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!
Access Controls
Relyence’s permission-based access controls let you manage who sees and edits data, ensuring secure, role-specific access. This streamlined control keeps critical information protected while enabling the right people to contribute when needed.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.
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.
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)
Our FMEA software is built on a foundation of established reliability engineering principles, adhering to the rigorous methodologies outlined in international standards such as AIAG & VDA FMEA Handbook for the automotive industry and MIL-STD-1629A for military applications. The software facilitates a structured approach to risk analysis, guiding users through the process of identifying failure modes, assessing their effects, and determining appropriate risk mitigation strategies. By leveraging advanced algorithms and data analytics, the software provides actionable insights, ensuring that potential issues are systematically addressed and that reliability is embedded in every stage of the product lifecycle.
FRACAS
Failure Reporting Analysis & Corrective Action System (FRACAS)
FRACAS is built on the principles of systematic failure management and root cause analysis, adhering to industry quality standards such as ISO 9001. The software employs a closed-loop process, beginning with the capture of failure data, followed by detailed analysis using proven methodologies like Fault Tree Analysis (FTA) and Failure Mode and Effects Analysis (FMEA). Corrective actions are then implemented and monitored for effectiveness. This rigorous approach ensures that failures are not only addressed but also prevented in the future, driving continuous improvement and reliability in your products.
FTA
Fault Tree Analysis (FTA)
Our Fault Tree Analysis software is built upon the foundational principles of reliability engineering. The software utilises a deductive approach to identify and evaluate potential failure modes, beginning with a top-level event and systematically tracing back to root causes. This approach enables engineers to model complex systems accurately, assess failure probabilities, and evaluate the impact of different failure scenarios. By applying these established methodologies, the software helps engineers proactively address potential risks, enhancing the overall reliability and safety of their designs.
Prediction
Reliability Prediction
Our Reliability Prediction software adheres to established standards and methodologies critical to the accurate prediction of component and system reliability. It incorporates models such as MIL-HDBK-217F for military and aerospace applications, Telcordia SR-332 for telecommunications, and IEC 61709 for automotive and industrial electronics. By employing these rigorous methodologies, the software allows engineers to accurately predict failure rates and assess the reliability of complex systems under various operational conditions. This approach not only aids in identifying potential weaknesses but also provides the data needed to implement corrective actions early in the design process, ultimately reducing costs and improving overall system performance.
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
The underlying methodology of our Maintainability Prediction software is based on well-established standards such as MIL-HDBK-472, which are critical for accurate maintenance forecasting. These standards provide guidelines for evaluating the maintainability of systems, focusing on minimising downtime and maximising repair efficiency. The software applies these principles through a detailed analysis of potential failure modes, enabling engineers to predict maintenance tasks and their associated times with high accuracy. This approach not only aids in designing systems that are easier to maintain but also aligns with the rigorous requirements of industries where reliability and maintainability are critical to operational success.
More information on our Maintainability Prediction software…
Weibull
Weibull Analysis
Our Weibull Analysis software is grounded in the Weibull distribution methodology, a widely recognised statistical approach for modeling the life data of products. By applying this methodology, engineers can predict the probability of failure over time, identify early life failures, and estimate product reliability under various conditions. This technical rigor supports engineers in making data-driven decisions that enhance product reliability and reduce lifecycle costs.
ALT
Accelerated Life Testing (ALT)
The Relyence ALT software is grounded in established reliability engineering methodologies, particularly focusing on the application of accelerated life testing principles. It employs statistical models, such as the Arrhenius model and the Eyring model, to extrapolate product life expectancy based on accelerated stress data. These models help engineers understand how different stressors impact product longevity, enabling them to predict failures that would occur under normal operating conditions. The software supports compliance with industry standards such as IEC 62506, ensuring that the methodologies applied are both rigorous and aligned with best practices in reliability engineering. By leveraging these methodologies, the ALT software provides engineers with the insights needed to enhance product reliability and performance.
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.
We’re really impressed with the FTA capabilities and the API integration that’s already available.
Peter S.
The customization feature for the FMEA module makes this tool superior to all other systems. I can’t say enough about the excellent customer service and availability of the team.
Ginny H, Carrier
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
I would give Relyence a 10 for the near perfect service I have received.
Terry D, Rosen Aviation
Once again, Relyence Rocks…even on Fridays! Love y’all!
Randy A, Avera Aerospace
10/10!
Jim L, Bionetics
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
10 out of 10. Support is always very good.
Ruben F, Daimay Automotive
Wow. Without a doubt this is the best service I’ve ever had from any company!
Lynn C, GrahamTek
This software is an absolute game changer and has significantly improved the way we connect to Reliability software companies: user-friendly interface, sales and support team, and comprehensive functionality.
Francisco O, Treetech Tecnologia
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!
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
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.
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.
