France is developing a new AI-powered artillery system to counter drones

 

CAESAR

France is actively working on the creation of a new artillery system that will replace the legendary CAESAR self-propelled howitzer. The new system will be equipped with artificial intelligence (AI) and is designed to maintain a tactical advantage in modern conflicts dominated by unmanned technologies. A detailed technical and operational study aimed at preparing a successor to CAESAR is scheduled for launch in 2025.

Despite the fact that CAESAR remains one of the most effective artillery systems in the world, the French defense ministry expresses concern about its ability to meet future requirements. Even an upgraded version of the CAESAR Mk2 will not be able to fully meet the strategic and operational objectives expected by the 2040s. 

The main challenge lies in the growing role of drones and other high-tech means of warfare. Modern conflicts show that traditional artillery systems are losing their effectiveness against new technologies. France is striving to create a system capable of adapting to these changes and ensuring superiority on the battlefield.

The new system will be developed taking into account advanced technologies, including artificial intelligence. Main features of the project:

- Process automation: AI will automate targeting, fire correction, and data analysis from drones.

-**Drone control**: The system will be integrated with anti-drone technologies to effectively counter threats.

- Mobility and survivability: The new artillery complex will be more mobile and protected from modern weapons.

- Network-centric architecture: The ability to interact with other elements of the combat network to coordinate actions.

This initiative aims to create a universal platform capable of adapting to the rapidly changing conditions of modern warfare.

France considers this project as a key element of its defense strategy for the coming decades. The new system should provide the country with a tactical advantage in an environment where the role of technology is becoming increasingly important. It also highlights France's desire to maintain its independence in the defense sector and not depend on arms imports.

In addition, the project could be an important step towards strengthening France's position in the global arms market. The successful development and implementation of the new system may attract the attention of NATO allies and other countries interested in modern artillery solutions.

The launch of a feasibility study in 2025 will be the first stage of the project. At this stage, the key requirements for the new system will be determined, including its tactical and technical characteristics, integration capabilities with existing platforms, and development costs. The study will also take into account the experience of using CAESAR and other artillery systems in real conflicts.

The success of this project largely depends on the ability of French defense companies to integrate advanced technologies such as artificial intelligence into artillery systems. If France can create an effective and universal platform, it will be an important step in the development of modern weapons.

However, the implementation of such ambitious projects requires significant investments and time. Therefore, the key success factor will be the support of the government and international partners.

The development of a new artillery system with artificial intelligence demonstrates France's desire to maintain leadership in the defense sector. This project is aimed at addressing the current challenges of modern warfare, such as the threat of drones and the need to automate combat operations. The introduction of the new system by the 2040s may be an important step to ensure the country's security and strengthen its position on the world stage.