Railway Signaling Automation with Formal Methods and Digital Twin
Railway Signaling Automation with Formal Methods and Digital Twin
We digitalize the railway by implementing Signaling Design Automation leveraging expertise on Formal Methods.
We digitalize the railway by implementing Signaling Design Automation leveraging expertise on Formal Methods.
Solutions for Rail Control Projects with Automation and 100% Verified Safety.
Expert services in rail signaling design, software validation, and safety assurance.
Simulate and analyze real-world behavior and performance.
Long experience, cutting edge-technology and strong expertise.
What we do
We turn your rail control project to a success with signaling automation.
Railway infrastructure managers need new rail control systems to support increased traffic capacity. Existing legacy systems are replaced with new, digital rail control to reduce headway and conform to interoperability standards such as ERTMS and CBTC.
Prover provides automation solutions that increase the capacity for delivering a fast and cost-efficiently rail control project. With your digital twin and our formal methods your rail control projects are verified 100% safe.
How we do it
Gain control over your railway signaling with the use of a Digital Twin
In signaling design automation projects, we start by developing a digital twin of your existing systems, future systems and conceptual systems. The digital twin is developed using formal methods that utilize automated simulation and can test and validate every step of your rail control project.
References
Prover’s innovative solution bring benefits to many types of Rail Control Projects.
In signaling design automation projects, we start by developing a digital twin of your existing, future, and conceptual systems.
In this project Prover collaborated with RATP in creating a formal verification solution to meet RATP demand for safety verification of interlocking software. RATP had selected a computerized...
Class I freight railroad Canadian Pacific (CP) is increasing capacity and consistency in their design and test of interlocking software by using automation tools. In 2010, CP introduced automated...
How much can you save by implementing Signaling Design Automation?
In this meeting you’ll find out how digital twins and formal methods can help you achieve your rail control projects in less time and lower costs. And 100% secure system.
News
Latest news, stories and upcoming events from the railway industry.
In the realm of railway software development, adhering to industrial standards is not just a matter of compliance; it’s a cornerstone of ensuring safe, reliable, and efficient railway systems. The latest milestone along this journey is the introduction of the CENELEC standard EN 50716:2023.
News
Latest news, stories and upcoming events from the railway industry.
In the realm of railway software development, adhering to industrial standards is not just a matter of compliance; it’s a cornerstone of ensuring safe, reliable, and efficient railway systems. The latest milestone along this journey is the introduction of the CENELEC standard EN 50716:2023.
In this blog post we discuss the significance of adhering to industrial standards in railway software development, particularly focusing on the introduction of the CENELEC standard EN 50716:2023 as a major advancement.
A significant number of modern metro systems use CBTC for safer and efficient train operations. While the role of CBTC is straightforward, the systems themselves are quite complex.
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