We are seeking an Office Coordinator to our Stockholm office.The Office Coordinator plays a key role in ensuring that our office operates efficiently and in line with Prover’s standards of professionalism and quality. The role combines office management with broad administrative support to management and staff.
We are seeking an Office Coordinator to our Stockholm office.The Office Coordinator plays a key role in ensuring that our office operates efficiently and in line with Prover’s standards of professionalism and quality. The role combines office management with broad administrative support to management and staff.
At Prover, we’ve found the formula for a successful rail control project to be threefold: focus on the requirement specifications, use automation to develop the systems, and apply formal and automated methods to prove that requirements and safety are fulfilled. In this guide, we will walk you through how to use this formula - called Signaling Design Automation.
Very excited to announce that our VP of Sales, Gunnar Smith, was recently interviewed by Global Railway Review. The article [...]
When it comes to unlocking future growth in the rail sector, advancing the digital transformation is high on the European Union’s agenda.
We are happy to announce that Prover Certifier has received its CENELEC EN 50128, tool class T2 certification from [...]
November 16 Prover hosted Signaling Design Automation Forum 2021 in Paris. The Signaling Design Automation Forum is an event [...]
A few years back we got the idea of creating a forum for sharing experiences, best practices, and for [...]
This short video introduces Prover Studio, an integrated development environment for formal specifications.
Safety is critical for the railway industry. We believe the method that should be used for safety assurance is formal verification. Join us in a webinar on this subject.
Let's discuss why formal verification should be used to verify software safety requirements! As a provider of formal verification, we are fully convinced that it is the best methodology for safety verification and should be used when engineering safe rail control systems.
Since the introduction of modern software-based automated rail control solutions, the complexity of rail control- and signalling systems has grown significantly. These advanced systems can help optimizing the use of critical infrastructure resulting in a better passenger experience, but the main priority is always to guarantee safety. Here, we share an overview of the safety verification practices commonly used in rail control projects in The United States, Sweden and France.
At Prover, we’ve found the formula for a successful rail control project to be threefold: focus on the requirement specifications, use automation to develop the systems, and apply formal and automated methods to prove that requirements and safety are fulfilled. In this guide, we will walk you through how to use this formula - called Signaling Design Automation.
Very excited to announce that our VP of Sales, Gunnar Smith, was recently interviewed by Global Railway Review. The article [...]
When it comes to unlocking future growth in the rail sector, advancing the digital transformation is high on the European Union’s agenda.
We are happy to announce that Prover Certifier has received its CENELEC EN 50128, tool class T2 certification from [...]
November 16 Prover hosted Signaling Design Automation Forum 2021 in Paris. The Signaling Design Automation Forum is an event [...]
A few years back we got the idea of creating a forum for sharing experiences, best practices, and for [...]
This short video introduces Prover Studio, an integrated development environment for formal specifications.
Safety is critical for the railway industry. We believe the method that should be used for safety assurance is formal verification. Join us in a webinar on this subject.
Let's discuss why formal verification should be used to verify software safety requirements! As a provider of formal verification, we are fully convinced that it is the best methodology for safety verification and should be used when engineering safe rail control systems.
Since the introduction of modern software-based automated rail control solutions, the complexity of rail control- and signalling systems has grown significantly. These advanced systems can help optimizing the use of critical infrastructure resulting in a better passenger experience, but the main priority is always to guarantee safety. Here, we share an overview of the safety verification practices commonly used in rail control projects in The United States, Sweden and France.
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