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Studio

Home » Products » Studio

Relyence

Studio

Managing all your reliability & quality activities in one impressive, integrated platform

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Relyence Studio Dashboard
FMEA • FRACAS • Fault Tree • Reliability Prediction • Reliability Block Diagram • Maintainability Prediction • Weibull • ALT

Integrated

Relyence® Studio integrates your most critical reliability activities in one central place: FMEA, FRACAS, Fault Tree, Reliability Prediction, Maintainability Prediction, RBD, Weibull Analysis, and ALT Analysis. Relyence Studio is the most efficient and organized approach for achieving and maintaining your reliability and quality objectives.

Comprehensive

Relyence Studio augments the core capabilities for FMEA, FRACAS, Fault Tree, Reliability Prediction, Maintainability Prediction, RBD, Weibull Analysis, and ALT Analysis with robust, well-rounded features to expand and enhance your analyses. No matter what reliability tasks you are performing, Relyence Studio supports your needs.

Powerful

Relyence Studio offers anytime, anywhere, any device access for ultimate team collaboration, whether hosted on your servers or over the Internet. An additional list of features such as dashboards, API functionality, customization options, training, implementation support, and much, much more round out our power-packed platform.

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Capabilities

Relyence Studio is your complete reliability analysis platform

FMEA

Relyence FMEA (Failure Mode and Effects Analysis) is a flexible and powerful tool supporting a broad range of standard methodologies including AIAG, AIAG & VDA, SAE, MIL-STD-1629, and completely custom DFMEA, PFMEA, FMECA, and FMEA-MSR formats. Relyence also allows you to manage your P-Diagrams, Process Flow Diagrams (PFDs) and Process Control Plans (PCPs), and automatically keeps your data in sync at all times. The impressive Knowledge BankTM and SmartSuggestTM maximize efficiency.

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FRACAS

Relyence FRACAS (Failure Reporting, Analysis, and Corrective Action System) provides a robust platform for tracking and managing your CAPA (Corrective and Preventive Action) process. Relyence FRACAS offers built-in process templates for 8D, DMAIC, and PDCA, and also supports completely customizable processes, workflow & approvals, and the unique Failure Direct ConnectTM feature. Relyence FRACAS can help you meet your ISO-9001, ISO/TS 16949, AS 9100, and APQP needs.

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Fault Tree

Relyence Fault Tree provides a powerful platform for constructing fault tree diagrams, modeling input events, and performing a variety of calculations to assess the likelihood of undesired events and the combinations of contributing factors that would cause those undesired events. Relyence Fault Tree supports a variety of gate and event types, and a number of input models. A host of calculated metrics are available including unavailability and failure frequency, as well as importance measures and minimal cut sets.

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Reliability Prediction

Relyence Reliability Prediction supports your reliability analysis requirements with full implementation of the worldwide-accepted prediction standards: MIL-HDBK-217, Telcordia, 217Plus, NSWC Mechanical, China’s GJB/z 299, ANSI VITA 51.1, and NPRD/EPRD. Relyence Reliability Prediction boasts a comprehensive list of capabilities including component libraries, importing and exporting functions, mission profiles, default values for quick reliability assessment, What-If? analyses, dashboard overviews, and more.

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RBD

Relyence RBD combines a visual diagramming interface with a powerful back-end calculation engine. Relyence RBD enables you to analyze complex systems which can incorporate redundant components or branches. Relyence RBD supports hot standby, cold standby, series, and parallel configurations. The comprehensive list of computed metrics includes unavailability, unreliability, availability, reliability, mean unavailability, total downtime, and failure frequency.

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Maintainability Prediction

Relyence Maintainability Prediction supports the worldwide accepted standard for maintainability predictions – MIL-HDBK-472. Its organized approach assures that your maintenance policies are in control and in compliance. Relyence Maintainability combines an intuitive interface that includes supplied and user libraries of repair rates with a built-in mathematical engine that quickly calculates your most important repair metrics such as MTTR, Availability, and MMH/Repair.

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Weibull

Relyence Weibull Life Data Analysis software provides a user-friendly and powerful tool to answer important questions such as: Is my reliability increasing or decreasing? What are my trends? How long should my warranty period be? How confident can I be in my analysis? The powerful calculation engine performs the analysis and provides impressive Weibull plots. Relyence Weibull interfaces directly with other Relyence products, sharing key data, minimizing errors, and maximizing efficiency.

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ALT

Relyence ALT (Accelerated Life Testing) Analysis software provides comprehensive analysis of stress data captured during accelerated life testing. ALT analysis can help in answering vital questions such as: What I can I expect my product reliability to be? Can my product meet its reliability lifetime goals? Is my product reliable within my operating stress parameters? Relyence ALT supports multiple distributions, several stress models, an array of plot types, and various options for confidence bounds.

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And More!

Along with the comprehensive reliability analysis capabilities, Relyence Studio packs an impressive list of features: customizable cross-module dashboards; user-interface customization; flexible report generation; data importing and exporting; API functionality; device libraries; workflow, approvals, and notifications; user and group permissions; anytime, anywhere access; browser-based interface; an array of Relyence-only innovations such as the Knowledge Bank, FMEA Autoflow & SmartSuggest, Failure Direct Connect; and a host of additional advantages.

Relyence Studio: The Integrated Platform

Relyence Studio incorporates all of the Relyence products…

FMEA
FRACAS
Fault Tree
Prediction
RBD
Maint
Weibull
ALT

provides a common user interface…

Laptop Mockup

and integrates data across all modules.

