The new AI-driven system orchestrates heterogeneous loitering munitions – rotary and fixed-wing – as a single integrated force for terrain dominance and cost-effective mission success

DSEI 2025, 9-12 September, London, Booth N10-310

DSEI 2025, London – September 2, 2025, UVision Air Ltd., a global pioneer in loitering munition systems, is unveiling a major advancement in autonomous warfare: an AI-based Common Operating System (COS) that serves as a unified platform for operating multiple loitering munitions of various classes, mission types, and deployment levels.

Designed for full interoperability, the COS enables seamless integration of rotary-wing platforms such as the Viper system by SpearUAV – operated at tactical team levels including squad, platoon, battalion, and beyond – alongside Uvision’s fixed-wing HERO family, including the long-range, high-payload HERO-120 and HERO-400. The result is a truly heterogeneous ecosystem, all operating under a single AI-powered control layer.

At the core of the system is a multi-layered AI engine that autonomously manages complex mission execution across a heterogeneous array of assets. Tasks are intelligently allocated: one munition may penetrate and disrupt electronic warfare defenses, another performs ISR and real-time target acquisition, and a third executes a coordinated precision strike. This mission-centricdistribution ensures real-time adaptability to evolving threats, delivering both terrain dominance and operational superiority.

The COS performs continuous optimization based on target profile, terrain, and platform availability, maximizing effect while minimizing resource expenditure. This allows commanders to make data-driven decisions on how many and which types of munitions to deploy for maximum mission effectiveness and cost-efficiency.

With an open-architecture design, UVision’s COS integrates seamlessly into existing command-and-control ecosystems, reducing barriers to adoption and enhancing cross-platform synergy.

Dr. Ran Gozali, CEO of UVision Air Ltd., stated:
“This new Common Operating System transforms loitering munitions into a smart, coordinated system-of-systems. It reflects UVision’s strategic shift toward integrated, modular combat solutions that are both operationally decisive and cost-effective. Forces no longer need to expend high-end weapons for every target. Instead, they can deploy the right capability for each mission and dominate the battlespace with agility and intelligence.”

Saab has revealed Nimbrix, its first ever dedicated Counter-Unmanned Aerial System (C-UAS) missile. The missile is developed to counter the increasing threat from small drones on the battlefield.

The fire-and-forget missile is being rapidly developed at Saab with the aim to deliver a system featuring a target seeker, a hard-kill warhead, and a small footprint – all at a low cost. The range will be up to 5 km with an active seeker to track its target. Its warhead can effectively engage and defeat UAS swarms using an air-burst mode.

“Nimbrix is our answer to the unmanned aerial threats which have escalated in the last few years. It is cost-effective which is critical given the proliferation of UASs on the battlefield. Nimbrix benefits from our long experience of air defence, together with an agile way of responding to new needs,” says Stefan Öberg, head of Saab’s business unit Missile Systems.

The missile operates as a ground-based system and can be operated independently or as part of a larger air defence system. With flexible mounting options to fit different customer requirements, Nimbrix can be mounted on various vehicles or in fixed configurations. The cost-effective nature of the missile contributes to maximising deployed numbers to generate sufficient air defence coverage.

Customer discussions are ongoing and Saab aims for first deliveries in 2026. Nimbrix will be showcased during DSEI in London, UK from 9-12 September 2025, at the Saab stand, N9-105.

Riihimäki, Finland – August 25, 2025 – SAKO proudly announces the launch of the Sako ARG – Arctic Rifle Generation, a next-generation full-auto rifle system developed in close collaboration with the Finnish and Swedish DefenceForces. Designed to replace legacy assault rifles, the ARG platform is purpose-built for Arctic warfare and tested to NATO D14 standards, delivering unmatched reliability, modularity, and mission adaptability for military and law enforcement professionals.

The Sako ARG is based on the proven AR-15 platform, enhanced with advanced engineering to meet the demands of modern combat. It features two distinct operating systems: a short-stroke gas piston system for extreme environments, reducing heat and carbon buildup for maximum reliability—and a direct impingement system for a lighter, more streamlined design with refined accuracy and a smoother shooting experience.

SAKO launches three different models under the Sako ARG family. Sako ARG 40 GP (Gas piston) and DI (Direct impingement) in 5.56×45 Nato. Also, Sako ARG 50 GP, a semi-auto sniper rifle chambered in 7.62×51, is included in the line-up.

“The SAKO ARG is more than a rifle, it’s a mission-ready system designed to protect what matters most,” said Juuso Austin, Vice President – Defence & Law Enforcement Business Unit at SAKO “It’s built for those who operate where others hesitate.”

Purpose-built for the modern war fighter

The ARG is fully ambidextrous, with safety selectors, magazine releases, and bolt catch mechanisms, ensuring intuitive operation for both left- and right-handed users. This design supports fast, instinctive handling in high-pressure scenarios.

Each rifle is equipped with a SAKO match-grade trigger unit, delivering a clean, consistent break for enhanced accuracy and control. The cold-hammer forged barrel, crafted from high-grade materials and hard-chrome lined, provides long-term durability and maintaining accuracy over thousands of rounds.

The ARG’s modular architecture includes a configurable rear stock and forend, with standardized mounting systems such as Picatinny, M-LOK, and AR-compatible components. Operators can easily attach optics, thermals, lasers, and other tactical accessories, tailoring the rifle to mission-specific profiles. Key components are interoperable with standard AR-15 systems, simplifying maintenance and logistics, even in crisis scenarios.

“We designed the ARG to give clients the freedom to choose the right configuration for their needs,” said Sami Vaajamo, Senior Product Group Manager at SAKO. “Whether you’re in a frozen tundra or a dense urban environment, the ARG adapts without compromise.”

Tested. Trusted. Tactical.

The ARG rifles have undergone rigorous testing in the arctic as well as muddy and sandy conditions, ensuring operational readiness in the harshest environments. Designed as a complete system replacement, the ARG integrates seamlessly with client’s weapon systems and supports full lifecycle management, including training, maintenance, and future modernization.

“The development of the SAKO ARG platform began over a decade ago with a clear mission: to create a modern, modular rifle system capable of replacing legacy assault rifles across military and law enforcement forces,” said Miikka Tamminen, Vice President – Research & Development at SAKO. “From day one, we prioritized real-world performance. That meant working hand-in-hand with professional users from defense organizations, incorporating their feedback into every design iteration—from ergonomics and modularity to reliability and maintainability.”

“The ARG has been tested far beyond standard requirements. In addition to rigorous NATO D14 environmental and durability testing, we push our rifles to failure in-house to understand their true limits. These insights are not just data—they’re design tools that help us build a stronger, more resilient system.”

Beyond the rifle, SAKO offers a full ecosystem of compatible accessories, including optics, thermal and night vision systems, laser designators, and tactical cases, delivered through a trusted global partner network.

Each ARG system is supported by a full lifecycle management program, including operator and armorer training, spare parts provisioning, and modernization services, ensuring seamless integration and long-term operational readiness.