RATP and the automation strategy
SIG4 Engineering collaborates with experts from Prover on « Integral Formal Proof » activities implemented and supported by RATP.
· Design
· Implementation
· Verification & Validation (V&V)
· Formal Proof
· Operational Monitoring, Investigations
· Deployment
· Greenfield / Brownfield Migration
· Testing Strategy
· Qualification
· Design
· Implementation
· Verification & Validation (V&V)
· Formal Proof
· Operational Monitoring, Investigations
· Deployment
· Greenfield / Brownfield Migration
· Testing Strategy
· Qualification
· CENELEC EN 50126
· EN 50128
· EN 50129
· Safety Assessment
· Safety Case
· Training Courses
· Formalization
· Modeling
· Formal Analysis
· B Method
· Model Checking
· Proof
SIG4 Engineering offers turnkey projects with a commitment to results. Our experts handle highly technical tasks from start to finish, based on predefined specifications, with a commitment to quality, cost, and deadlines.
Benefit from our expertise to strengthen your teams for specific needs. Together with our partner NoMAD, Qualiopi certified, we offer customized training, critical reviews, skill development programs, and tailored technical support for your projects to address your challenges with precision.
SIG4 Engineering collaborates with experts from Prover on « Integral Formal Proof » activities implemented and supported by RATP.
SIG4 Engineering is involved alongside ALSTOM in the modernization of the railway network in the city of Perth, Australia.
SIG4 Engineering is particularly pleased to contribute to the development of the safety case required for the new signaling system on the Marseille-Ventimiglia line.
SIG4 Engineering is a company offering highly qualified services in the SIL4 railway signaling sector.
To provide the best experiences, we use technologies such as cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Failure to consent or withdrawal of consent may adversely affect certain features and functions.