Solutions & Products

Two software stacks for complex data acquisition systems.

From pure native desktop applications to hybrid LabVIEW, MATLAB, and C++ platforms, we build solutions that match your hardware, performance targets, and long-term roadmap.

Solution 1

C++-Based DAQ Desktop Software

High-Performance Native Applications

  • Built with modern C++

    Maximum performance and minimal resource usage for demanding desktop instrumentation workloads.

  • Cross-platform

    A single codebase running natively on Windows and Linux.

  • High-speed data acquisition

    Optimized for low-latency, high-throughput acquisition from hundreds of channels.

  • Custom hardware integration

    Tailored communication protocols designed specifically for your hardware.

  • Multiple interface support

    Ethernet, Serial (RS-232/RS-485), USB, PCI/PCIe, CAN, and other industrial interfaces.

  • Real-time visualization

    Live waveform display, multi-channel monitoring, spectrum analysis, and custom dashboards.

  • Signal processing pipeline

    Digital filtering, feature extraction, FFT, event detection, and user-defined processing algorithms.

  • Scalable architecture

    Modular design supporting plugins, multiple devices, and future feature expansion.

  • Reliable data recording

    Continuous streaming, synchronized logging, and efficient storage of large datasets.

  • Automation and APIs

    SDKs and APIs for integration with existing software, scripting, and automated testing.

C++ data acquisition desktop software interface

Solution 2

Hybrid LabVIEW & MATLAB & C++ DAQ Software

Rapid Development with Native Performance

  • Rapid prototyping

    Quickly develop and validate measurement systems using LabVIEW and MATLAB.

  • Native C++ performance

    Accelerate computationally intensive tasks with optimized C++ modules.

  • Seamless integration

    Combine LabVIEW, MATLAB, and C++ into a unified software solution.

  • Hardware connectivity

    Support Ethernet, Serial, USB, PCIe, DAQ cards, cameras, and custom instruments.

  • Real-time data visualization

    Interactive waveforms, spectra, images, and custom dashboards.

  • Advanced signal processing

    Digital filtering, FFT, feature extraction, image processing, and algorithm development.

  • Custom hardware drivers

    Develop native C++ interfaces for proprietary devices and communication protocols.

  • Migration from LabVIEW

    Preserve existing LabVIEW investments while gradually transitioning critical components to modern C++.

  • Automation and test systems

    Build automated measurement, calibration, and production test platforms.

  • Cross-platform deployment

    Deploy performance-critical C++ applications on Windows and Linux while maintaining compatibility with existing workflows.

Hybrid LabVIEW, MATLAB, and C++ data acquisition software illustration