RAILIGO scope
Driverless metros, autonomous freight locomotives, automated yards and remote operations.
Capability model
RAILIGO approaches Autonomous Rail as an integrated rail capability combining engineering, system interfaces, safety, digital technology, testing, maintainability and lifecycle performance. The model can be adapted for new-build projects, fleet expansion, modernization, local manufacturing or long-term O&M.
Typical project requirements
- Requirements definition and technical specifications
- System architecture and interface control
- Safety, reliability, RAMS and cybersecurity planning
- Supplier and technology integration
- Testing, commissioning, acceptance and lifecycle support
Applications
Lifecycle focus
Design for maintainability, energy efficiency, spares availability, digital diagnostics, future upgrades and service-life extension is built into the capability model.