Increase Confidence in Your Systems



The MADE software platform is a model-based RAMS tool that rapidly creates a Digital Risk Twin of your system, optimizing your RAMS processes and analyses, better informing your engineering design decisions and increasing confidence that your system will perform as designed.


Increase Confidence in Your Systems



The MADE software platform is a model-based RAMS tool that rapidly creates a Digital Risk Twin of your system, optimizing your RAMS processes and analyses, better informing your engineering design decisions and increasing confidence that your system will perform as designed.


Industry leaders using MADE: Nasa Siemens US Army Navatia Siemens General Dynamics Land Systems KBR Ocean Infinity
Mitigate technical engineering based risks that impact performance, operational availability and the cost of maintenance using modelling, analysis and decision support workflows.

Decisions better MADE.

From Risk to Resilience with MADE

Design Smarter, shift left with MADE

Gain Engineering Confidence with MADE

The future of Complex Mission Critical system design starts with simulated risk analysis, powered by the integrated MADE software platform.

MADE combines four seamlessly connected modules: Modelling (creation of the Digital Risk Twin), SRA, RAM, and PHM. This suite captures engineering knowledge, automates risk analysis, and enforces data discipline, bringing maintenance considerations into the design phase (shifting left), where they are far more cost-effective to address.

With frictionless data flow between modules, MADE eliminates duplication, streamlines workflows, and accelerates confident, design-stage decisions across the full engineering lifecycle.

MADE Platform Overview

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, linking MADE with MODE—a platform that captures in-service data and uses causation-based AI via Syndrome Diagnostics to detect and interpret emerging failures. Future integrations—including GRIT, AFRACAS, and AOAI—will further enhance MODE’s support for through-life risk, reliability, and sustainment.


PHM Technology Ecosystem

Power of the PHM Ecosystem

Asset value
Unlock Asset Value

Unlock value (improved reliability, availability, maintainability & safety) in your asset that is not achievable with traditional RAMS methods.

Asset value
Reduce Errors

Utilize a common taxonomy through the life of a project and reduce communication errors between disciplines.

Asset value
Knowledge Capture

Capture & protect the knowledge in your project by efficiently digitising your RAMS data & analyses within your system models.

Asset value
Fast & Repeatable

Perform key RAMS analyses with one click, reliably and consistently preserving the integrity of your analyses between design iterations.

Asset value
Product Leadership

Get out in-front of your competitors with improved RAMS system design, & performance providing superior system reliability, availability, maintability & safety.

Asset value
Cause Identification

Understand the cause of failures in your system using our failure depency maps & our Causation-based AI, allowing you to more reliably predict failures & optimise maintenance.

Asset value
Optimised Maintenance

Our RAMS Model-based approach will optimise your maintenance, reducing Total Cost of Ownership (TCO) of your system.

Asset value
Predict Failures

Sydndrome Diagnostics (SD) utilizes our Digital Risk Twin (DRT) to predict crticial system failures before they happen, reducing unplanned downtime.

Why Choose MADE For Your RAMS?

Digital Risk Twin

MADE uses extensive libraries to create a digital representation of a physical system that is able to identify, analyse and mitigate technical engineering risk in complex mission-critical systems.

Fast & Repeatable

Optimizing your system design to achieve your RAMS requirements shouldn’t be complicated to manage, track, or perform consistently across design iterations. MADE’s model-based approach simulates risk analysis rapidly and consistently performing key RAMS analyses with a level of integrity that enable systems to achieve hyper-performance.

Single Source of Truth

A single source of truth in model-based analyses ensures that all stakeholders rely on a consistent and authoritative dataset, minimizing the risk of conflicting or unreliable information. This central data repository forms the foundation for robust decision-making, promoting transparency and accuracy in analytical outcomes.

Automated & Objective

Identifying all your system risks should not be hit and miss. MADE’s model-based approach objectively identifies risks associated with your system at the earliest possible design stage, giving your team the opportunity to cost effectively design out failures or high demand maintenance strategies.

Close the Loop

Our platforms work together to close the RAMS design Loop, improving RAMS integrity. Join the next generation of RAMS Risk Simulation.

Explainability

Understand the functional nature of a system, identify and understand how failures occur step by step with a Digital Risk Twin. This alllows engineers to make cost effective design changes, at the earliest possible stage of design, that can ensure the reliablity of your asset.

PHM Technology
We're RAMS People

About PHM Technology

At PHM Technology we are RAMS people first and foremost. We live and breathe RAMS for complex, safety & mission critical organisations on a journey to better quality outcomes. We have pioneered the shift-left for maintenance design, commercialising 35 plus years of experience in Maintenance Aware Engineering Design that we have encapsulated in our software Ecosystems.

As experienced engineers we have developed market leading model-based technology, the MADE & MODE Software Platforms. Our software platforms create and utilise Digital RAMS Twins and Causation-based AI to deliver solutions that solve real engineering challenges.

Our software is unique in the way it digitalises RAMS and integrates this data into the design and operation phases of assets, delivering a better quality product not achievable through other means.


What we are talking about