Systems Engineering & Integration
From System Architecture to Operational Capability
ALUNOR delivers end-to-end systems engineering and integration for complex, mission-critical applications; combining navigation, RF technologies, multi-sensor fusion, Edge AI, embedded hardware and software into unified system architectures.
Our expertise covers the complete engineering lifecycle, from the requirements analysis, system architecture and interface definition to hardware/software development, subsystem integration, prototyping, verification and validation. By combining in-house engineering capabilities with selected third-party technologies, ALUNOR delivers interoperable solutions tailored to demanding operational environments.
Through modelling, simulation, rapid prototyping, HIL testing, system-level verification and field validation, ALUNOR bridges the gap between individual technologies and operational capability, ensuring that every component works together as one coherent, reliable and scalable system.
Advanced Manufacturing
From Engineering Design to Production-Ready Systems
ALUNOR combines advanced engineering with flexible manufacturing capabilities to transform complex designs into reliable, production-ready products and systems. Our manufacturing approach is built around precision, repeatability, quality and close integration between R&D, engineering, prototyping, production and testing.
Our capabilities support the production and assembly of electronic components, navigation and sensor systems, embedded electronics, electromechanical assemblies and integrated subsystems. From precision mechanical parts and RF assemblies to PCB-based electronics, cabling and complete system integration, manufacturing activities are managed as an integral part of the engineering lifecycle.
ALUNOR supports the complete transition from prototype to low- and medium-volume production, including design-for-manufacturing (DFM), component and material selection, assembly, configuration, functional testing and production verification. This integrated approach enables rapid design iterations while maintaining consistency between engineering specifications and the final product.
Through controlled assembly, inspection, calibration, RF/electronic testing, environmental verification and final acceptance testing, ALUNOR delivers products engineered for demanding operational environments and long-term reliability.
We don't simply manufacture components — we turn engineering designs into tested, integrated and deployable products.