to Showcase Protection and Tactical Clothing Solutions at The Emergency Services Show 2026

Thursday, August 20th, 2026

FULDA, GERMANY, KOMENDA, SLOVENIA (19 August 2026)

Mehler Protection and UF PRO, brands of the Mehler Systems Group, will exhibit at The Emergency Services Show 2026, taking place on 16–17 September at the NEC Birmingham, United Kingdom. Visitors can meet the teams in Hall 5 at Stand G42.

The Emergency Services Show brings together professionals from across police, fire and rescue, ambulance, search and rescue, and other frontline services to explore the equipment, technologies and solutions shaping emergency response, resilience and public safety.

Mehler Protection and UF PRO will present ballistic protection and tactical clothing for a range of applications, from everyday police duties to specialist tactical operations and challenging environmental conditions.

Mehler Protection will present a selection of modular and configurable personal protection solutions, including the HYVE modular vest system and the M.U.S.T. modular protection system. The display will also feature the overt vests, hard and soft ballistic protection, and ballistic helmets, providing an overview of the company’s capabilities across different law enforcement applications.

UF PRO will showcase tactical clothing designed to support mobility, durability and comfort during extended operational use. The selection will include products from the P-40 range for everyday police and response duties, as well as combat clothing from the Striker family for more demanding tactical operations.

Flame-retardant clothing will form an important part of the presentation. The Striker X FR Combat Shirt and Combat Pants are designed for operations where protection against heat and flame must be combined with mobility, comfort and compatibility with tactical equipment.

Visitors will also be able to explore UF PRO outerwear for changing weather and temperature conditions, including softshell, winter and wet-weather solutions from the Hunter, Delta, AcE and Monsoon ranges. Selected garments will be available for try-on, allowing visitors to experience their fit, mobility and functionality first-hand.

By exhibiting together at The Emergency Services Show, Mehler Protection and UF PRO will provide police and emergency-service professionals with an opportunity to explore both individual products and complete equipment configurations developed around different operational needs.

Visit Mehler Protection and UF PRO in Hall 5, Stand G42, at The Emergency Services Show, taking place on 16–17 September 2026 at the NEC Birmingham, United Kingdom.

Denmark Selects Terma to Deliver Nationwide Counter-Drone Defense System

Thursday, August 20th, 2026

Terma will deliver a sovereign, integrated counter-drone defense system that connects existing and future sensors into one shared drone situational picture. With AI-supported processing of sensor data, the system will give the Danish Armed Forces and other authorities a stronger foundation to detect, understand and act on drone threats in real time.


Per Pugholm Olsen, Head of DALO (Left) and Terma CEO Henriette Hallberg (Right)

Lystrup, Denmark – 19 August 2026 – The Danish Ministry of Defence Acquisition and Logistics Organisation (DALO) has entered into an agreement with Terma for the delivery of a new, integrated command-and-control system for counter-drone defense. The system will create a shared drone situational picture for the Danish Armed Forces and other authorities.

“I am pleased to sign this agreement, which will strengthen Denmark’s ability to maintain an up-to date drone situational picture. This new agreement with Terma is an important cornerstone in the ongoing effort to build a strong counter-drone capability, both within the Danish Armed Forces and Danish industry,” says Lieutenant General Per Pugholm Olsen, Chief of DALO.

From individual sensors to a shared drone situational picture

Denmark already operates sensors across the Armed Forces, civilian authorities and critical infrastructure, but today the information remains in separate systems and at different locations. The solution is built on Terma Helion, Terma’s sovereign multi-domain data backbone. Helion connects existing and future sensors and brings their data together into one shared drone situational picture. The platform integrates distributed systems and transforms large volumes of data into information that supports tactical decision-making at both local and central levels.

