A platform for the complete integration of customer-specific requirements: control devices, monitor testing processes, generate reports, and make data available via modern cloud and managed service architectures.
A Linux-based system developed by IRS for feature-rich device communication. It forms the technical communication layer between measuring instruments, test benches, test logic, and high-level platform services.
Device Control
Customized control of test and measurement equipment, test benches, and sensors via a consistent platform logic.
Monitoring
Live monitoring of device status, measured values, test sequences, and system states - locally at the test bench or connected to central services.
REST API Integration
Integration into existing IT, production, and customer applications via REST APIs as well as industrial communication interfaces.
Reports & Data Platform
Automated reports, structured storage, and evaluation of test data as a basis for quality assurance and process optimization.
Cloud & Managed Services
Optionally usable modern cloud architectures and managed service approaches for scalable operation, central availability, and long-term maintainability.
Customer Needs Integration
Flexible implementation of individual requirements – from device communication and test logic to dashboards, data models, and service concepts.
On our roadmap is an AI-powered approach where specifications serve as input to derive testable workflows, test parameters, and initial test sequences. This will enable the Future Test Platform to transition even faster from requirements to executable tests in the future.
Modern managed infrastructure, for example AWS, supports scalable and secure operation; IRS is TISAX-certified according to Assessment Level 3.
An ISO 27001 certification by IRS is planned to ensure the best possible integrity, availability, and confidentiality.
Future Embedded Platform
The Future Embedded Platform is a central embedded platform with which IRS implements high-performance measurement technology and controller products. It combines feature-rich device communication with a robust hardware platform for demanding industrial measurement, control, and regulation tasks.
Through Real-Time Linux and FPGA development, demanding real-time control loops and real-time applications can be realized within a shared platform. This cleanly brings together fast measurement data acquisition, deterministic control, and flexible device integration.