SYSTEM CONTROL SOFTWARE FOR COMPLEX HIGH-TECH EQUIPMENT

Bring individual machine functions together in a coordinated system. We develop modular software architectures that connect motion, sensing, processing, and application logic, working closely with electronics and mechatronics engineers.

• Software architecture for modules, complete machines, and product families.

• Embedded software and real-time machine control.

• Interface definition and hardware-software integration.

• Reusable components and integration of existing software.

Extend equipment capabilities while retaining proven functionality and domain knowledge. Our brownfield approach combines software assessment with incremental modernization, helping you manage technical dependencies and build a maintainable foundation for continued development.

• Architecture assessments and dependency analysis.

• Isolation and modernization of tightly coupled modules.

• Introduction of new functionality and replacement technologies.

• Software maintenance, obsolescence management, and lifecycle support.

Support predictable machine behaviour. We integrate software reliability, security by design, and verification throughout development. For new and legacy equipment, our approach follows system risks and applicable requirements, including the EU Cyber Resilience Act (CRA) where relevant.

• Cybersecurity risk assessment and secure software architecture.

• Vulnerability management and security update planning.

• Assessment of applicable CRA requirements for new and legacy equipment.

• Requirements traceability and software verification.

• Automated testing of normal and abnormal operating conditions.

Understand and evaluate system behaviour before physical equipment is available. We combine Model-Driven Software Development, simulation, and Digital Twins to support design decisions and identify integration issues earlier. Through our partnership with Cocotec, we integrate automated formal verification to check software behaviour against its specifications before integration.

• Modelling of system and software behaviour.

• Automated formal verification using Cocotec’s Popili platform.

• Domain-specific languages and automated code generation.

• Hardware simulation and Digital Twins for development and testing.

• Integration of models, generated code, and existing software.

Connect equipment with the applications and services around it. We develop data flows, cloud-connected software, and AI-based analytics to turn machine data into insights for monitoring, diagnostics, and service. We combine real-time processing at the edge with cloud services, aligned with your system’s timing, security, and operational requirements.

• Communication between devices, subsystems, and applications.

• Data acquisition, processing, storage, and exchange.

• Real-time machine data analysis using signal processing and AI.

• Cloud integration for equipment data and supporting services.

• Remote monitoring, anomaly detection, and diagnostic applications.

Translate physical processes and measurement data into algorithms that improve equipment performance. Our mathematicians, physicists, and software engineers develop and integrate solutions around your application, system behaviour, and operational constraints.

• Mathematical modelling and system optimization.

• Signal processing, calibration, and measurement algorithms.

• Image analysis and AI-based interpretation.

• Integration of algorithms into machine control and application software.

Make complex equipment intuitive to operate. We translate system behaviour into clear interfaces and efficient workflows, helping operators and engineers control machines, understand system status, and interpret results.

• User research and workflow optimization.

• High-tech UX and interaction design.

• User interface development.

• Visualization of machine status, measurements, and results.