“In a security environment where drones represent a persistent and growing threat, the ability to detect, classify and act on threats across domains is fundamental to national security,” says Henriette H. Thygesen, CEO of Terma. “The ability to connect sensors, process data and turn information into timely decision support is essential to effective counter-drone defense. By creating a shared drone situational picture, we give the Danish Armed Forces and other authorities a strong foundation to act faster and with greater confidence. We are proud of the trust Denmark has placed in Terma. It confirms our ability to deliver mission-critical defense solutions that strengthen security in Denmark and across Europe.”

The solution also integrates OSL Technology’s FACE® platform for command and control and data fusion. OSL Technology became part of Terma in 2025. FACE brings together and processes data from Terma’s radar and surveillance technologies as well as third-party sensors and countermeasures. AI supports the processing, classification and prioritization of sensor data, enabling operators to rapidly identify and act on relevant incidents.

The solution builds on OSL Technology’s operational experience from complex civilian and military environments. Since 2019, OSL has been the prime contractor and system integrator for Heathrow Airport’s counter-drone system and also delivers counter-drone systems to the Ørland and Evenes air bases under a multi-year framework agreement with the Norwegian Defence Materiel Agency (FMA). Combined with Terma’s radar, surveillance and multi-domain capabilities, this creates a market-leading, open and modular counter-drone solution.

National control and flexibility for future threats

The solution will ensure national control over operational sensor data while enabling technologies from multiple suppliers to be integrated. It will be delivered in cooperation with other Danish industry partners and draw on expertise from across the Danish defense industry.

The scalable architecture allows sensors, sites, countermeasures and other capabilities to be continuously added over time. The solution can therefore support the management of drone incidents at military installations, airports, ports, energy facilities, government buildings and other critical infrastructure.

Facts

Together, the technologies enable authorities to:

  • Detect, classify and track drone activity
  • Fuse and prioritize sensor data using AI
  • Maintain a shared drone situational picture
  • Coordinate decisions and actions at Danish Armed Forces locations
  • Integrate new sensors and countermeasures as threats evolve

Rheinmetall and Hensoldt Demonstrate Successful Integration of Passive Sensor Technology into a Modern Air Defence System

Thursday, August 20th, 2026

During the German Air Force exercise Timber Express 2026 in Manching, Rheinmetall Air Defence and Hensoldt achieved a milestone for future networked air defence. During a German Air Force exercise, the air picture generated by Hensoldt’s Twinvis passive radar was successfully integrated into Rheinmetall’s Skymaster command and weapon engagement system, which was directing the Skynex Air Defence battery deployed in the scenario.

The integration took place under realistic NATO networking conditions and demonstrated the high flexibility and open architecture of the Skymaster system. A common air picture could be generated by fusing and correlating sensor data within NATO’s Link 16 network. The Hensoldt passive radar demonstrated excellent performance in detecting and tracking air targets. This confirms the high operational value of modern passive sensor technology for air defence. Twinvis is a passive radar based on the latest digital technology that can be used for wide-area military airspace surveillance or civil air traffic control.

Particularly noteworthy is Skymaster’s ability to combine active and passive radar sensors with electro-optical sensors into a comprehensive air picture within the air defence network. This creates new opportunities for resilient, low-emission air surveillance in line with a modern emissions control strategy (EMCON), while at the same time improving situational awareness for the protection of high-value infrastructure, critical facilities and mobile military units.

The demonstration highlights the future viability of distributed and interconnected sensor networks and illustrates how passive sensor technologies can usefully extend and complement existing air defence systems. Furthermore, passive systems increase network survivability due to the absence of a distinctive identification. The findings provide an excellent foundation for the integration into stationary Skynex systems, mobile Skyranger solutions and modern counter-UAS systems such as the Skyspotter. 

The success of this trial was possible through the close and constructive cooperation between the participating German Air Force organisations, the exercise management team and the expert teams from Rheinmetall Air Defence and Hensoldt. Together, they achieved a NATO-compatible integration of the highest quality in a challenging technical environment, making an important contribution to the continued development of modern integrated air defence capabilities.