FLANQ USVs are smart USVs – intelligent, scalable, and highly customisable. Designed for the mission – whatever the mission – they can carry diverse senor and effector payloads and excel in both solo and coordinated, wolf pack deployments.
FLANQ-powered autonomous and remotely controlled underwater vehicles play a critical role in modern defence, enhancing capabilities across surveillance, reconnaissance, and combat missions – from naval base protection to underwater warfare training.
Transform your situational awareness above and below the water. Optimised for size, weight and power and integrated using FLANQ’s Q-KONTROL backbone, our vehicle-agnostic technologies let you sense threats, decide the outcome and enable the response.
Q-MIND, developed by FLANQ, is a scalable software stack designed to elevate the capabilities of uncrewed maritime systems. By leveraging AI-based edge processing, Q-MIND provides a unified operating environment for autonomous mission planning, precise vehicle control, seamless data fusion from multiple sensors, and secure, cloud-based data analysis. This comprehensive platform empowers operators with actionable intelligence, enabling faster, smarter decisions in complex maritime scenarios.
Q-MIND enables autonomous mission execution with advanced path planning, obstacle avoidance, and dynamic task allocation. Operators can define complex mission objectives, and Q-MIND autonomously manages the execution, optimising for efficiency and effectiveness
Q-MIND provides a single, intuitive interface for controlling individual and packs of uncrewed platforms. This unified control simplifies multi-domain operations and enhances coordination between assets. Q-MIND, together with Q-SPINE, seamlessly integrates and fuses data from a vehicle’s payload sensor sources, including sonar, radar, EO/IR cameras, and environmental sensors. This multi-sensor fusion provides a comprehensive and accurate understanding of the maritime environment and accurate battlespace picture.
Q-MIND leverages secure cloud infrastructure for data storage, processing, and analysis. This enables remote access to mission data, facilitates collaborative analysis, and supports the development of AI-powered insights. Q-MIND’s modular software architecture allows for flexible integration with existing and future autonomous intelligent systems. Its AI-driven algorithms continuously learn and adapt, improving performance and enhancing decision-making over time.
Q-MIND empowers maritime dominance through intelligent autonomy, seamless data fusion, and secure cloud-based analysis.
Q-MIND likely supports synchronised operations between multiple uncrewed maritime systems (UMS), enabling cooperative mission execution.
Q-MIND includes advanced AI models for detecting and categorising underwater or surface threats, combined with automated response protocols.
Q-MIND employs predictive analytics to ensure the reliability of platforms systems during missions, providing optimised maintenance recommendations.
Q-MIND integrates with broader defence infrastructure for real-time collaboration and intelligence sharing.
Quick answers to some common questions about this product. Our support team is here to help with any specific questions you may have.
Q-MIND is a proprietary FLANQ software technology enabling full autonomy of uncrewed maritime vehicles. Its acronym stands for Mission-Integration-Navigation-Data.
Q-MIND uses advanced AI algorithms to provide full autonomy, mission planning, and vehicle control for unmanned maritime systems. It integrates data from multiple sensors and platforms to deliver real-time situational awareness and adaptive decision-making, ensuring superior mission efficiency and effectiveness.
Yes, Q-MIND is designed with an open architecture that supports integration with a wide range of sensors, platforms, and European defence ecosystems. This flexibility allows end-users to enhance their existing capabilities without the need for extensive reengineering.
Q-MIND prioritises data security with end-to-end encryption, secure cloud-based data sharing, and compliance with military-grade cybersecurity standards. These features ensure that sensitive mission data remains protected from unauthorised access or cyber threats.