Relyence Software
Risk Management Software & Reliability Analysis Tools
Relyence Studio is a comprehensive configurable integrated software suite that caters to your reliability and quality requirements.
Flexible licensing: Configure your Relyence license selecting only the modules required and number of concurrent (floating) users per selected module, including read-only licenses.
Empowering your engineering teams with powerful analytical tools
Our Intuitively friendly, simple and easy to use user interface provides a fast and highly efficient workspace where your teams can come together to get the job done.
Risk management is not a solo task. Often requiring multidisciplinary team input over the project lifecycle.
Many of Relyence's unique features have evolved from user suggestions, designed to help your teams control, share, re-use and update their data as required. Check it out!
Integrated Modules
The Relyence Studio suite integrates a range of modules, enabling seamless data sharing across your analyses. With data entered once and automatically accessible across relevant modules, Relyence saves time, reduces manual effort, and eliminates data inconsistencies. This streamlined approach ensures all teams work with synchronised, accurate information, promoting efficient, error-free collaboration across projects.
Template Transfer
Relyence’s Template Transfer feature is a powerful tool for maintaining consistency across analyses by enabling custom properties and settings to be copied from one analysis or Knowledge Bank to others.
This feature is particularly beneficial for those managing a large number of analyses, as it standardises key parameters, enhances efficiency, and reduces manual adjustments across projects. You can modify your templates offline, have them approved then update your live analyses using the template transfer feature.
Global Access
Designed with collaboration at its core, Relyence enables global access to your analyses, allowing your team to work together seamlessly—anytime, anywhere, and on any device, including mobile. With Relyence, your data is always within reach, empowering teams to make real-time updates and decisions no matter where they are, ensuring efficient and coordinated project progress across locations and time zones.
Relyence Studio - the integrated modular approach to your analyses
Configure Your Package To Fit Your Requirements
Your Software licence can be configured exactly as you need it.
Choose which products (software modules) you require, specifying how many users you require per module. Rest assured you can always add additional modules and users as and when required.
Relyence currently provides products to support the following methodologies.
FMEA
Failure Mode Effects Analysis (FMEA)
Failure Mode and Effects Analysis (FMEA) is a structured method for identifying potential problems before they occur. By examining how a product or process could fail, why it might fail, and what the effects would be, engineers can plan effective prevention and detection controls.
There are different types of FMEA depending on the context. DFMEA (Design FMEA) examines risks during the product design phase. PFMEA (Process FMEA) evaluates risks in manufacturing or service processes. FMEA-MSR (Monitoring and System Response) considers how systems behave in operation and how failures are detected or managed.
The AIAG & VDA Handbook provides a harmonised approach for conducting FMEAs, ensuring consistency across industries. Relyence FMEA is built to align with multiple standards while simplifying the process. Its linked diagrams, reusable knowledge libraries, and automation features eliminate repetitive admin tasks, allowing engineers to focus on engineering judgment.
FRACAS
Failure Reporting Analysis & Corrective Action System (FRACAS)
FRACAS (Failure Reporting, Analysis, and Corrective Action System) is a structured approach to handling product and process failures. It begins with capturing failure incidents, whether they occur in design, manufacturing, testing, or service. Each failure record is logged with supporting detail so trends and recurring issues can be identified.
The analysis stage focuses on understanding root causes — often using frameworks like 8D (Eight Disciplines Problem Solving), DMAIC (Define, Measure, Analyse, Improve, Control), or PDCA (Plan, Do, Check, Act). By standardising the way problems are examined, FRACAS ensures investigations are thorough, consistent, and traceable.
Corrective actions are then assigned, tracked, and verified. Relyence FRACAS manages this process end-to-end, automatically notifying team members, applying your chosen workflow, and recording results. Over time, the data becomes a valuable knowledge base, highlighting systemic issues and providing evidence of compliance with industry and safety standards. The result is continuous improvement: fewer failures, safer products, and greater customer confidence.
