Transform XML Data into Harmonised RDF  using Precise Mapping

Collaborative platform used by semantic engineers to efficiently
map XML data to OWL ontologies

Developed with contributions from over 30 semantic engineers and architects

Reimagining the Mapping of Complex XML Data

It’s never been easier for large organisations to achieve seamless interoperability across varied data sources and systems.

Mapping Workbench simplifies data mapping by accurately converting XML to RDF, enabling seamless transitions to semantic web technologies.

Old Way

Custom transformation scripts

Complex, dated or absent user interfaces

 High potential for errors due to complex workflows

Requires extensive technical knowledge

Separate tools for data integration and transformation

Communication with stakeholders all over the place

Limited collaboration features with no role-based access

High development and maintenance cost

 

 

Mapping Workbench Way

Standards-based mapping language

Simplified, modern user-friendly interface

Accurate and reliable mappings due to Test-Driven Development

Accessible for all stakeholders

Unified platform for data integration, transformation and testing

Centralised communication per mapping rule for business and technical stakeholders

Collaborative workspaces with role-based access control

Cost-effective and scalable solution

Are you looking for a faster way to map XML data  to OWL Ontologies?

Semantic engineers use Mapping Workbench to precisely map XML schemas to target ontologies and achieve seamless semantic interoperability
Data Mapping Excellence for Semantic Engineers

Seamless Data Conversion

Transform XML data to RDF automatically

Ensure precise data mapping with minimal manual intervention

Collaborative Environment

Share mappings and project history across your team

Role-based access control ensures the right people have the right access

Efficient Workflows

Automate repetitive tasks, and focus on more complex mapping activities

Streamline data mapping projects with automated updates and alerts

 

 

Harmonise your Data

Precision Mapping Tools

Implement advanced tools that ensure correct mapping rules and terms, enhancing data integrity and usability

Harmonised Schema Management System

Use holistic schema management to align evolving source schemas with ontologies, ensuring consistent transformation

Automated Mapping Evaluation

Deploy automation in mapping evaluation and maintenance to accelerate processes and reduce response times

Unified Conceptual and Technical Mapping Rules

Integrate a framework that bridges the conceptual and technical mapping rules, streamlining validation and enhancing accuracy

Trusted by

Benefits of using Mapping Workbench

Guarantees quality by measuring mapping validity, accuracy, and coverage

Handle the mapping complexity of large schemas, contextual mappings, and evolving schema versions

Significantly speeds up data mapping and reduce maintenance cost

Collaborative mapping environment for semantic engineers and domain expertsge

Identifies conceptual mapping issues early by involving domain experts

Prepares data for advanced ML and AI applications, unlocking new use cases

Connect with us step-by-step

Give unstructured data meaning, from plan to implementation

Step 1

Discovery

We discover your business goals and product vision, assess essential features, and map out the project timeline

Step 1

Discovery

We discover your business goals and product vision, assess essential features, and map out the project timeline

Step 1

Discovery

We discover your business goals and product vision, assess essential features, and map out the project timeline

Step 1

Discovery

We discover your business goals and product vision, assess essential features, and map out the project timeline

Are you looking for a faster way to map XML data  to OWL Ontologies?

Semantic engineers use Mapping Workbench to precisely map XML schemas to target ontologies and achieve seamless semantic interoperability
What is Mapping Workbench?

Mapping Workbench is a collaborative platform to design, implement and validate mapping rules. It aims to maximise the mapping developer productivity and ensuring high-quality mappings by organising all the relevant resources in one environment and facilitating executing the relevant tasks and activities at every step of the development lifecycle from inception to deployment

Who can use Mapping Workbench?

It is ideal for semantic engineers and IT professionals who are tasked with implementing semantic interoperability or knowledge graph creation within large organisations, such as EU institutions, that require seamless integration of diverse data silos

How does Mapping Workbench handle evolving XML schemas?

