Applications, Frameworks, and Libraries for the Entire Testing Process

With over 30 years of experience, IRS provides applications, frameworks, and libraries for the entire testing process: from hardware abstraction to user interface to statistical evaluation of test results.

Service

We develop our own standardized and reliable software for our testing devices, which is easy to use and maintain. Our development process includes strict guidelines and testing procedures to produce stable software in combination with high performance.

In our software development process, we value flexibility and modularity to easily adapt the software to your specific use cases. If our software does not meet your expectations, our development team welcomes your suggestions.

Complex testing procedures, high channel counts, and parallel testing of multiple test samples are the norm for us. As users of our own software, we know how important a stable platform is in the production environment. We are well aware of the specific technical requirements in the fields of automotive, e-mobility, battery management, semiconductor, and medical technology.

PC Applications

Our PC applications form the central software foundation for modern testing systems: from system architecture to implementation to full integration, we develop powerful, modular solutions that reliably automate and evaluate demanding test procedures.

• System architecture, implementation, and integration of testing systems

• LabVIEW applications and modules with LVOOP, Actor Framework

• Test procedures with NI TestStand

• Desktop applications (C# / .NET / WPF)

• Database applications

Embedded Development

In the area of embedded development, we offer comprehensive hardware and software expertise to implement high-performance, real-time capable, and precise measurement and control solutions directly on FPGA, microcontroller, or SoC platforms – perfectly tailored to complex testing requirements and industrial applications.

• FPGA development (LabVIEW / VHDL / Verilog / Xilinx)

• Microcontroller applications (STM32)

• SoC (Embedded Linux)

• Fast measurement technology (MSa/s)

• Rest bus simulation with SecOC

• Control engineering

Industry 4.0 & IIoT

As a holistic technology partner from Regensburg, we support companies in fully exploiting the potential of Industry 4.0, the Industrial Internet of Things (IIoT), and OEE optimization by intelligently networking machines, sensors, and test systems, securely capturing data, and making it evaluable in scalable cloud architectures.

• Edge Computing & Device Connectivity
  Robust communication via MQTT, OPC UA, and REST APIs; edge gateways for local preprocessing.

• OEE Measurement & Analysis
  Complete transparency through the measurement and evaluation of Overall Equipment Effectiveness (availability, performance, quality).

• Modern Data Platforms
  Using PostgreSQL, TimescaleDB, or cloud-native databases for efficient storage of large test and process data.

• Cloud & Hyperscaler Integration
  Seamless connection of production and testing systems to AWS services (IoT Core, Lambda, S3).

• Data Pipelines & Analytics
  Streaming infrastructure for real-time monitoring, predictive maintenance, and automated quality analyses.

• Modern Web Frameworks & Automated Deployment
  Development of scalable web and cloud applications based on modern TypeScript frameworks (e.g., Next.js) including continuous integration & deployment (CI/CD) for automated and reproducible rollouts.

• Security & Scalability
  Secure, modular architectures for highly scalable IIoT solutions – from sensors to dashboards.