Uvision aims to speed up target engagement timelines and reduce operator workload in multi-domain operations through CORTEX, its new battle intelligence and mission management system.
At its core, the platform uses a software-defined, layered modular architecture that unifies sensing, data fusion, decision-making, and mission execution into a single integrated ecosystem.
This approach enables integration with multiple sensors, external command-and-control systems, autonomous platforms, and effectors within a unified operational framework.
Based on the company’s Common Operating System concept, CORTEX allows operators to supervise missions from stand-off positions rather than manage individual platforms.
It also supports real-time mission coordination, resource allocation, and simultaneous management of sensors and effectors across complex mission scenarios.
“The future battlefield will be defined by speed, scale, and connectivity across multiple domains,” said Dr. Ran Gozali, chief executive officer of Uvision Air.
“As military forces deploy increasing numbers of autonomous systems, sensors, and effectors, the ability to unify and standardize command, control, and mission execution across complex operational environments becomes mission-critical.”
‘Layered’ Processing
The system continuously analyzes battlefield data to identify and prioritize potential threats before recommending appropriate response options.
Its sensing layer collects data from electro-optical and infrared payloads, drones, radars, radio-frequency detectors, airborne systems, and external intelligence sources.
The fusion and decision layer merges multi-source inputs to verify threats, detect anomalies, and generate AI-driven recommendations, producing a unified real-time situational picture.
This is then passed to the response layer, which coordinates deployment of HERO, VIPER, and PEREGRINE systems based on engagement parameters while maintaining human oversight.