FTA
Fault Tree Analysis (FTA)
Fault Tree Analysis (FTA) is a deductive, top-down approach to reliability assessment. By starting with a defined system failure — the “top event” — engineers systematically work downward through contributing events and logical gates to uncover underlying causes. This structured methodology helps identify vulnerabilities, prioritise corrective actions, and evaluate the probability of failure using both qualitative and quantitative methods. Widely recognised in international standards such as IEC 61025, FTA provides clear visual models of fault logic, making it invaluable in safety-critical industries like aerospace, automotive, electronics, and rail.
With Relyence FTA, engineers can apply this method more efficiently, ensuring that critical risks are identified, analysed, and mitigated before they impact real-world performance.
Reliability Prediction
Reliability Prediction Analysis
Reliability prediction is a structured way of estimating how long components and systems will perform before failure. At its core, it involves applying proven standards — such as MIL-HDBK-217 and Telcordia SR-332 — to component data under specific operating stresses and environments. By modelling each part and applying failure rate equations, engineers can calculate measures such as Mean Time Between Failures (MTBF).
Relyence simplifies this process. Instead of manually entering data into spreadsheets, engineers can use built-in component libraries, apply environmental factors, and run stress-driven calculations directly within the software. The system automatically performs the maths, generating consistent results while reducing the risk of error. The parts count method is typically used early in design, when details are limited, while parts stress methods give more precision once actual operating conditions are known.
Dashboards and reports make the results clear to both technical and non-technical stakeholders, ensuring reliability is communicated effectively across teams.
RBD
Reliability Block Diagram (RBD)
Our RBD software is grounded in established reliability engineering principles, employing methodologies such as fault tree analysis (FTA) and Markov models to simulate and predict system behaviour under various conditions, ensuring that analyses are rigorous and align with best practices in reliability engineering. By integrating these methodologies, the software empowers engineers to conduct thorough assessments of system reliability, identify potential failure modes, and develop strategies for risk mitigation, ultimately enhancing system robustness and reliability.
RCM
Reliability Centered Maintenance (RCM)
Our RCM software is grounded in the principles of Reliability Centered Maintenance as outlined in SAE JA1011 and JA1012 standards, other standards supported include Mil-HDBK-2173 and NAVAIR 00-25-403. These standards provide a structured approach to identifying failure modes and determining the most effective maintenance strategies based on risk assessment and criticality analysis. The software employs a rigorous methodology to evaluate the potential consequences of failures, prioritise them based on their impact on safety, operations, and cost, and recommend appropriate maintenance actions. This ensures that maintenance efforts are focused where they are most needed, reducing unnecessary tasks and ensuring that critical systems remain operational and safe.
Maintainability
Maintainability Prediction
Relyence Maintainability Prediction software is based on MIL-HDBK-472, the widely recognised standard for maintainability analysis. This methodology breaks down every maintenance task into steps, identifying the tools, skills, and resources required. By estimating the time taken for each step, engineers can calculate the Mean Time To Repair (MTTR) of a system or component.
The process goes beyond guesswork — it provides a structured, repeatable framework that ensures analyses are consistent and comparable across projects, providing teams with the data they need to make informed decisions about design and maintenance.
Relyence makes applying MIL-HDBK-472 straightforward. With digital libraries, templates, dashboards, and reporting tools, it replaces spreadsheets with a web-based environment that is collaborative, auditable, and scalable. This enables engineering teams to bring maintainability analysis into everyday design processes, reducing downtime risks and improving lifecycle performance.
More information on our Maintainability Prediction software…
Weibull
Weibull Analysis
Weibull analysis is a statistical method used to understand product reliability and predict the lifespan of components or systems. By fitting real-world life or failure data to a mathematical curve — often a Weibull distribution — engineers can identify patterns in how and when failures occur.
