SIRBAI Launches Middle East’s First AI-Powered Autonomous Drone Swarm Technology at UMEX 2026
New platform enables coordinated, autonomous drone operations designed for modern defense environments
SIRBAI Launches Middle East’s First AI-Powered Autonomous Drone Swarm Technology at UMEX 2026 (Photo: AETOSWire)
Dr. Najwa Aaraj, Chief Executive Officer at TII, said: “The launch of SIRBAI’s next-generation swarm technology marks an important 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, which reflects our shared commitment to delivering advanced technologies that strengthen national security and enhance defense capabilities globally.”
The launch introduces a scalable, operator-friendly approach to autonomous swarm operations, supporting defense missions ranging from surveillance and protection to advanced manned-unmanned teaming. By integrating AI-driven mission planning, distributed decision-making, and real-time coordination, SIRBAI’s platform reduces operator workload while improving mission effectiveness and resilience. The modular, end-to-end system consolidates mission planning, command, and swarm execution into a single platform, accelerating decision cycles and enabling efficient control of drone fleets with lower cognitive burden.
Dr. Dario Albani, Chief Technology Officer at SIRBAI, said: “SIRBAI bridges the gap between human intent and autonomous mission execution, enabling seamless coordination across manned and unmanned systems. Our platform ensures resilient autonomy, continuous information flow, and 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-ready scalability, SIRBAI’s technology integrates seamlessly across a wide range of platforms, from compact tactical drones to advanced unmanned combat aerial vehicles (UCAVs). Built for contested and GPS-denied environments, the system uses resilient navigation to sustain coordinated swarm operations under jamming or degraded connectivity, while maintaining operator oversight when required.
Source: AETOSWire
View source version on businesswire.com: https://www.businesswire.com/news/home/20260120186459/en/
Website: https://sirb.ai/
Contact
SIRBAI
Jinan Warrayat
jinan.warrayat@tii.ae
This news is a press release provided by SIRBAI.
