SIRBAI has officially launched the Middle East’s first AI-powered autonomous drone swarm technology at UMEX 2026, marking its entry into the defense technology sector, according to the Businesswire. The platform enables multiple drones to operate collaboratively with high autonomy, even in complex or contested environments, and supports missions from surveillance to manned-unmanned cooperation.
Developed by over 40 engineers in AI, autonomy, and robotics, SIRBAI’s proprietary, software-first system integrates AI-driven mission planning, distributed decision-making, and real-time coordination, reducing operator workload while enhancing resilience and mission effectiveness. The technology is scalable, operator-friendly, and designed for integration with various platforms, including tactical drones and UCAVs, with robust performance even in GPS-denied or disruptive conditions, positioning SIRBAI as a regional leader in autonomous swarm defense solutions. Businesswire writes:
SIRBAI today announced the official launch of the Middle East’s first AI-powered autonomous drone swarm technology at UMEX 2026 – a global exhibition platform for unmanned systems and autonomous capabilities – bringing the company into the defense technology sector. The platform is designed for unmanned aerial systems (UAS) and allows multiple drones to work together with a high degree of autonomy, even in complex and contested environments. As the first company in the region to offer this cutting-edge capability, SIRBAI is poised to redefine the modern battlefield with innovative and scalable autonomous technology, setting new standards for resilient and easy-to-use mission systems for modern defense operations.
SIRBAI enters the market as a leader in defense autonomy and intelligent swarm technologies. Developed by more than 40 engineers in AI, autonomy and robotics, SIRBAI builds on cutting-edge research developed in Abu Dhabi, including capabilities from the Technology Innovation Institute (TII). SIRBAI’s mission is to help countries develop secure and resilient defense systems through practical, AI-assisted autonomous swarm technology. The software-first model and fully proprietary technology stack enable rapid capability development, high security assurance, and operational agility across deployment environments.
Dr. Najwa Aaraj, Chief Executive Officer at TII, said, “The launch of SIRBAI’s next-generation swarm technology marks a significant milestone for the region’s defense technology ecosystem. By combining advanced AI with autonomous drone operations, SIRBAI is setting a new benchmark for resilient, operator-centric mission systems. TII is proud to support this achievement, reflecting our shared commitment to delivering cutting-edge technologies that strengthen national security and enhance defense capabilities worldwide.”
The launch introduces a scalable, operator-friendly approach to autonomous swarm operations, supporting defense missions ranging from surveillance and protection to advanced manned-unmanned cooperation. By integrating AI-driven mission planning, distributed decision-making, and real-time coordination, SIRBAI’s platform reduces operator workload and improves mission effectiveness and resilience. The modular, end-to-end system bundles mission planning, command, and swarm execution into a single platform, accelerating decision cycles and enabling efficient control of drone fleets with lower cognitive load.
Dr. Dario Albani, Chief Technology Officer at SIRBAI, stated, “SIRBAI bridges the gap between human intent and autonomous mission execution, enabling seamless coordination between manned and unmanned systems. Our platform ensures resilient autonomy, a continuous flow of information and an agile response in rapidly changing and demanding environments. By keeping operators and autonomous assets connected and working together, SIRBAI delivers the reliability and operational advantage needed for modern missions.”
Designed for operational impact and future-proof scalability, SIRBAI’s technology can be seamlessly integrated into a wide range of platforms, from compact tactical drones to advanced unmanned combat aircraft (UCAVs). Built for contentious and non-GPS environments, the system uses resilient navigation to support coordinated swarm operations under disruptive conditions or with reduced connectivity, while allowing the operator to supervise as needed.
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