This process enables you to estimate key metrics, such as mean time to failure, reliability over a specified period, or the likelihood of failure at specific points in time. Comparing different distributions helps determine which model best represents your data, ensuring predictions are based on sound analysis.
Relyence Weibull makes this process simple and collaborative. You can input your life data, automatically fit multiple distributions, evaluate goodness-of-fit, and then generate plots and reports. The results help engineers and decision-makers alike understand performance, set realistic maintenance plans, and design more reliable products.
ALT
Accelerated Life Testing (ALT)
Accelerated Life Testing (ALT) accelerates the process of evaluating how products perform over time. By applying higher-than-normal stresses such as heat, vibration, or humidity, engineers can trigger failure mechanisms earlier and model how long products would last under real-world conditions.
The approach combines stress–life modelling with statistical analysis. Test data is plotted and fitted to distributions, enabling results to be extrapolated back to normal usage. This enables the estimation of lifespan and reliability without waiting for years of field data.
Relyence ALT supports the full process — from test planning through to analytics and reporting. By providing the ability to design experiments, model stress–life relationships, and visualise results, it ensures accelerated tests deliver actionable insights. Used in conjunction with tools like Weibull analysis, ALT becomes a powerful means to guide design improvements, reduce failures, and enhance product reliability across industries where safety and performance are paramount.
What our Customers say
So many of our customer agreements are governed by NDA’s, restricting us from disclosing their names or using their logos. So when a customer is able to provide us with their valuable feedback it is sincerely appreciated.
Thank you.
Wow. Without a doubt this is the best service I’ve ever had from any company!
Lynn C, GrahamTek
I am very impressed with Relyence platforms and its capabilities, and I am impressed with its features and how convenient it is to use for Reliability Prediction.
Surena P, Physical Optics Corporation
Through Relyence’s suite of tools, companies can instil a culture of excellence and continuous improvement, which are the hallmarks of successful ISO management systems.
Tommy F, CEng MBA
That’s one of the big reasons why I chose Relyence, because you all are responsive to what the customer wants.
Reed W, The Marsden Group
The ability to deploy on web is really helping our process a lot. It does not require a local app to be installed.
Wei Hui L., Sonova Consumer Hearing
10/10 for both the products and services. Easy, accurate, great support. Never too busy to take my call and answer my questions.
Bob D, Intellisense Systems
Comprehensive and easy to use.
Peter S, Cobham Mission Systems
10/10!
Jim L, Bionetics
The Weibull product has been extremely helpful in conducting failure analysis and failure projections.
George C., Power Electronics
The Knowledge Bank incorporated within the software has drastically cut the time it takes to create our shell PFMEA’s. If its D&PFMEA’s you need to create, this is the software that you need.
Phillip H, Nasmyth Group
A small sample of companies large and small all around the world that have come to rely on Relyence.
Supporting your investment
Relyence Services
Our local presence ensures our customers can reach us through a variety of methods as and when they need us - we’re here to help!
Thanks to our global footprint of local trainers, consultants and accessible training you can implement and standardise your practices throughout your organisation, maximising the benefits of global operations without incurring excessive travel costs.
Our Professional Services Team offer a full range of support services to complement our risk management & reliability analysis software suite, helping you get up to speed quickly and achieve the highest returns on your investment!
Training
Our training courses enable you to make the most of your software investment and get up to speed quickly, utilising our software efficiently.
We offer a wide range of courses designed to suit your training requirements, from onsite to online or a mixture of both.
Implementation
Our implementation team offers jump-start packages to get you up and running in no time, as well as customised packages to handle your unique needs.
Technical Support Services
Our technical support teams are on hand to answer your questions and provide assistance when and where required, consistently receiving praise for our responsiveness and expertise scoring an average of 9.1 out of 10 for our customer service
Is Relyence the right choice for you?
Next Steps
Register for our free, no obligation web based trial.
No credit/debit card required, nothing to download/install.
Alternatively, book a Zoom/Teams demo today.
