Announcement • Jun 17

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VisionWave Holdings Unveils VARAN Autonomous Ground System And STRATUM AI Ecosystem At Eurosatory 2026

VisionWave Holdings, Inc. opened its first-ever international defense exhibition presence at Eurosatory 2026, held at Paris Nord Villepinte, France. The Company is exhibiting at Booth Pe5a Ext6 across all five days of the show, June 15–19, 2026, with live demonstrations of the VARAN Autonomous Ground System running throughout the exhibition. VARAN is VisionWave’s next-generation modular autonomous unmanned ground vehicle, designed and engineered in the United Kingdom and developed entirely in-house from the ground up. Eurosatory 2026 marks its first presentation to the international defense community as a working, physical prototype. The platform is engineered around a core operational principle: it must be able to operate effectively in the conditions where most autonomous ground systems fail. GPS-denied and electronically jammed environments are treated not as edge cases but as the design baseline. VARAN navigates using cameras, thermal imaging, and passive 3D vision, planning its route onboard and continuing to operate autonomously when the communications link is degraded or absent — without emitting the radar, LiDAR, or active RF signals that adversary electronic warfare systems can detect, locate, and target. The platform’s height-adjustable chassis on extendable wheel arms automatically modifies the vehicle’s stance to match the terrain — running low and fast across open ground and rising to clear water, rubble, and urban obstacles without operator input. Each wheel drives independently, enabling the vehicle to rotate on the spot in confined spaces. A single chassis is designed to be field-reconfigured across eight distinct mission profiles without returning to a depot. VARAN Key Performance Targets (Subject to Ongoing Development and Testing): Maximum speed: 45 mph (72 km/h) across open terrain; Payload capacity: up to 400 kg; Towing capacity: in excess of 1,000 kg; Mission profiles: 8 reconfigurable roles from a single chassis — ISTAR, counter-UAS, air defense, CASEVAC, logistics, route clearance, force protection, and electronic warfare support; Navigation: autonomous operation in GPS-denied and jammed environments; passive perception with no active emissions; Survivability: if a wheel arm is damaged, the vehicle is designed to complete the mission and return under its own power; Field repairability: common modular parts and a standard field repair kit enable in-theatre maintenance without specialist infrastructure; Open architecture: adopting nations can integrate their own sensors, national cryptography, and payloads, and manage their own through-life support. VisionWave is presenting the STRATUM AI operational management platform: the connected intelligence layer designed to orchestrate and supervise VisionWave’s family of air and ground autonomous systems as a coordinated operational unit. STRATUM is being developed to provide real-time mission control and decision support across fleets of unmanned vehicles, processing and communicating field data with the speed and situational awareness that modern contested environments demand. VARAN operates as the flagship platform of the STRATUM ecosystem, which is designed to connect autonomous ground vehicles, aerial systems, counter-drone capability, and passive battlefield sensing within a single open-architecture framework, sharing common parts, training pipelines, and sustainment infrastructure across the platform family. The passive perception architecture integrated within VARAN — combining visible-spectrum stereo vision, thermal imaging, and AI-driven 3D terrain interpretation — provides the platform’s foundational autonomy capability: the ability to see, understand, and navigate a contested environment without emitting any detectable signature. This architecture is a core component of the STRATUM ecosystem’s shared sensing layer across platforms. VisionWave is also presenting to Eurosatory attendees the Company’s qSpeed computational acceleration architecture, acquired intellectual property being developed for integration into the STRATUM AI platform. qSpeed is designed to reduce latency across mission-critical decision workflows by prioritizing decision-critical computation paths — enabling systems to produce rapid initial insights that can be further refined through subsequent processing cycles. In the context of autonomous defense systems, the ability to compress decision cycles is a direct operational advantage. qSpeed is being developed with targeted applications in RF-informed fire-control workflows, counter-UAS coordination systems, intercept analysis and targeting, and cybersecurity detection and response. The technology is currently in proof-of-concept development and is being showcased at Eurosatory 2026 as part of VisionWave’s broader technology portfolio. VisionWave deployed a team of eleven to Paris for the exhibition, including five members of the Company’s Board of Directors and one member of its Advisory Board, representing the largest and most senior international deployment in the Company’s history, and a direct statement of the strategic significance the Board places on Eurosatory 2026 as a launchpad for VARAN.

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