Reliability Digital Twin
AeROS®
Evaluates how equipment reliability, operations, maintenance resources, system configuration, and production interact in asset-intensive industries.
Explore AeROSReliability engineering for asset-intensive industries
Turning reliability knowledge into better engineering decisions.
AssetStudio helps organisations understand how reliability, maintenance, operations, and production interact—so that important engineering decisions can be supported by sound methodology, practical experience, and objective evidence.
From information to decisions Connected engineering
- 1
Engineering Information
Organised operational and asset history
- 2
Reliability Knowledge
Statistical models and engineering evidence
- 3
System Understanding
Reliability, operations, resources, and production
- 4
Better Engineering Decisions
Alternatives evaluated with greater confidence
Our engineering solutions
Purpose-built solutions for different engineering environments
From focused standalone applications to an integrated engineering ecosystem, each solution shares the same objective: turning engineering information into knowledge that supports better decisions.
Statistical reliability analysis
Weibull Toolbox
Supports Life Data Analysis, Recurring Data Analysis, Accelerated Life Testing Analysis, and Reliability Block Diagram analysis.
Explore Weibull ToolboxFree online analysis and learning
FreeWeibull
Makes established statistical reliability methods more accessible to engineers, educators, and students through a free online environment.
Try FreeWeibullIn development
Integrated engineering ecosystem
AROMIS
Connects engineering information, reliability analysis, Reliability Digital Twin analysis, and Life Cycle Cost through specialised engineering workspaces.
Explore AROMISThe engineering challenge
Engineering information does not automatically become engineering knowledge.
Industrial facilities generate large amounts of operational, maintenance, failure, and production information. Yet important engineering decisions are still often based on isolated analyses, incomplete assumptions, or experience that is difficult to quantify.
Reliability, maintenance, production, and cost are closely connected. Understanding these relationships requires more than collecting data or calculating individual reliability metrics.
It requires engineering methods that transform historical information into meaningful knowledge about asset behaviour and the consequences of alternative decisions.
Reliability
Understand how and when equipment performance changes.
Maintenance
Evaluate policies, resources, and their operational consequences.
Production
Connect equipment behaviour with system output and production loss.
Life-cycle Value
Compare the long-term consequences of engineering alternatives.
How AssetStudio helps
From engineering information to better decisions
AssetStudio develops methodologies, software, and engineering services that help organisations build progressively deeper understanding of their assets.
- 01
Understand Asset Behaviour
Organise historical failure, maintenance, operational, and production information to identify patterns and engineering questions.
- 02
Develop Reliability Knowledge
Apply appropriate statistical methods to understand failure behaviour, reliability trends, and maintenance performance.
- 03
Evaluate System Performance
Use Reliability Digital Twin analysis to connect equipment reliability with operations, resources, production, and system performance.
- 04
Compare Engineering Alternatives
Quantify the reliability, production, and economic consequences of alternative engineering scenarios before implementation.
Engineering services
Engineering expertise when software alone is not enough
Some engineering questions require more than an application. AssetStudio works directly with organisations to clarify the problem, select appropriate methods, develop defensible models, and interpret the results.
Discuss an Engineering ProblemConsulting
Quantitative reliability and RAM studies that connect equipment behaviour, operating constraints, maintenance strategy, and production performance.
Training
Methodology-led courses that combine sound reliability theory with realistic datasets, industrial examples, and practical application.
Technical Guidance
Support for data limitations, modelling assumptions, method selection, and interpretation—helping engineers use results with greater confidence.
Why AssetStudio
Engineering first. Evidence-led. Grounded in industrial reality.
Sound Methodology
Engineering theory provides the foundation for confidence.
Practical Application
Methods are developed and refined around real industrial problems.
Long-term Relationships
Support continues beyond the delivery of software or a single study.
Customer evidence
Engineering solutions strengthened through real-world application
Our work with organisations across energy and manufacturing continues to shape how AssetStudio's methodologies, software, and services develop.
I am pleased to recommend the services of Asset Studio Pte Ltd (AssetStudio). Petronas Upstream has engaged AssetStudio to perform reliability analyses and conduct RAM (Reliability, Availability, and Maintainability) studies for our assets.
Principle Engineer
Petronas Carigali Sdn Bhd
We worked with AssetStudio on one of our CAPEX projects and were impressed by their flexibility and deep expertise in reliability engineering. I look forward to the opportunity to collaborate with them again in the future.
Project Manager
A Leading Power Authority in Indonesia
AssetStudio in three minutes
Prefer a quick overview?
Watch a short introduction to AssetStudio, our engineering approach, and the industrial problems our solutions are designed to address.
Current information
Training and software updates
Upcoming public training
Reliability Analysis for Repairable Systems (Course Outlines & Registrations)
- Date
- 21 to 24 September 2026 (4 days)
- Location
- Harper Malioboro Yogyakarta by ASTON, Indonesia
Registered users
Latest Software Releases
Download the latest available versions of AssetStudio's desktop applications.
Start with the engineering question
What decision are you trying to make?
Tell us about the problem, the available information, and the decision it needs to support. We can help identify a practical next step.