Defense News

Singapore

HENSOLDT, a leading sensor solution provider, has announced a collaboration with Singapore’s HTX (Home Team Science and Technology Agency) to advance Rapid Deployable Counter UAV Systems (CUAS) for urban environments. This collaboration addresses the growing threat posed by over-the-counter drones. By combining HENSOLDT Singapore's software expertise, system integration skills, and operational insights from HTX, the aim is to deliver an integrated solution tailored to the demands of urban settings.

The rapid deployable CUAS system, a key outcome of this partnership, features HENSOLDT’s Z:ASSESS software and state-of-the-art Multi-Sensors Data Fusion (MSDF). The system is highly modular and scalable, incorporating Surveillance Radar, EO/IR cameras, and a Jammer, with the ability to integrate additional sensors seamlessly. It provides real-time threat detection and mapping, offering users a comprehensive view of identified threats overlaid on chosen zones. The system is being showcased for the first time at the HTX Pavilion at Milipol Asia-Pacific–TechX Summit 2024.

Ines Maiwald, Head of Business Development Asia at HENSOLDT, expressed optimism about the collaboration, stating, “This is only the beginning of such strategic partnerships between HTX Singapore and HENSOLDT Singapore. We look forward to expanding this relationship in the near future.”

Dr. Ben Soon, Senior Principal Engineer from HTX, emphasized the collaboration's focus on addressing the unique challenges presented by urban environments, providing an effective CUAS solution in Singapore.

HENSOLDT Singapore has previously demonstrated expertise in drone defense through its CUAS system. This collaboration signifies a shared commitment to advancing security measures and responding proactively to evolving threats. The CUAS system is intended for both permanent deployment and temporary protection during major events, highlighting its versatility and adaptability.

Overall, the collaboration represents a significant step in addressing the complex security landscape associated with unmanned aerial systems in urban areas. This joint effort is poised to set new standards for CUAS technology, contributing to enhanced security and protection against emerging threats.