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UVision has entered into a strategic partnership with Omnisys, a prominent provider of mission planning and optimization solutions. Announced on February 6, 2025, this collaboration integrates Omnisys' advanced BRO (Battle Resource Optimization) systems with UVision's HERO loitering munition family to create a comprehensive battlefield management solution.
The partnership aims to enhance mission planning, execution, and overall operational effectiveness through cutting-edge technology. Omnisys' BRO system is a combat-proven platform designed to optimize decision-making and mission management for commanders and planners. By analysing operational parameters such as target type, location, flight altitude, warhead type, payloads, weather conditions, and mapping data, the BRO system calculates optimized routes and transfers this data to UVision's command and control systems. This integration enables the simultaneous management of multiple HERO loitering munitions, ensuring precise allocation of munitions to targets and improving mission outcomes.
The HERO series of loitering munitions developed by UVision is renowned for its high-precision strike capabilities and adaptability to modern battlefield requirements. These systems are designed for tactical and strategic targets across short-, medium-, and long-range missions. They feature advanced aerodynamic configurations, airborne guidance systems, and sophisticated navigation algorithms integrated with C4I (Command, Control, Communications, Computers, and Intelligence) stations. UVision’s HERO systems are operationally deployed and field-proven, offering military organizations around the globe precise and effective attack capabilities.
The integration of Omnisys' BRO system with UVision's HERO munitions brings several advantages. It reduces human error during operations by automating mission planning and execution processes while enabling remote mission management. This automation minimizes cognitive burdens on operators, allowing them to focus on strategic decision-making. The combined solution also enhances operational precision, boosts success rates in target engagement, and strengthens force protection.
Dr. Ran Gozali, CEO of UVision Air, emphasized the transformative nature of this collaboration by stating that it introduces a new paradigm in mission execution. He highlighted how autonomous management of multiple loitering munitions allows operators to prioritize strategic decisions while enhancing lethality and operational efficiency.
Similarly, Ofer Yarden, CEO of Omnisys, noted that integrating their battle-tested optimization technologies with UVision's innovative munitions provides commanders with tools for optimal decision-making. He described this partnership as a significant advancement in defence technology that offers unprecedented levels of automation and precision in loitering munition deployment.
The integration of Omnisys' BRO (Battle Resource Optimization) system with UVision's HERO loitering munitions family takes the autonomous multi-launch system to a new level of sophistication.
UVision's autonomous multi-launch system, revealed before AUSA 2024, demonstrated the ability to launch and manage multiple HERO 120 munitions simultaneously. While the AUSA 2024 announcement highlighted AI-driven automatic target recognition and mission management, the Omnisys partnership introduces advanced optimization algorithms that consider a broader range of operational parameters.
The Omnisys collaboration expands on this capability by integrating the BRO system, which calculates optimized routes and transfers data to UVision's command and control system, enabling even more efficient management of multiple loitering munitions. This includes precise allocation of munitions to targets based on factors such as target type, location, flight altitudes, warhead type, weather conditions, and mapping data. Both developments aim to reduce the cognitive load on operators. They complement and enhance the autonomous multi-launch system, offering a more comprehensive, optimized, and efficient solution for battlefield management and loitering munition deployment.