Integration

Tie it all together with unparalleled integration capabilities

Studio Platform

The shared Analysis Tree and cross-module Dashboards are just two key examples of Relyence Studio’s seamless integration. Your Analysis Tree definition spans across all your analyses from FMEA, to Reliability Prediction, to FRACAS, to Maintainability Prediction, and provides a cohesive way to manage your system configuration. Relyence Dashboards provide the ability to see all your reliability metrics in one high-level overview.

FMEA Elements

Relyence FMEA takes control of your Process FMEAs to a new level with the tight integration between all your PFMEA elements: P-Diagrams, Process Flow Diagrams (PFD), PFMEA Worksheets, and Control Plans (CP or PCP). Process steps, product characteristics, process characteristics, prevention controls, and detection controls are kept in sync, ensuring your PFMEA remains consistent, controlled, and organized at all times.

FMEA & FRACAS

Bringing all new innovation to failure data control, Relyence’s Failure Direct ConnectTM uniquely ties together shared failure data between FMEA and FRACAS. Your FRACAS team has insight into the FMEA failure modes and can directly connect to them during incident reporting. Additionally, if the FRACAS team uncovers new failure modes, that vital information is relayed back to the FMEA team for follow-up and further analysis.

FMEA & FTA

You can use Relyence’s most powerful risk assessment tools, Relyence FMEA and Relyence Fault Tree, in a uniquely integrated way. You can autogenerate a complete fault tree from your FMEA and then keep your two analyses in sync. Or, you can use autogeneration as a starting point for your fault tree analysis. Or, you may prefer to link specific critical items in your fault tree to FMEA elements to keep items you deem most significant in sync.

RBD & Prediction

Reliability Prediction and Reliability Block Diagram (RBD) often go hand-in-hand. Using the two together enables you to perform complete reliability and availability analyses on your system. Using Relyence Studio, you can directly obtain failure information for your RBD models from your prediction analyses. As you update or modify your prediction analyses, your RBD models automatically take the new failure rates and MTBF values into account.

FTA & Prediction

The integration between Relyence Reliability Prediction and Relyence Fault Tree enables you to obtain the metrics needed for quantitative FTAs. With Relyence Studio, you can directly link predictive metrics from reliability predictions to your fault tree event input models, enabling you to accurately model event behavior. If your prediction analytics are updated, the fault tree input model data will automatically be updated with the new values.

FRACAS & FTA

Oftentimes your Failure Reporting, Analysis, and Corrective Action System, or FRACAS, highlights an issue or problem that requires further investigation or in-depth analysis for risk assessment. In these cases, you may decide to perform a more complete and comprehensive root cause analysis using fault tree techniques. Relyence Studio incorporates a direct linkage to allow you to tie a FRACAS Problem to a Fault Tree Analysis for greater efficiency.

Weibull Data Sets

Weibull Analysis techniques provide failure metrics based on real world data. Through integration points with other Relyence products, you can leverage your Weibull analytics for more advanced failure analyses. You can link Weibull statistics for use in Relyence Reliability Prediction and RBD to incorporate field-based data for accurate reliability assessments. You can also generate a Weibull data set from FRACAS data for trend analysis.

Want to learn more?

Check out our blog for our latest news!

Maintainability Prediction: A Comprehensive OverviewRead More
Welcome to Relyence 2023 Release 1!Read More
An Overview of FRACAS MethodologiesRead More
Implementing FRACAS: Build or Buy?Read More
FTA vs. RBD: Which System Modeling Tool is Right for Me?Read More
Relyence FMEA: Cost-Effective Customizable FMEA SoftwareRead More
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Welcome to Relyence 2022 Release 2!Read More
The Reliability Prediction Analysis Process: A Best Practices ApproachRead More
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A Deep Dive into System Modeling using Reliability Block Diagram (RBD) AnalysisRead More
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MTBF Analysis in Six StepsRead More
6 Advantages of Relyence: The Best-in-Class Reliability & Quality Software SuiteRead More
Welcome to Relyence 2021 Release 1!Read More
Using FMEA Software as a Guided Approach to Performing Failure AnalysisRead More
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How Your Reliability Tools Can Work Together to Achieve Maximum ResultsRead More
Relyence 2020 Release 2 is Here!Read More
An Overview of Reliability Analysis Tools and TechniquesRead More
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Why Choose a Cloud-based Reliability Analysis Tool Suite?Read More
Fault Tree Analysis: Understanding Importance MeasuresRead More
Relyence 2020 Release 1: Introducing ALTRead More
The Logic Behind Fault Trees: An Explanation of Fault Tree Gates and EventsRead More
Announcing Relyence 2019 Release 4!Read More
Getting the Most Out of Your Closed-Loop Corrective Action ProcessRead More
Announcing Relyence 2019 Release 3!Read More
A Guide to Maintainability Prediction with MIL-HDBK-472Read More
A Guide to Using Life Data Analysis, Weibull Analysis, and Failure Forecasting as Part of your Reliability Improvement ToolsetRead More
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We’re At It Again!Read More
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A Real World FMEA Example in Six StepsRead More
Relyence 2018 Is Here!Read More
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New to FMEA?Read More
New to FRACAS?Read More
New to Fault Tree?Read More
New to Reliability Prediction?Read More
New to RBD?Read More
New to Maintainability Prediction?Read More
New to Weibull?Read More
New to ALT?Read More

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    At Relyence, we have a passion for always improving. We believe in always creating, always innovating, and always being the best. We believe that in the software world, and in the technology space, we must always be moving ahead. We need to keep pace with all the new technological innovations, as well as new methodologies in industries. We continually work on product development, new capabilities, feature enhancement, and ever improving our tools.

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