Safran Acquires AI Firm Preligens for US$240 Million

Safran, the French aerospace and defense company, has finalized the acquisition of AI technology firm Preligens for US$240 million. Following the acquisition, Preligens will be rebranded as Safran.AI and integrated into Safran Electronics & Defense.

Founded in 2016, Preligens specializes in artificial intelligence solutions for analyzing high-resolution imagery, full-motion video, and acoustic signals. The company's technology features advanced algorithms and software designed to detect and identify military targets using both commercial and government satellite data. Preligens’ proprietary AI Factory facilitates the creation of cutting-edge AI algorithms with robust security and traceability.

The acquisition enhances Safran Electronics & Defense’s focus on integrating AI into its products and services. By incorporating Preligens’ technology, Safran aims to advance capabilities in surveillance and identification within the defense and space sectors, according to their press release. Preligens’ AI solutions will assist operators by providing accurate information and decision-making support.

“We are thrilled to welcome Preligens into our group. Their team’s accomplishments are notable, and we look forward to advancing their AI solutions. By combining our strengths, we are set to explore new AI applications in aviation, defense, and space”, said Franck Saudo, CEO, Safran Electronics & Defense.

Jean-Yves Courtois, CEO, Preligens, commented: “Joining Safran represents a major step forward for Preligens. We are excited to help establish a top-tier AI center within French industry. The synergies with Safran will drive the development of new AI products and support our global expansion.”

In addition to enhancing its defense and aerospace initiatives, Safran plans to apply Preligens’ AI technology to Industry 4.0. This includes using automated AI-driven image analysis for quality control in manufacturing, which will aid in identifying defects in critical components through digital imagery.