ALOR TECH: TECHNOLOGY CONSULTING FIRM
RAMS: reliability, availability, maintainability, and safety
RAMS and LCC engineering services for critical systems in the rail, defense, and aerospace sectors.
Reliability
Fault modeling, Failure Modes and Effects Analysis (FMEA/FMECA), and reliability calculations for components, subsystems, and complete systems.
Availability
Assessment of operational availability considering failure and repair times, maintenance strategies, and logistical resources.
Maintainability
Maintainability analysis, definition of tasks, and optimization of maintenance windows to minimize downtime.
Safety
Support for demonstrating functional and operational safety in accordance with CSM and CENELEC standards (50126, 50128 / 50657, 50129) and equivalent standards in other sectors.
Integrated RAMS Approach
At ALOR, we support our clients in RAMS engineering (Reliability, Availability, Maintainability, and Safety) and LCC throughout the entire system lifecycle.
Our experience is focused on the rail sector, but our methodologies and tools are equally applicable to critical systems in sectors such as defense and aerospace.
ALOR TECH: TECHNOLOGY CONSULTING FIRM
RAMS and LCC Capabilities
We apply advanced RAMS and LCC engineering capabilities to ensure regulatory compliance, lifecycle optimization, and data-driven decision-making in critical systems.
RAMS-LCC activities and full system lifecycle support
Project management in compliance with CSM and CENELEC standards, including EN 50126, EN 50128 / EN 50657, and EN 50129.
Requirements engineering and traceability throughout the V-cycle.
Technical management and supervision of suppliers and subcontractors.
RAMS calculations based on FTA, RBD, Petri nets, and other quantitative techniques.
Development of tools for RAM-LCC model management and decision support.
RAMS Application Sectors
We apply RAMS and LCC engineering in highly regulated environments, adapting methodologies, standards, and tools to the specific characteristics of each sector and type of critical system.
Rail
Application of the EN 50126, EN 50128, EN 50657, and EN 50129 family of standards to rolling stock, signalling, and infrastructure, including support for certifications and safety cases.
Defense
ILS/RAMS methodologies applied to platforms and mission systems, aligned with defense standards and high-availability, high-resilience requirements.
Aerospace
ILS/RAMS in aerospace systems, following sector-specific safety and maintainability principles for critical equipment and systems.
How We Work?
Definition
Analysis of system needs, requirements, and risks.
Design
Systems, software, hardware, and electronics engineering adapted to the environment and sector.
Development
Technical implementation with a focus on quality, safety, and robustness.
Validation
Testing, verification, and commissioning in real environments.
Maintenance
Support throughout the product or system lifecycle.