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OSLC Integration Solutions for Regulated Engineering Teams

The concepts of linked data and OSLC represent a giant leap for the integration of highly specialized tools used throughout the engineering lifecycle. SodiusWillert builds standards-based OSLC integrations that keep requirements, tests, and defects traceable end-to-end, built for aerospace, defense, automotive, medical device, and rail programs where every link has to hold up under audit.

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ABOUT THE OSLC STANDARD

What is OSLC, and how does it enable linked data?

OSLC (Open Services for Lifecycle Collaboration) is a set of open specifications for connecting data across the engineering and software development lifecycle without replicating it and without building a new point-to-point interface for every tool pair. It gives engineering organizations a standardized, web-based way to achieve the digital thread across domains, applications, and organizations.

OSLC borrows its model directly from how the web itself works: artifacts are addressed by URL and referenced in place, not copied. Where point-to-point integrations rely on data mapping or synchronization, OSLC lets one tool link directly to an artifact living in another. A requirement in DOORS Next, a work item in Jira, and a test case in a third system can all reference the same object without three separate copies of it existing anywhere.

WHY IT MATTERS FOR REGULATED INDUSTRIES

Built for industries where traceability isn't optional

In regulated engineering, the question isn't just "can teams collaborate across tools". It's "can you prove, on demand, that every requirement traces to a test, every test to a result, and every change to an approval." Point-to-point synchronization creates copies that drift out of date between audits. Linked data doesn't: because OSLC integrations reference the live artifact at its source, the traceability chain is current the moment an auditor asks for it, not the last time someone ran a sync job.

Interoperability Across Systems

Today, engineering data is siloed across teams and applications. OSLC helps organizations by facilitating interoperability between tools used in product development, systems engineering, and other engineering lifecycle management processes. Link data helps ensure the continuity and consistency of data and processes across applications, domains, and organizations.

Reduce Integration Complexity

Pont-to-point integrations can be expensive and complex. And it can be challenging to create new integrations that are predictable. OSLC's web-based integrations leverage existing standards, reducing development and maintenance costs. It allows organizations to scale integrations easily and adapt to new requirements, without needing to create new interfaces.

Enhances Cross-Domain Collaboration

Today, being able to make critical engineering decisions fast is critical to ensuring tight development schedules. So having access to correct and timely information across domains is highly valuable, yet challenging. With Linked Data and OSLC integrations, Development and IT teams can work across different tools and improve the way they collaborate while maintaining secure access to data in its original location.

Eliminate Data Duplication

With linked data, the creator of the information remains its owner. There is only one instance of that artifact, stored in the repository of the expert tool the owner is working with. Users working with other tools can simply use the link to see the latest version of that artifact. OSLC integrations eliminate the risk of copies of data and prevent uncontrolled variations.

Read blog: Linked data, data synchronization: definitions and benefits

End-to-End Traceability and Transparency

Being able to maintain traceability across the engineering lifecycle (e.g. from requirements to testing) can be extremely demanding. OSLC integrations enhance traceability by allowing users to link artifacts across tools using standardized relationships. Linked Data ensures the relationships are maintained in full transparency.

Real-Time Access to Data

The issue with data mapping and data synchronization solutions is that there's a risk of teams working off of outdated data, leading to poor decision-making. With Linked Data and OSLC integrations, data is linked dynamically across tools meaning that users always have real-time access to the latest information.

OUR OFFERING

Our OSLC Integration Products

SodiusWillert has years of extensive expertise in linked data and OSLC integrations. Our goal is to facilitate the exchange of data across the engineering lifecycle without compromising the integrity of the data. That's why we focus in linked data and OSLC integration solutions to achieve this as it brings a high level of precision, reliability, integrity, and security. 

Not sure which connector fits your stack? Try the Product Finder →

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Connect Atlassian Jira Software to IBM Engineering Lifecycle Management, Siemens Polarion ALM, CATIA Teamwork Cloud, and more so software and systems teams can trace work across tools without leaving their environment.

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Embed live engineering data from IBM ELM, Siemens Polarion ALM, and Atlassian Jira directly into Confluence pages, reviewed in place, always current.

 

Explore OSLC Connect for Confluence →

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Connect PTC Windchill to IBM Engineering Lifecycle Management and Atlassian Jira Software, linking PLM and ALM data without duplicating it.

 

Explore OSLC Connect for Windchill →

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Publish engineering data from multiple tools (e.g. models, requirements, tests) into a single web platform, built on the same linked-data principles as our OSLC connectors.

Explore SECollab →

Linked Data and OSLC Integrations FAQs

Answers to our most frequently asked questions about linked data and OSLC integrations.

What does OSLC stand for?

OSLC stands for Open Services for Lifecycle Collaboration. It is an open standard for linking data across engineering and software lifecycle tools without duplicating it.

What is OSLC used for?
OSLC provides a standardized way to connect tools from different vendors and domains, so teams can maintain live, traceable relationships between requirements, tests, and defects instead of copying or synchronizing data between systems.
Does OSLC support traceability for certification and compliance audits?
Yes. Because OSLC links live artifacts rather than copying them, the traceability chain between requirements, design, tests, and defects stays current and auditable — which is what certification bodies and internal quality processes look for in aerospace, automotive, medical device, defense, and rail programs.
Is OSLC mature enough for enterprise use, given not all vendors support it natively?
Native support varies by vendor, which is exactly why a dedicated integration partner matters. SodiusWillert builds and maintains OSLC-compliant connectors for tools that don't ship native support out of the box, so your teams get standards-based integration without waiting on a vendor's roadmap.
Who has implemented OSLC specifications?

There are numerous tool vendors who have implemented OSLC specifications, whether they can take advantage of the output of a specification or produce a specification. Amongst vendors are IBM, PTC, Siemens, No Magic (now part of Dassault Systèmes), SPARX, and more. Find the list of companies that have enabled OSLC into their software here.

How does OSLC enable linking?

OSLC uses linked-data principles borrowed from how the web itself was built: artifacts are referenced by URL and accessed directly at their source, rather than copied or synced into another system, so there is a single owner and a single version of the truth for every artifact.

From the SodiusWillert Blog

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Ready to connect your Engineering tools the standards-based way?

We are here to help. Reach out to us today with any questions you may have. We will be happy to help you learn more about how we, at SodiusWillert, can help you achieve your goals. 

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