Mapping Workbench implements a two-layer approach to manage mapping rules: the conceptual and the technical (with RML). Once the conceptual mapping is established, one or multiple XPath variations can be associated with the same source field. Then the multiple RML implementations can realise the same conceptual mapping

What makes Mapping Workbench different from other data mapping tools?

Mapping Workbench is a collaborative environment that focuses on following a robust methodology and mapping management approach. It is especially effective for handling complex mapping projects. Moreover, it offers robust quality control mechanisms and ensures mappings are both technically sound and business-relevant

How does Mapping Workbench ensure the accuracy of data mappings?

Mapping Workbench is based on a test-driven approach. It includes advanced validation features based on SPARQL queries and XPath coverage measurement that cross-verify the technical implementation of mappings with business-level understanding and requirements. This dual-validation approach ensures high accuracy and relevance

In addition, the SHACL validation capability ensures that the mappings rules produce output compliant with semantic data standards

Is training required to use Mapping Workbench effectively?

While Mapping Workbench is user-friendly, initial training is recommended to help users maximize its capabilities. Training sessions typically cover the basic concepts, the mapping methodology, how to set up and manage mapping projects, and how to use the tool’s advanced features effectively

What support options are available for Mapping Workbench users?

Users of Mapping Workbench can access a range of support options including an online knowledge base, direct customer support via email or phone, and a community forum where users can share insights and solutions

Case Studies

From FAIR Data to Smart Systems: Making Data Truly Useful with Semantic Interoperability

Discover how FAIR principles and ontology-driven semantic interoperability work together to make data more accessible, reusable, and meaningful.

Enterprise Knowledge Graphs (EKGs) Unify Data Silos and Connect Fragmented Systems.

Enterprise Knowledge Graphs (EKGs) help organizations fix data blockages, connect information across systems, and make better decisions. Learn how EKGs simplify data management, ensure compliance, and support AI-powered analysis in different industries.

Enterprise Knowledge Graphs Explained – Making Sense of Your Data

Enterprise Knowledge Graphs unify fragmented data into a connected, queryable system. Discover how they break silos, improve decision-making, and drive innovation.

From People to Machines: How the SEMIC Style Guide Ensures Data Interoperability

Discover the SEMIC Style Guide, a practical framework developed by the European Commission to promote semantic interoperability across the EU. Learn about Core Vocabularies, Application Profiles, and the tools to harmonize data communication and reuse effectively.

The SEMIC Style Guide: A Framework for Creating Clear and Interoperable Semantic Data Specifications

Discover the SEMIC Style Guide, a practical framework developed by the European Commission to promote semantic interoperability across the EU. Learn about Core Vocabularies, Application Profiles, and the tools to harmonize data communication and reuse effectively.

Speaking the Same Language: The Power of Semantic Interoperability

Discover how semantic interoperability bridges the gap between disconnected systems, enabling meaningful data exchange and transforming bureaucracy into opportunity. Explore how Meaningfy empowers organisations with Linked Data, NLP, and Knowledge Graphs.

Why is “Reuse” an Ambiguous Word in the World of Precise Semantic Specifications?

Explore why “reuse” in semantic specifications can be ambiguous, the challenges of OWL imports, and how SEMIC’s principles enhance reusability and interoperability.

Semantic Data Specifications (SDS): The Role of the Single Source of Truth (SSoT) and model2owl

Learn how the Single Source of Truth (SSoT) and model2owl enable seamless creation of Semantic Data Specifications with automation and consistency.

Achieving Consistency in Semantic Data Specifications: Challenges and Solutions

Discover how the SEMIC Style Guide addresses the challenges of creating consistent Semantic Data Specifications that enable seamless human-machine interoperability.

Semantic Data Specifications Comprise Artefacts: A Practical Framework for Consistent Data

Explore how Semantic Data Specifications unify data artefacts like ontologies, data shapes, and schemas to ensure consistency, adaptability, and interoperability.