Saab has secured a significant contract with an undisclosed European NATO member for its Sirius passive sensor system, which is recognized for its capabilities in signals intelligence (SIGINT) and surveillance. The deal, valued at approximately 130 million euros ($153 million), will see deliveries extend through 2030.
The Sirius system is engineered to integrate both communication and electronic intelligence sensors, thereby facilitating tactical situational awareness and enhancing strategic intelligence capabilities. Its design accommodates operations across various domains—including air, land, and sea—thereby supporting multi-domain surveillance and joint SIGINT missions.
Carl-Johan Bergholm, head of Saab’s Business Area Surveillance, expressed enthusiasm for the contract, emphasizing the company’s commitment to boosting Europe’s and NATO’s situational awareness and intelligence-gathering capabilities. “Understanding one’s surroundings is a crucial prerequisite for decision-makers,” he noted.
In a strategic move earlier this year, Saab announced plans to establish a production facility in Finland aimed at increasing the manufacturing of its Sirius Compact passive electronic warfare sensors. This smaller, more agile variant of the system is tailored for tactical applications and is designed for seamless integration across a diverse array of platforms. The new facility will facilitate large-scale production in response to surging demand for advanced sensor technologies.
The Sirius system is not just a standalone entity; it can be deployed as a cohesive unit or in modular configurations, integrating sensors from Saab as well as third-party providers. This flexibility allows the system to cater to specific customer needs and supports geographically distributed sensor networks.
Key to its functionality, the Sirius system is equipped to capture a broad spectrum of signals with exceptional sensitivity, precision, and coverage. It has the capability to detect and analyze radar and communication signals, even in densely populated or intricate electromagnetic environments. This data is collected, processed, and disseminated effectively, enabling operational decision-making while maintaining a covert profile.
Moreover, automated processing and classification tools within the Sirius system empower operators to prioritize vital tasks, allowing for sustained operations with reduced personnel involvement. Its scalable data management and fusion capabilities also enable efficient networking and coordination of multiple sensors across various locations. The system is designed with open interfaces, permitting easy integration into existing platforms and command-and-control systems, further enhancing its adaptability and utility in the field.
