We design and deploy advanced control systems for robotic and autonomous platforms operating in demanding industrial and aerospace environments. Our focus is on stability, accuracy and real-time performance across the full system lifecycle — from concept to validated deployment.
• Design, implement and optimise open-loop and closed-loop control architectures enabling autonomous operation and human-in-the-loop supervision.
• CAD-driven mechanical prototyping to support product development, testing and system upgrades.
• Industrial automation architectures integrating sensors and motion systems for real-time control performance with PLC/IPCs. We are experts in TwinCAT implementations.
We build industrial-grade data pipelines powering robotic perception and autonomous systems in factory and aerospace environments. Our work focuses on real-time processing, robustness and deployment at the edge — from raw sensor streams to validated AI models.
• Design scalable data pipelines for vision, telemetry and machine data ingestion, cleaning and synchronization.
• Develop computer vision and learning-based models for inspection, anomaly detection and quality control.
• Deploy real-time inference and monitoring systems on edge devices and industrial PCs integrated with PLCs.
• Build operational dashboards and performance reports for system validation and continuous improvement.
We provide hands-on aerospace engineering in partnership with leading space companies, supporting missions from early concept studies to flight-ready systems. Our teams combine new-space agility with heritage aerospace rigor across satellites, launchers and critical subsystems.
• Lead mission-driven systems engineering and multidisciplinary trade-offs from requirements definition to qualification.
• Design and validate satellite subsystems including structures, thermal control, propulsion units, ADCS and payload integration.
• Perform structural and thermal analysis, environmental testing campaigns and qualification planning.
• Develop flight software for GNC, propulsion control, power management and fault-tolerant on-board systems.