SISU AI is designed to meet the demands of future battlefields, where precision, speed and adaptability are essential.
SISU AI leverages AI to enable UAVs to operate as a coordinated swarm, executing missions independently and eliminating the need for human First Person View (FPV) pilots, even in GNSS-denied environments. It supports ISR, precision strike, and BDA missions.
SISU AI combines advanced software, UAV platforms, sensors, and if required, the necessary ammunition to enhance the UAV’s operational capabilities.
Our strong strategic partnerships and collaboration with industry-leading global companies ensure seamless integration of our capabilities, delivering a complete solution minimising the integration risks for our end customers.
SISU AI is also available as a standalone software solution without the UAV hardware, providing the flexibility for customers to use their existing platforms.
Discover SISU AI
Modirum | Gespi’s AI-driven system designed for autonomous UAV operations. SISU AI enables UAV’s to operate as a coordinated unit, eliminating the need for human pilots.
SISU AI Features
Empowering UAV operations with autonomous, adaptable, and seamlessly integrated Solutions
AI-Driven
Data Analysis
When connected to our NSC3 system, video output from UAVs can be analysed using NSC3’s advanced AI analytics capability. This powerful feature accurately identifies objects of interest across multiple video streams in near-real time. Objects can be cross-referenced with customer-owned source data or third-party Open-Source Intelligence Systems (OSINT), such as the Janes database.
A Future-Ready
Solution
SISU AI is backed by a fully funded, customer-driven roadmap, ensuring it evolves as a dynamic and evergreen capability that swiftly adapts to emerging needs.
Dual-use
Application
SISU AI also offers versatility, supporting border security and emergency services by enabling a single operator to manage multiple UAVs with AI recognition. Ideal for autonomous tasks such as continuous flights, heavy lift, border control, and large-scale emergencies (e.g., forest fires), it is equally suited for civilian applications like environmental monitoring and routine maintenance inspections.