With driverless systems to Industry 4.0
An integrated software system for modeling, simulating and controlling driverless transport systems.
Customized software for Industry 4.0
RISC Software GmbH develops innovative software solutions that are tailored to the needs of various industries. Our focus is on the optimization of production planning, control and monitoring of complex processes. Using state-of-the-art technologies, we create applications that raise efficiency and precision in industry to a new level.
Modular and scalable applications
Our software solutions are flexible and grow with your company. They can be seamlessly integrated into existing systems and adapt to growing challenges to ensure long-term success. This includes the automation of production lines, the integration of sensor technology and the improvement of data analysis in real time.
Reliability through advanced technology
We combine state-of-the-art technologies with proven methods to develop user-friendly and reliable solutions that help companies achieve their goals. Our solutions are designed not only to meet today’s requirements, but also to take future developments into account.
Shape your future
Contact RISC Software GmbH to successfully implement your software projects and strengthen your position in the industry.
Reference projects
NC machining simulation
he combination of an extensive, detailed and optimally adapted offline simulation in the CAD/CAM area and a high-performance, memory-optimized and integrated real-time simulation for collision avoidance supports customers of WFL Millturn Technologies GmbH & Co. KG in the use of their complete machining centers.
Multidisciplinary structural optimization
Since 2009, RISC Software GmbH has been the main development partner for the new development of central system parts of Lagrange. Of particular importance is the implementation of state-of-the-art, efficient computational methods and the best possible use of modern hardware platforms, especially with regard to parallel and distributed computer architectures.
Static verification of aircraft structural components
More than twenty years ago, Airbus Defence and Space initiated the development of the Strength 2000 application. This is an integrated tool for the static verification of aircraft structural components.
Geometry modeling in concept design
Today, the design of new aircraft models is more than ever a cost- and time-intensive process due to the high requirements. Starting from a mission profile (payload, range, fuel consumption, etc.), the design process passes through the conceptual, preliminary and detailed design phases.
Application Engineering Tool
Miba application engineers can now use the application engineering tool to define, analyze and evaluate the requirements and design of the planned tribological system (brakes and clutches) together with the customer.
Technical contributions
Working with Fortran in 2020: Areas of application
The typical use case for Fortran as a programming language is computationally intensive numerical simulations, such as weather forecasts, flow simulations, stability calculations, and many more.
mehr erfahren
Working with Fortran in 2020: Parallelisation
Since the trend of new CPUs is clearly towards ever higher numbers of processor cores, efficient parallelization is particularly important. With Fortran, the development of high-performance code is possible.
mehr erfahren
Working with Fortran in 2020: Do’s and Don’ts
Due to the long development history of Fortran and to maintain compatibility with legacy code, there are numerous obsolete and sometimes obscure language features in current Fortran compilers. There are also selected capabilities offered by new Fortran standards. You can read a summary of do's and don'ts here.
mehr erfahren
C++20 Concepts (EN)
A brief historical overview of the development of the programming language and the implementation of "Templates" and "Concepts".
mehr erfahren
Mathematical modelling of production problems
Mathematical models are predominantly used in science, especially in the natural sciences. Classic fields of application here are theoretical physics or, currently very prominent, epidemiology.
mehr erfahren
Software-Reengineering: When will the legacy system become a problem?
Business-critical software is not immune to a certain aging process. However, an equivalent replacement is often not so easily available. But when is it time to replace the legacy system with the help of software reengineering?
mehr erfahren
Technical debt and legacy systems
How can you avoid a system or legacy system becoming a legacy system? Read the following article to learn how to identify legacy systems in time, remove them and ultimately avoid them.
mehr erfahren
Software Modernisation
For long-lived software systems, maintenance costs far exceed initial development costs. Escape the cost trap through timely proactive modernization measures. An evolutionary approach guarantees predictable costs, continuous releases and immediate customer benefits with manageable risk.
mehr erfahren
Optimisation has to be learned
For complex problems in business and industry, optimization models and solution algorithms are used daily to make difficult decisions. Classical optimization methods are combined with machine learning to meet the high demands.
mehr erfahren
Stable power grid through planning and optimisation
Which power plants must be used so that the load in a power grid is covered? How is the inaccuracy of the forecast for renewable energy sources taken into account? How should the charging and discharging cycle of energy storage systems in the power grid be coordinated with the current market price for electricity? These questions are part of the daily operational planning of a power system.
mehr erfahren
Reengineering: Engineering solution shines in new splendour through web porting
Classic desktop applications are increasingly being implemented as web versions in order to be available without installation. Software engineers at RISC Software GmbH transferred a complex software based on C++ to the web – and in a short time, thanks to an agile approach to the project.
mehr erfahren
Smart algorithms in production planning
Efficient production planning: An advanced tabu search solves complex optimization problems. The algorithm identifies promising solution patterns and integrates them into the search process to create optimal production plans faster and more precisely.
mehr erfahren
Solutions
Optimization software for planning and decision support
Are you looking for targeted and intelligent support in your planning and decision-making processes? Is your standard software also too inflexible? Our tailor-made optimization solutions fit seamlessly into existing processes and sustainably increase efficiency.
