Accelerate RAMS Analysis
Import SysML, CAD or BOM data to accelerate Digital Risk Twin creation, reduce duplicate work and establish a unified risk view.
Safety decisions better MADE.
Understand hazards and their consequences across the system lifecycle.
Explore MADENow available
MADE 3.9.2
Native requirements authoring and verification. Deeper Teamcenter integration. Seamless project synchronisation. Improved reporting and usability.
From Risk to Resilience
The future of mission-critical system design starts with MADE, a model-based platform that transforms risk into resilience. By creating a Digital Risk Twin, MADE unifies Safety, RAM and PHM into one ecosystem, enabling real-time simulation, automated analysis and data-driven decisions from day one.
Learn more about MADEWhy choose MADE for your RAMS
Digitise Your Domain Knowledge
Consolidate RAMS data and analyses in one model, enabling faster design iterations and more consistent engineering decisions.
Know Your System Better
Automated functional and failure dependency mapping reveals risk propagation through complex systems.
One-Click FMEA and FTA Generation
Generate repeatable RAMS analyses from the model and reduce fragmented, manual and error-prone workflows.
Standardised Taxonomy
Use consistent terminology across the modelling environment to improve communication and traceability.
Close the Design Loop
The Digital RAMS Backbone connects design and operations, enabling continuous learning throughout the asset lifecycle.
PHM Technology Ecosystem
From simulation to in-service insight, MADE connects seamlessly into the future of asset management.
The PHMT Ecosystem extends your Digital Risk Twin beyond design into operations/sustainment with the MODE platform. Via a Digital RAMS Backbone (DRB), the MODE platform captures in-service data and uses causation-based AI via Syndrome Diagnostics (SD) to detect and interpret emerging failures. The ecosystem also includes GRIT, AFRACAS, and AOAI, which extend MODE’s capabilities to provide comprehensive support for through-life risk management, reliability, and sustainment.
Power of the PHM ecosystem
Connect engineering knowledge across the lifecycle and turn model-based insight into safer, more available and more maintainable systems.
Unlock Asset Value
Improve reliability, availability, maintainability and safety beyond traditional RAMS methods.
Reduce Errors
Use a common taxonomy throughout the project lifecycle and reduce communication errors between disciplines.
Knowledge Capture
Digitise and protect project knowledge by keeping RAMS data and analyses in the system model.
Fast and Repeatable
Run key RAMS analyses consistently while preserving integrity between design iterations.
Product Leadership
Improve RAMS design and performance to deliver more reliable, available, maintainable and safe systems.
Cause Identification
Understand failure causes through dependency maps and causation-based AI.
Optimised Maintenance
Use model-based RAMS insight to optimise maintenance and reduce total cost of ownership.
Predict Failures
Use Syndrome Diagnostics and the Digital Risk Twin to identify critical failures before they cause unplanned downtime.
Seamless RAMS integration
Faster certification evidence
A connected Digital Risk Twin
Repeatable RAMS analysis
PHM Technology
We're RAMS people
We live and breathe RAMS for complex, safety- and mission-critical organisations. More than 35 years of maintenance-aware engineering experience informs the software ecosystem we build today.
Our MADE and MODE platforms create and use Digital RAMS Twins and causation-based AI to solve real engineering challenges across design and operation.
By digitalising RAMS and connecting this knowledge across the asset lifecycle, teams can deliver quality outcomes that fragmented methods cannot achieve.