Wheel defects, such as flat spots, strain railway infrastructure and cause noise. SCS developed algorithms for SBB that detect such damage from the measurement signals of wheel load checkpoints and, in some cases, also determine their severity, allowing affected vehicles to be specifically repaired.
ndd Medizintechnik AG's spirometry devices help detect lung diseases early. SCS developed a dedicated cloud platform for ndd, enabling existing devices to securely transmit their measurement data directly to cloud-based electronic patient records.
In the Swiss electricity market, numerous market partners must handle switching processes and exchange measurement data. SCS develops and operates the SDAT Data Hub for Swisseldex AG, a central data hub that standardizes and automates this market communication.
In parking facilities with many charging stations, simultaneous charging current can overload the building's main connection. SCS, together with EKZ, developed a manufacturer-independent gateway that controls charging stations from various manufacturers via OCPP and dynamically distributes the available power.
According to the Electricity Supply Ordinance, grid operators must enable their end customers to read real-time measurement data from smart meters. SCS developed a lean open-source solution for EKZ that reads this data locally and processes it in an understandable way.
SCS developed the control system for the world's most powerful dual-fuel marine engine, the 12X92DF with 85,000 hp, for Winterthur Gas & Diesel. Hardware, FPGA firmware, and software control sensors, valves, and ignition in real time and with microsecond precision.
Schubert's packaging machines consist of many individual system components. SCS developed a Line Management System that centrally coordinates and monitors the entire packaging line and ensures the traceability of packaged products.
Camera-based driver assistance systems must process video images in real-time. SCS ported computationally intensive algorithms such as SGM-Stereo, Optical Flow, and Stixel to an FPGA platform, allowing them to be tested directly in moving test vehicles. The implemented algorithms are now in series production.
The 4D radar developed by ZF generates a high-resolution point cloud for automated driving functions. SCS optimized and implemented the necessary signal processing on an SoC/FPGA, meeting the requirements of ISO 26262 ASIL B.
Cosmic radiation regularly causes memory errors on the ISS. SCS developed an FPGA-based emulator for EADS to specifically simulate these errors and test the error correction of the Mass Memory Unit before launch into space.
A discontinued microprocessor does not have to lead to the next dependency problem. For suitable retrofits, SCS uses a System-on-Module with Linux to further develop existing devices over the long term and enable new functions.
SCS developed a machine learning model for SBB that identifies imminent stuck brakes based on consecutive HFO measurements before the alarm threshold is reached, enabling targeted interventions.
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